recommended - Klimatizace

184

RECOMMENDED

VENTILATION

NEW / VRF SYSTEMS

PANASONIC INDUSTRIAL VRF SYSTEMS

Professional solutions for all types of projects

The new Panasonic VRF system is specifically designed for energy saving, easy installation and high efficiency performance, with a wide choice of outdoor and indoor unit models and unique features which are designed for the most demanding offices and big buildings.

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Highlighted Features

ECOi VRF Systems

ECOi VRF Systems: 2-Pipe Mini ECOi 6 Series 2-Pipe ECOi 6N Series 3-Pipe ECOi MF2 6N Series.

ECOi electrical VRF is specifically designed for the most demanding offices and big buildings. High efficiency system. From 8 to 20 HP in only one chassis. Extended operating range to provide heating at outdoor temperature as low as -25°C. Suitable for refurbishment projects. Example applications:

Complexes. High Rise Buildings Commercial Buildings. Hotels.

ECO G VRF Systems

ECO G gas VRF is specially designed for buildings where the electricity is restricted or CO

2

emissions must be reduced. Very high primary energy efficiency ratio. Very low electrical consumption.

Compatible with all ECOi indoor units and remote controls. Sanitary hot water is produced freely in summer and winter (outside temperature >7°C). Extended operating range to provide 100% continuous heating capacity even at outdoor temperature as low as -20°C. Example applications:

Complexes. High Rise Buildings. Commercial Buildings. Hotels.

Ventilation VRF Systems

Increase the efficiency of an installation with the use of AHU ventilation, a wide range of air curtains and energy recovery ventilation system.

NEW / VRF SYSTEMS

ENERGY SAVING

GAS

POWERED

The Inverter range provides greater efficiency, more comfort, more precise temperature control, without highs and lows, and keeps the ambient temperature constant with lower energy consumption and a significant reduction in noise and vibration levels.

GHP technology offers the best in energy efficiency. ECO G gas VRF is specially designed for buildings where the electricity is restricted or CO2 emissions must be reduced.

HIGH COP

High efficiency system.

Panasonic is definitely the most efficient system throughout the years.

HIGH PERFORMANCE

-25°C

HEATING MODE

The ECOi system works in heating mode at outdoor temperatures down to

-25°C (2-Pipe series) or -20°C (3-Pipe series and Mini ECOi).

AUTOMATIC RESTART

Automatic restart function for power failure. Even when power failure occurs, preset programmed operation can be reactivated once power is resumed.

SELF-DIAGNOSING

Self-diagnosing function. By using electronic control valves past warnings are stored and can be verified on the liquid crystal display. This makes it easier to diagnose malfunctions, greatly reducing service labour and therefore costs.

AUTOMATIC FAN

Automatic fan operation.

Convenient microprocessor control automatically adjusts fan speed to

High, Medium or Low, corresponding to room sensor and maintains comfortable airflow throughout the room.

AIR SWEEP

Air Sweep. The air sweep function moves the flap up and down in the air outlet, directing air in a “sweeping” motion around the room and providing comfort in every corner.

BUILT-IN DRAIN PUMP

Built-in drain pump. Maximum head

50cm (or 75cm for U type) from the bottom of the unit.

AUTO-FLAP CONTROL

Comfortable auto-flap control. When the unit is first turned on, flap position is automatically adjusted in accordance with the cooling or heating operation. This initial flap position can be preset within a certain range, for both cooling and heating. Auto button is included for continuous movement of flap to vary airflow direction.

5

YEARS

COMPRESSOR

WARRANTY

5 Years Warranty.

We guarantee the outdoor unit compressors for five years.

HIGH CONNECTIVITY

PROFESSIONAL

AC SMART CLOUD

The new Cloud system from Panasonic allows you to have complete control of all your installations. In a simple click, all your units from several locations, receive status updates in real-time of all your installations, preventing breakdowns and optimizing costs.

INTERNET CONTROL

Internet Control is a next generation system providing a user-friendly remote control of air conditioning or heat pump units from everywhere, using a simple Android or iOS smartphone, tablet or PC via internet.

BMS

CONNECTIVITY

The communication port is integrated into the indoor unit and provides easy connection to, and control of, your

Panasonic heat pump to your home or building management system.

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Panasonic is definitely the most efficient system throughout the years

And highly adapted to retail, hotels and offices applications

Super high efficiency at part load conditions:

Comparison with competitors: When many others do not declare performance data under 50% part load, Panasonic covers up to 30% part load with extremely high efficiency.

Load %

Other competitors

Panasonic VRF 6N Series 32HP Standard

Panasonic VRF 6N Series 32HP HI COP

Conditions: Outdoor temperature 0°C DB, Room temperature 20°C DB.

110 %

3,52

3,38

3,91

100 %

3,38

3,41

3,94

60 %

3,45

4,41

5,14

50 %

3,50

4,69

5,54

40 %

4,85

6,03

30 %

4,93

6,51

COP comparison Panasonic vs other competitors at different load

7,00

6,00

5,00

4,00

3,00

110 % 100 % 60 % 50 % 40 %

Load

Panasonic VRF 6N Series 32HP HI COP Panasonic VRF 6N Series 32HP Standard Other competitors

* Conditions: Outdoor temperature 0°C DB, Room temperature 20°C DB. Data extracted by Panasonic and competitor official technical data book.

30 %

NEW / VRF SYSTEMS

Excellent ESEER and SCOP values for 2 and 3-Pipe

Panasonic have a extremely high ESEER and SCOP values following the

SBEM method (some other manufacturers may use another non official calculation method).

Mini ECOi

Model

U-4LE1E5

U-4LE1E8

U-5LE1E5

U-5LE1E8

U-6LE1E5

U-6LE1E8

ESEER SCOP

5,77 5,43

5,76

5,88

5,88

5,20

5,29

5,43

5,12

5,12

4,86

4,86

2-Pipe

Model ESEER SCOP

U-8ME1E81 6,77 5,83

U-10ME1E81 6,40

U-12ME1E81 6,05

U-14ME1E81 6,09

5,33

4,69

5,11

U-16ME1E81 5,70

U-18ME1E81 6,08

U-20ME1E81 5,87

4,73

5,09

4,94

3-Pipe

Model ESEER SCOP

U-8MF2E8 5,89 5,74

U-10MF2E8 5,96

U-12MF2E8 6,15

U-14MF2E8 5,87

U-16MF2E8 6,04

5,40

5,25

5,63

4,88

Developed by BRE, SBEM (Simplified Building Energy Model) is the basis of non-domestic building energy calculations. Based on the National calculation method (NCM), it is used to determine compliance with Part L of the Building Regulations and is also used to provide Energy Performance

Certification.

Non-Domestic Building Services Compliance Guide provides information on various aspects of the calculation method, including those of Heat Pumps

(Section 3), and Comfort Cooling (Section 9).

SCOP - Seasonal Coefficient of Performance

Part Load COP

Ambient conditions

Weighting factor

25%

15°C

0,20 (a)

50%

7°C

0,36 (b)

UK winter -5°C DB (outdoor temperature), 20°C WB (indoor temperature)

75%

1°C

0,32 (c)

100%

-5°C

0,12 (d)

SEER - Seasonal Energy Efficiency Rating

Part Load COP

Ambient conditions

Weighting factor

25%

20°C

0,20 (a)

50%

25°C

0,36 (b)

UK summer 21°C DB (outdoor temperature), 16°C WB (indoor temperature)

75%

30°C

0,32 (c)

100%

35°C

0,12 (d)

ESEER calculation corresponds with below conditions and power input of indoor units is not included.

· Indoor temperature: 27°C DB / 19°C WB

· Outdoor temperature conditions

Part load ratio 25%

Outdoor air temperature (°C DB) 20

Weighting coefficients 0,23

50%

25

0,41

· Formula : 0,23 x EER

25%

+ 0,41 x EER

50%

+ 0,33 x EER

75%

+ 0,03 x EER

100%

.

75%

30

0,33

100%

35

0,03

Efficient defrost operation

Panasonic use the second unit to defrost the first unit. This makes the system more efficient during defrost and does not affect comfort.

Panasonic

Defrost

Fan circulation

The heat source from indoor units is not required.

Cold air

No cold draft from the indoor unit during defrosting

The system will still operate up to 25% of the connected indoor units

System will not stop when up to 25% of indoor units have power supply breakdown when they are ON Mode.

Error message “E06” is ignored

OFF

ON ON ON OFF OFF

Competitors 1

OFF OFF OFF OFF OFF

Defrost

Competitors 2

Heat deposit in the indoor unit. No cool air, but extremely low efficiency

Defrost

Defrost

Heat source for defrosting is from indoor units

Stop air or extremely low capacity

Panasonic ECOi operates up to -25°C. This unique feature demonstrate the supremacy of Panasonic ECOi 6N Series

Panasonic use the second unit to defrost the first unit. This makes the system more efficient during defrost and does not affect the comfort.

Wide temperature setting range

Lowest operating outdoor temperature in the market

-25°C

Cold air

High safety operation in case of breakdown! Ensures heating and cooling

Automatic Back-Up operation

It is possible for the system to keep working, even if the compressors, fan motor and the temperature sensor are damaged (even when compressor fails in single unit with 2 or more compressor inside).

Fan motor damage

Compressor damage

Temperature sensor damage

Back up Stop

-30

-25

-20 -15 -10 -5 0 5 10 15 20

Outside air temperature (Upto 15 (°C WB))

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Solutions for Restaurants

Full heating, cooling and DHW solutions for Restaurants

Super high efficiency at part load conditions

Panasonic has joint the most efficient solutions for optimizing the installation of cooling, heating and

DHW production. While the kitchen needs cooling, heating is needed for DHW and also for heating the public area, with the advantage of 100% fresh air that removes odours accumulation. Combining smartly all this needs with Panasonic technology, result on simple and flexible system to adapt to any restaurant requests with lower power bills. Additionally, Panasonic is the unique offering solution for areas where electric grid is limited, using ECO G, VRF units powered mainly by Gas Natural or

Propane, bringing comfort and DHW anywhere.

2

1

7

3

5

4

7

6

2

9

8

NEW / VRF SYSTEMS

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1 2 3 4 5 6

ECOi (Electric VRF)

ECOi electrical VRF is specifically designed for the most demanding hotels.

High efficiency system. Extended operating range to provide heating at outdoor temperature as low as -25°C.

Suitable for refurbishment projects.

PKEA outdoor unit for server room

Steady cooling, nonstop, even at -20°C and still with high efficiency. Ready for continuous operation and easy to connect 2 systems to automatically alternate and ensure server rooms are kept cool with maximum operating guaranteed.

3-Pipe control box kit

New Heat Recovery box to connect multiple indoor units with just one box,

4, 6 and up to 8 indoor units or groups

This is good advantage specially in hotels applications, where space for connecting several boxes is limited.

Aquarea T-CAP

Ideal for heating, cooling and for production of big quantities of hot water at 65°C, Aquarea have a extremely quick return on investment and a low CO

2 footprint.

Control your way

Wide variety of controls, from simple user control to full system control via remote access functionality. Touch panel, web server, consumption control, smartphone control... everything is possible.

Hydrokit for ECOi

Water at 45°C.

Produces LT hot water it is compatible with both ECOi, heat pump and heat recovery outdoors.

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Air Handling Unit kits for efficient ventilation

The new AHU kit is specially designed to improve the efficiency of the pre-heating or pre-cooling process of the ventilation.

Hide Away indoor unit for, powerful and efficient

Super silent units deliver the ideal air supply for hotel guest rooms. Units available from 1,5kW providing precise temperature control even in small rooms. Two models available: slim unit for height restricted areas (MM unit only

200mm deep), another which allows

100% fresh air (MF).

Wall Mounted

The K2/K1 Type wall mounted unit has a stylish smooth panel which not only looks good but is also easy to clean.

The unit is also smaller, lighter and substantially quieter than previous models making it ideal for small offices and other commercial applications.

Air Curtain with DX Coil

The Panasonic range of air curtains is designed for smooth operation and efficient performance.

Protocol friendly

Great flexibility for integration into your

KNX / EnOcean / Modbus / LonWorks /

BACnet projects allows fully bi-directional monitoring and control of all the functioning parameters. Range of solutions to control locally or remotely the full system in bi-directional mode.

New Aquarea Smart Cloud

Starting with complete functions,

CZ-TAW1 platform will incorporate more functions to convert Aquarea in the most saving system at home, making installer maintenance works simpler.

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4

5

1

2

Option A

3

Option B

7

6

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Your entire hotel with maximum savings, control and comfort

Panasonic helps your entire hotel achieve maximum savings, maximum control and maximum comfort.

Panasonic offers the widest range in HVAC, DHW and ventilation available. That enables us to offer the most suitable solution to ANY project. And this all with the peace of mind provided by a fast customer service which is available 24 hours a day, 365 days a year.

The energy savings provided by our solutions, plus the available choice between electricity and gas, will enable you to reduce your CO

2

emissions.

Panasonic solutions not only ensure a higher customer satisfaction but also the peace of mind that the wide Panasonic experience brings about in this field, plus a lower energy bill.

Different options for each need

Option A: Hybrid Solution. Gas + Electric: When large quantities of hot/cold water is needed.

· ECO G (Gas heat pump)

· Water heat exchanger

· Aquarea HT to produce hot water up to 65°C

· Air Handling Unit kit to connect the ECO G to the Air

Handling Unit

· PKEA wall mounted to cool the server rooms efficiently

Option B: Full Electric Solution 2 and 3-Pipe.

When flexibility is needed and electricity power availability is not an issue.

· ECOi (Electric VRF)

· Direct expansion indoor units

· Air Handling Unit (AHU) kit to connect the ECOi to the

AHU

· PKEA wall mounted to cool the server rooms efficiently

· New Panasonic Pump Down System: Detect refrigerant leakage and activate Pump Down solution

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9

8

13

11

10

14

NEW / VRF SYSTEMS

2 13 3

15

1

ECO G (Gas heat pump)

ECO G gas VRF is specially designed for buildings where the electricity is restricted or CO

2

emissions must be reduced. Very high preliminary efficiency ratio. Very low electrical consumption. Sanitary hot water is produced freely in summer.

PKEA outdoor unit for server room

Steady cooling, nonstop, even at

-20°C and still with high efficiency.

Ready for continuous operation and easy to connect 2 systems to automatically alternate and ensure server rooms are kept cool with maximum operating guaranteed.

Air Handling Unit kits for efficient ventilation

The new AHU kit is specially designed to improve the efficiency of the pre-heating or pre-cooling process of the ventilation.

4 5 6

Domestic Hot Water production and buffer tanks

Panasonic has develop a wide range of efficient domestic hot water tanks and buffer tanks.

Hydronic units

For obtaining hot and cold water for heating and refrigeration (Aquarea

Air radiators, underfloor heating, radiators...)

ECOi (Electric VRF)

ECOi electrical VRF is specifically designed for the most demanding hotels. High efficiency system.

Extended operating range to provide heating at outdoor temperature as low as -25°C. Suitable for refurbishment projects.

7 8 9

Improving security, detect refrigerant leaks early!

Panasonic’s innovative Pump Down

Systems help to detect refrigerant leaks that offer complete assurance and protection for end users, building occupiers and the environment.

Cutoff valves

When there are plans for future expansion, the installation can be built using the units sized for future expansion requirements.

Maximum savings on hot water production

Hot water for swimming pool, spa and laundry for free thanks to the residual heat generated by the ECO G units.

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Protocol friendly

Great flexibility for integration into your KNX / EnOcean / Modbus /

LonWorks / BACnet projects allows fully bi-directional monitoring and control of all the functioning parameters. Range of solutions to control locally or remotely the full system in bi-directional mode.

Control your way

Wide variety of controls, from simple user control to full system control via remote access functionality. Touch panel, web server, consumption control, smartphone control... everything is possible.

Wide range of indoor units

Complete range of indoor units that fits any need. All units provided with supply air temperature sensor and low operation sound level to guarantee maximum guests comfort.

From 1,5kW up to 30kW.

14

15

Air Curtain with DX Coil

The Panasonic range of air curtains is designed for smooth operation and efficient performance.

Cloud Service

Connect several hotels with a secure

Cloud Service for remote and predictive maintenance. Improves operating efficiencies and reduces costs.

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Innovative solutions for retail

Heating and cooling solutions for retail applications.

Panasonic has developed solutions for retail applications and offices applications where return on investment is a key factor! The comfort inside the shop is key for a good customer experience in the shop.

From local control or from Panasonic new cloud control system, a detail status of the heating and cooling system can be displayed, analysed and optimized in order to improve the efficiency, reduce the running time and increase the life time of the units.

8 reason why Panasonic is the best solution for your Retail:

1. Complete solution

2. Flexibility and adaptation

3. Go green retail: lowest CO

2

emissions

4. Comfort - maximum satisfaction

5. Future expansion

6. Panasonic is definitely the most efficient system over the years

7. High quality of service with Panasonic pro-partner installation team

8. The system will still operate up to 25% of the connected indoor units. System will not stop when up to 25% of indoor units have power supply breakdown when they are on mode

NEW / VRF SYSTEMS

1

6

2 3

4

5

7

1 2 3 4

A B C D E

Multi energy solutions, gas or electrical

The Multi energy solution (Gas and Electric) from Panasonic to gives the best of the energy saving and on the flexibility of the installation. Panasonic solutions can be connect to direct expansion systems, water chiller installations and ventilation systems as air handling units.

A: Gas VRF. ECO G

B: Electrical VRF. ECOi

C: Electrical VRF. Mini ECOi

D: Electrical 1x1. PACi

E: Electrical A2W. Aquarea

PKEA outdoor unit for server room

Steady cooling, nonstop, even at -20°C and still with high efficiency. Ready for continuous operation and easy to connect 2 systems to automatically alternate and ensure server rooms are kept cool with maximum operating guaranteed.

Control your way

Wide variety of controls, from simple user control to full system control via remote access functionality. Touch panel, web server, consumption control, smartphone control... everything is possible.

Econavi Sensor

The all new Econavi Sensor detects presence in the room, and quietly adapts the PACi or VRF air conditioning system in order to improve comfort and maximise energy savings.

5 6 7

Wide range of indoor units

Complete range of indoor units that fits any need. All units provided with supply air temperature sensor and low operation sound level to guarantee maximum guests comfort. From 1,5kW up to 30kW.

Hide Away indoor unit for, powerful and efficient

Super silent units deliver the ideal air supply for hotel guest rooms. Units available from 1,5kW providing precise temperature control even in small rooms. Two models available: slim unit for height restricted areas (MM unit only

200mm deep), another which allows

100% fresh air (MF).

Air Curtain with DX Coil

The Panasonic range of air curtains is designed for smooth operation and efficient performance.

Protocol friendly

Great flexibility for integration into your

KNX / EnOcean / Modbus / LonWorks /

BACnet projects allows fully bi-directional monitoring and control of all the functioning parameters. Range of solutions to control locally or remotely the full system in bi-directional mode.

Air Handling Unit kits for efficient ventilation

The new AHU kit is specially designed to improve the efficiency of the pre-heating or pre-cooling process of the ventilation.

Energy Recovery unit for high efficiency of the system

Panasonic Energy Recovery Ventilators can reduce the outside air load because they efficiently recover the heat lost by ventilation during the heat recovery process.

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Panasonic offers a purposely engineered solution which allows for a quick and simple installation. The unit contains 5 actuating ball valves, a 30l storage vessel and PLC all housed in an IP54 rated container.

Terminals on the front of the unit allow for easy wiring to the alarm terminal, high / low pressure transducers and discharge temperature sensor(s) of the condensing unit(s).

Leak detection and automatic refrigerant pump down

Improving safety and the environment

Panasonic has developed an innovative solution to detect refrigerant leaks that offer complete assurance and protection for end users, building occupiers and the environment. Panasonic’s Pump

Down System is ideal for hotels, offices and public buildings where safety for occupants and the building owners is of utmost importance.

The system monitors refrigerant leakage continually and provides a warning before refrigerant leaks, preventing major refrigerant loss and potentially damaging the system’s efficiency. The new system can improve potential refrigerant loss to approximately 90%.

As well as ensuring safe and reliable operation, Panasonic’s Pump Down System contributes to a building qualifying for additional BREEAM points and enables compliance with current EN378 2008 standards, covering applications where refrigeration concentration levels exceed practical safety limits of 0,44 kg/m³.

Panasonic has developed two detection methods that can operate simultaneously to offer complete protection for owners, building occupiers and the environment.

Pump Down system

This innovative pump down system can be connected in two ways:

· With sensor leakage

· Without sensor leakage, using only the innovative algorithme.

Basic pump down function:

· Detect the leakage

· Activate pump down process

· Collect the gas on the tank

· Close the valves to isolate the gas

Key points:

· Comply with legislation

· Protect personnel

· Protect the environment

· Save on operating costs

NEW / VRF SYSTEMS

In-Direct Leak Detection Method: Unique PLC Algorithm to Determine Refrigerant Leakage

Pressure and temperature sensors constantly monitor the low / high pressure and discharge of the condensing unit to protect against potential leakage in areas not covered by leak detectors. If low pressure decreases and compressor discharge temperature increases at pre-defined values according to a pre-set algorithm then the unit will trigger a pump down sequence.

The new innovative algorithm is able to detect leakage of R410A based on abnormal changes in the following conditions, high pressure, low pressure and compressor discharge temperature.

Fig 1: Panasonic’s Pump Down System

Once initiated via either direct or in-direct detection, the unit will immediately close the liquid / discharge actuating ball valves close the alarm terminals on the Pump Down PCB allowing an alarm to be raised at any nominated location.

Reclaim of the refrigerant is via the suction line to the heat exchanger(s) of the outdoor unit(s), any surplus refrigerant is collected in the 30l receiver tank. Once fully pumped down the suction line is closed and the unit awaits a ‘Reset’ and ‘Recharge’ command.

Fig 2: Standalone Leak Detection System

Due to the simplistic installation and control interfacing, shown in Fig 1, Panasonic’s ECOi Pump Down System can provide dramatic reduction in capital cost and installation time when compared to a standalone leak detection system, shown in Fig 2. This option is ideal for hotels, offices and public buildings where safety of building occupiers is a must and is extremely cost effective, savings of 40% can be easily achieved.

Direct Leak Detection Method: the safest solution for small rooms

This option should be implemented in any area in non-compliance with

BS EN 378:2008. The leak detector is connected directly to the indoor unit via the dedicated PAW-EXCT connector and the Pump Down System is directly connected to the outdoor unit PCB.

The Pump Down System will activate when a leak is detected in the room and initiate a refrigerant reclaim operation immediately, the refrigerant will be collected inside the outdoor units’ heat exchanger and optional receiver tank for larger systems. This immediate reaction and large refrigerant storage capacity offers very high level of safety for end users, building occupiers as well as being environmentally friendly.

Due to the exclusive ECOi software the leak detection sensors are able to communicate directly via the P-link which means no additional communication panels, cabling or software is required.

Pump Down system in case of leakage

1

2

Number of outdoor units 2-Pipe without receiver

3

2-Pipe with receiver

3-Pipe without receiver

3-Pipe with receiver

Signal

Room 1

Signal

Room 2 Leak detector

Leakage!

Signal

ECOi System

ECOi 2-Pipe

ECOi 3-Pipe

ECOi 2-Pipe

Model code

PAW-PUDME1A-1

PAW-PUDME1A-2

PAW-PUDME1A-3

PAW-PUDMF2A-1

PAW-PUDMF2A-2

PAW-PUDMF2A-3

PAW-PUDME1A-1R

ECOi 3-Pipe

PAW-PUDME1A-2R

PAW-PUDME1A-3R

PAW-PUDMF2A-1R

PAW-PUDMF2A-2R

PAW-PUDMF2A-3R

Accessory (common) PAW-PUDRK30L

Description

Pump Down for 1 outdoor unit system

Pump Down for 2 outdoor units system

Pump Down for 3 outdoor units system

Pump Down for 1 outdoor unit system

Pump Down for 2 outdoor units system

Pump Down for 3 outdoor units system

Pump Down for 1 outdoor unit system + Receiver Kit 30l

Pump Down for 2 outdoor units system + Receiver Kit 30l

Pump Down for 3 outdoor units system + Receiver Kit 30l

Pump Down for 1 outdoor unit system + Receiver Kit 30l

Pump Down for 2 outdoor units system + Receiver Kit 30l

Pump Down for 3 outdoor units system + Receiver Kit 30l

Receiver Kit 30l

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Best efficiency ECOi series from

Panasonic

Lower running and life cycle costs

Panasonic ECOi 6N systems are amongst the most efficient VRF systems on the market, offering

COPs in excess of 4,0 at full load conditions. The system is also designed to make sure that we reduce the running cost of each system by using our unique road map control routine to ensure that the most efficient combination of compressors are running at any one time. Improved defrost sequencing also reduces running costs by defrosting each outdoor coil in turn when conditions allow.

The range of outdoor unit modules consists of 7 models from 8 HP to 20 HP. The module sizes from

14 HP to 20 HP can be configured for HI-COP.

Standard mode offers the highest capacity while still delivering excellent efficiency, while HI-COP mode delivers exceptional efficiency and low running costs with a slight reduction in capacity.

Up to 64 indoor units can be connected up to a capacity of 200% indexed indoor unit loads, enabling the system to be used effectively on highly diversified building loads: this large connectability feature makes it an easy-to-design solution for schools, hotels, hospitals and other large buildings. Up to

1.000 m in pipe length enables the New VRF ECOi 6N series to be used in very large buildings, with maximum design flexibility. The ECOi 6N system is also easy to control. It has more than 8 types of control from standard wired remote controls to touch screen panels or web access interfaces.

DC-inverter control technology for rapid and powerful cooling & heating.

The ever-evolving Panasonic ECOi 6N series

The ECOi 6N series is designed for energy savings, easy installation, and high efficiency. Always continuing to evolve, Panasonic uses advanced technologies to meet the requirements of diverse situations and contribute to the creation of comfortable living spaces.

NEW / VRF SYSTEMS / ECOi

COP

4,77

*

* At full load

Mini ECOi 6 Series

Panasonic’s policy of product development continues with the expansion of the Mini ECOi

6 Series, the 2-Pipe heat pump small VRF system specifically designed for the European market.

2-Pipe ECOi 6N Series

The 2-Pipe ECOi 6N series is specifically designed for energy saving, easy installation and high efficiency performance as its main focus.

3-Pipe ECOi MF2 6N Series

ECOi 3-Pipe is one of the most advanced VRF systems available. Not only offering highefficiency and performance for simultaneous heating and cooling, its sophisticated design makes installation and maintenance much easier.

ECOi 6N Series benefits

Ease of installation

R410A has a higher operating pressure with a lower pressure loss than previous refrigerants.

This enables smaller pipe sizes to be used and allows reduced refrigerant charges.

Simple to design

Panasonic recognise that designing, selecting and preparing a professional VRF quotation can be a time consuming and costly process, especially as it is often also a speculative exercise. So we have designed proprietary software which is quick and easy to use and produces a full schematic layout of pipework and controls, as well as a full materials list and performance data.

Easy to control

A wide variety of control options are available to ensure that the ECOi 6N system provides the user with the degree of control that they desire, from simple room controllers through to state of the art BMS controls.

Simple to commission

Simple set-up procedure including automatic addressing of connected indoor units.

Configuration settings can be made from an outdoor unit or via a remote controller.

Accurate capacity control

To ensure that the compressor capacity is matched to building load as accurately and efficiently as possible,

Panasonic has designed its range of 2 and 3-Pipe ECOi systems to operate with DC inverter and high-efficiency fixed speed compressors. The system selects the most efficient compressor to operate by dynamically monitoring the building load and choosing the best compressor combination to run.

Easy to maintain

Each system allows the use of prognostic and diagnostic controls routines, from refrigerant charge control through to complex fault code diagnostics, all designed to reduce the speed of maintenance calls and unit down time.

Easy to position

The compact design of the ECOi 6N outdoor units means that sizes 8 HP to 12 HP fit into a standard lift and are easy to handle and position when on site. The small footprint and modular appearance of the units ensure a cohesive appearance to an installation.

Lower running and life cycle costs

Panasonic ECOi 6N systems are amongst the most efficient VRF systems on the market. The system is also designed to make sure that we reduce the running cost of each system by using our unique road map control routine to ensure that the most efficient combination of compressors are running at any one time. Improved defrost sequencing also reduces running costs by defrosting each outdoor coil in turn when conditions allow.

Off-coil temperature control

Panasonic ducted units offer the unique advantage of being able to offer OFF coil temperature control as standard. This allows designers to select units using an OFF coil temperature between 2°C and 22°C. This allows room environments to be cooled without subjecting its occupants to cold drafts or uncomfortable conditions. This is achieved without any extra controls or wiring to each unit.

Wide selection and connectability

With 11 indoor model styles available, ECOi 6N systems are the ideal choice for multiple small capacity indoor unit installations, with the ability to connect up to 40 indoor units to systems of 24 HP or greater for 3-Pipe ECOi MF2

6N Series.

ECOi 6N 2-Pipe with Water Heat Exchanger for chilled and hot water production

For hydronic applications.

199

200

2-Pipe Mini ECOi LE1 Series

Cooling and Heating type Single Phase and Three Phase

For small-scale commercial and residential use

Panasonic 2-Pipe Mini ECOi, the 2-Pipe heat pump is specifically designed for the most demanding applications. Mini ECOi is available in 5 sizes with cooling capacities ranging from 12,1kW to 15,5kW and connectable up to 13 indoor units (applicable for 15,5kW).

An expansion from the Panasonic VRF line up, the Mini ECOi is compatible with the same indoor units and controls as the rest of the ECOi range.

Wide operating range

The operating range for heating operation is to -20°C, the cooling range is to -10°C. The remote controller temperature setting offers a range from 16°C to 30°C.

-15

-10

-5 0 5 10 15 20 25 30 35 40 45

-25

-20

-15 -10 -5 0 5 10 15

Cooling: -10 – 46°C (DB) // Heating: -20 - 18°C (WB)

NEW / VRF SYSTEMS / ECOi

Energy saving concept

The energy saving designs for the structure of fans, fan motors, compressors and heat exchangers has resulted in high COP values, which rank as one of the top classed in the industry. In addition, use of highly efficient R410A refrigerant reduces CO

2

emission and lowers operating costs.

All Mini ECOi VRF systems are rated as EEL Category A, which confirms that they are amongst the most energy efficient systems available. Power consumption during operation is substantially less than that of lower rated units and consequently both the day to day running costs and full life cycle costs are significantly reduced.

1 Inverter compressor. Large-capacity inverter compressor has been adopted. The inverter compressor is superior in performance with improved partial-load capacity.

2 Printed Circuit Board. PCBs have been reduced to two, to improve maintenance.

3 Accumulator. Larger accumulator has been adopted to maintain compressor reliability and because of the increased refrigerant quantity, extended maximum piping length can be achieved. Furthermore, the refrigerant pressure loss was reduced, which contributes to an improved operating efficiency.

4 DC-Fan motor. Checking load and outside temperature, the DC motor is controlled for optimum air volume.

5 Newly designed Big Edgy Fan. The newly designed Fan edge has been realized to inhibit air turbulent and to increase efficiency.

As Fan diameter has been sized up to 490mm, the air volume has been increased by 12% keeping low sound level.

6 Heat exchanger & copper tubes. The heat exchanger size and the copper tube sizes in the heat exchanger has been redesigned to increase efficiency.

7 Oil separator. New centrifugal separator has been adopted to improve oil separation efficiency and reduce refrigerant pressure loss.

6

5

5

4

7

1

2

3

Increased piping length for Greater design flexibility

Adaptable to various building types and sizes.

Actual piping length: 120 m (equivalent piping length 140 m).

Maximum piping length: 150 m.

Maximum total length: 150 m

Compact & Flexibility-design

The slim and lightweight design can be installed in various small spaces.

For balconies For narrow spaces

Maximum height difference between outdoor unit and indoor unit:

50 m

*

Maximum height difference between indoor units:

15 m

* 40 m if the outdoor unit is below the indoor unit.

Maximum total pipe length:

150 m

Farthest pipe length (from outdoor unit to farthest indoor unit) (equivalent length):

120 m

Flexible pipework

Category

Allowable pipework length

Item

L1

L2-L3

Allowable height difference

L3 L4 Ln

L1+L3+L4

H1

H2

Description

Maximum pipe run Actual length

Max length (m)

120

Equivalent length 140

Difference between maximum length and minimum length from the first distribution joint

40

Maximum length of each distribution joint

Maximum total pipe run length

When outdoor unit installed higher

When outdoor unit installer lower

Maximum difference between indoor units

30

150

50

40

15

Silent mode

3 dB(A) can be reduced by setting. External input signal is also available.

Up to 13 indoor units per system

System / HP

Connectable Indoor Unit

4 HP

6

5 HP

8

6 HP

9

8 HP 10 HP

L3

L1

L2

L4

Ln

H2

H1

201

CZ-CAPDC2

Demand control input signals sent to this outdoor interface will be transferred to the system via inter-unit control wiring. Other controls (ex.

Operation ON/OFF, Mode switch Cool/Heat) are also available. Demand level

1 & 2 are available. Up to 4 systems can be connected and controlled independently or all together by one interface.

1 2

COM

MINI ECOi

HIGH EFFICIENCY 4-6 HP

Demand controller

CZ-CAPDC2

CZ-CAPDC3 for PACi and VRF

Optional terminal block kit for demand control to be mounted in the outdoor unit. Via this interface, the demand control signals go directly to the outdoor unit control PCB. 3 control levels are available.

For light commercial use

Panasonic’s Mini ECOi, the 2-Pipe heat pump small VRF system, is specifically designed for the most demanding applications. Offering between 12,1kW and 15,5kW cooling capacity in

3 sizes and up to 9 indoor units connected, the Mini ECOi sets standards of performance and flexibility. Utilising R410A and DC inverter technology, Panasonic offers VRF to a new and growing market.

Forming a new key part of the Panasonic VRF line up, the Mini ECOi is compatible with the same indoor units and controls as the rest of the ECOi range.

Technical focus

· Single Phase or Three Phase power supply

· One Amp start current

· DC inverter technology combined with R410A

· Diversity ratio 50-130%

· Cooling operation to -10°C

· Compact outdoor unit 1.330 x 940 x 410mm

DRM1 DRM2 DRM3 C

CZ-CAPDC3

Only for 6N series ECO-i outdoor unit, “Regular Demand control” setting is available. (The system will be limited the maximum input level for all the time without any signal input.) (The setting to be done at the time of system start-up or service by maintenance remote controller.)

HP

Model

Power supply

Cooling capacity

EER

1)

Running amperes

Power input cooling

Heating capacity

COP

1)

Running amperes

Power input heating

Starting amperes

Maximum amperes

Nominal

Nominal

Nominal

Nominal

Nominal

Nominal

Maximum power input

Maximum number of connectable indoor units

Air volume Cooling / Heating

Sound pressure level Cooling (Hi / Lo)

Sound power level

Dimensions

Net weight

Piping connections

Heating (Hi / Lo)

Cooling (Hi)

Heating (Hi)

H x W x D

Refrigerant loading

Operating range

Liquid pipe

Gas pipe

R410A

Cooling Min / Max

Heating Min / Max

V

A kW

A

A kW kW

W/W

A kW kW

W/W

4 HP

U-4LE1E5

220 230 240

Single Phase / 50Hz

12,1

4,30

13,9

2,81

12,5

4,62

13,3 12,7 4,9

2,81

12,5

4,62

U-4LE1E8

380 400

Three Phase / 50Hz

415

12,1

4,30

4,7 4,5 m³/min dB(A) dB(A) dB dB mm kg 104 inch (mm) 9,52 (3/8) inch (mm) 15,88 (5/8) kg

°C

°C

3,5

-10 / 46

-20 / 24

-20 / 18

13,2 12,7

2,71

12,1

1,0 1,0 1,0

21,0 21,0 21,0

4,7

2,71

1,0

8,5

4,44

6

95

50 / 47

4,64 4,84

4,5

1,0

8,5

5,15 5,42

6

95

50 / 47

52 / 49

68

70

1.330 x 940 x 340

52 / 49

68

70

1.330 x 940 x 340

103

9,52 (3/8)

15,88 (5/8)

3,5

-10 / 46

-20 / 24

-20 / 18

5 HP

U-5LE1E5

220

16,3

3,33

16,0

4,30

230 240

Single Phase / 50Hz

14,0

4,20

15,6 14,9 5,7

3,33

16,0

4,30

U-5LE1E8

380 400

Three Phase / 50Hz

415

14,0

4,20

5,4 5,2

4,3

1,0

8,5

18,0

3,72

1,0

24,5

5,62 5,17

8

104

51 / 48

53 / 50

69

71

1.330 x 940 x 340

17,2 16,5 6,3

3,72

1,0 1,0 1,0

24,5 24,5 10,0

5,41 5,64 6,06

8

104

51 / 48

53 / 50

69

71

6,0

1,0

1.330 x 940 x 340

5,8

1,0

10,0 10,0

6,37 6,61

104

9,52 (3/8)

15,88 (5/8)

3,5

-10 / 46

-20 / 24

-20 / 18

103

9,52 (3/8)

15,88 (5/8)

3,5

-10 / 46

-20 / 24

-20 / 18

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

6 HP

U-6LE1E5

220 230 240

Single Phase / 50Hz

15,5

3,45

21,5

4,49

18,0

3,95

20,5 19,7 7,5

4,49

18,0

3,95

U-6LE1E8

380 400

Three Phase / 50Hz

415

15,5

3,45

7,1 6,9

6,9 21,6 20,7

4,56

19,8

1,0 1,0 1,0

28,0 28,0 28,0

7,5

4,56

1,0

7,2

1,0

12,0 12,0

5,91 6,18 6,45

9

104

52 / 49

7,27

9

104

52 / 49

7,65

1,0

12,0

7,94

55 / 52

70

73

1.330 x 940 x 340

104

9,52 (3/8)

19,05 (3/4)

3,5

-10 / 46

-20 / 24

-20 / 18

55 / 52

70

73

1.330 x 940 x 340

103

9,52 (3/8)

19,05 (3/4)

3,5

-10 / 46

-20 / 24

-20 / 18

202

-20°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

NEW

NEW / VRF SYSTEMS / ECOi

MINI ECOi

HIGH EFFICIENCY 8-10 HP

Quiet operation mode

In case of the installation at Condominium, quiet operation performance is important, especially in night time.

Increase External static pressure

When unit is installed at the narrow balcony, the fence at front side will be the obstacle.

High external static pressure feature will keep the operating capacity and good advantage.

High ambient temperature performance

Until which ambient temperature, the unit can maintain the rated (100%) capacity. The temperature will be the maximum for cooling operation over 46°C.

Technical focus

· Three Phase power supply

· One Amp start current

· DC inverter technology combined with R410A

· Diversity ratio 50-130%

· Cooling operation to -10°C

· Compact outdoor unit 1.500 x 980 x 370mm

HP

Model

Power supply

Cooling capacity

EER

1)

Running amperes

Power input cooling

Heating capacity

COP

1)

Running amperes

Power input heating

Starting amperes

Maximum amperes

Nominal

Nominal

Nominal

Nominal

Nominal

Nominal

Maximum power input

Maximum number of connectable indoor units

Air volume Cooling / Heating

Sound pressure level Cooling (Hi / Lo)

Sound power level

Dimensions

Net weight

Piping connections

Heating (Hi / Lo)

Cooling (Hi)

Heating (Hi)

H x W x D

Refrigerant loading

Operating range

Liquid pipe

Gas pipe

R410A

Cooling Min / Max

Heating Min / Max

V

A kW

A

A kW kW

W/W

A kW kW

W/W

8 HP

U-8LE1E8*

380

Three Phase / 50Hz

22,4

3,80

25,0

4,02

13² m³/min dB(A) dB(A) dB dB mm kg inch (mm) inch (mm) kg

°C

°C

64

65

1.500 x 980 x 370

138

-10 / +46

-20 / +18

400 415

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC. 2) Maximum indoor unit number with 1,5kW model shall be set additionally.

* Tentative data.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

10 HP

U-10LE1E8*

380

Three Phase / 50Hz

25,0 / 28,0

3,31 / 3,11

28,0

3,93

400

13²

64

65

1.500 x 980 x 370

138

-10 / +46

-20 / +18

415

-20°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

203

204

HIGH EFFICIENCY

2-Pipe ECOi 6N series. Highefficiency and large-capacity VRF system

Large-capacity VRF systems using R410A with advanced technology

Newly designed next generation VRF!

Extended operating range

Heating operation range: Extended heating operation range enables heating even when outdoor temperature as low as -25°C. Using a wired remote control, indoor heating temperature range can be set from 16°C to 30°C.

-15

-10

-5 0 5 10 15 20 25 30 35 40

Cooling operation range: -10°C DB to +43°C DB.

Outside air temperature (Up to 15°C WB)

-30

-25

-20 -15 -10 -5 0 5 10

15

20

Heating operation range: -25°C WB to +15°C WB.

Outside air temperature (°C DB)

NEW / VRF SYSTEMS / ECOi

Energy savings

The operation efficiency has been improved using highly efficient R410A refrigerant, new DC inverter compressor, new DC motor and new design of heat exchanger.

Standard COP setting model

5,00

Compact design

The 8-12 HP unit is designed to fit inside a lift for easy on-site handling.

H 1758

4,50

4,56

4,21

4,00

4,04

4,10 4,10

3,85

3,86

3,82

3,50

3,60

3,61

3,60

3,50

3,36

3,33

3,00

8 HP 10 HP 12 HP 14 HP 16 HP 18 HP 20 HP 8 HP 10 HP 12 HP 14 HP 16 HP 18 HP 20 HP

Cooling Heating

High COP setting model

5,00

D 930

W 770

2-Pipe ECOi 6N series has reduced the installation space required by 1 chassis for sizes up to 20 HP.

Weight: 423 kg

4,50

4,00

4,06 4,07

4,01

3,88

3,50

4,07 4,06

4,45 4,45

4,41

4,39

4,52

4,50

3,00

10 HP 12 HP 14 HP 16 HP 18 HP 20 HP 10 HP 12 HP 14 HP 16 HP 18 HP 20 HP

Cooling Heating

18-20HP

1.700

1.530

1.540

Required installation space. Unit: mm

Increased piping lengths and design flexibility

Adaptable to various building types and sizes. Actual piping length: 180 m.

Maximum piping length: 1.000 m.

Maximum total length: 1.000 m

Maximum height difference between outdoor unit and indoor unit:

50 m

*

Maximum height difference between indoor units:

15 m

Maximum total pipe length:

1.000 m

Farthest pipe length

(from outdoor unit to farthest indoor unit)

(equivalent length):

180 m

Newly designed fan. Optimized airflow and noise reduction

Newly designed fan and bell-mouth reduces stress to fan by dispersing higher wind speeds. Thus, lower air resistance results in lower energy consumption.

The turbulent flow (blue part) can be suppressed and the noise can be reduced. Even though the high speed circulation is utilized, the noise level is held at the same level as normal.

Smaller hub diameter

* 40 m if the outdoor unit is below the indoor unit.

ECOi 2-Pipe and 3-Pipe wind protection shield

PAW-WPH1

PAW-WPH2

PAW-WPH3

1 long side of the outdoor unit (624 x 983 x 489)

1 long side of the outdoor units (853 x 983 x 489)

2 long sides of the outdoor units (744 x 983 x 289) (2ER SET)

205

2-Pipe ECOi 6N series

Connectable indoor/outdoor unit capacity ratio up to 200%

VRF systems attain maximum indoor unit connection capacity of up to 200 % of the unit’s connection range, depending on the outdoor and indoor models selected. So for a reasonable investment, VRF systems provide an ideal air conditioning solution for locations where full cooling/heating are not always required.

System ( HP)

Connectable indoor units: 130%

Connectable indoor units: 200%

8

13

20

10

16

25

12

19

30

14

23

35

16

26

40

18

29

45

20

33

50

22

36

55

24

40

60

26

43

28

47

30

50

32

53

34

56

36

59

If more than 100% indoor units are operated with a high load, the units may not perform at the rated capacity. For the details, please consult with an authorized Panasonic dealer.

38 40 42

64

44 46 48

64

50 52 54 56 58 60

Extended compressor life by uniform compressor operation times

Total compressors run-time is monitored by a built-in microcomputer, which ensures that operation times of all compressors within the same refrigerant circuit are balanced. Compressors with histories showing shorter run times are selected first, ensuring equal wear and tear across all units and extended working life for the system.

A, C: DC inverter compressor

Load increase

A B C D A B C D

Load increase

B, D: Constant speed compressor

Load increase

A B C D A B C D

50 h 30 h 60 h 10 h

Non-stop operation during maintenance

In the event of an indoor unit malfunctioning, other indoor units can be set to continue operation even during maintenance.

1ø, 220-240 V

Lights,etc.

Breaker

Power cut OFF

(Under renovation)

In operation

A

C

1

D

C

2

A

C

3

D

C

4

A

C

5

10

Example: Time leveling of compressor operating hours

5

0

DC 2 AC 1 DC 4 AC 3 AC 5

Compressor

Automatic Backup operation in the case of compressor and outdoor units malfunction

Backup operation is applied in the case of emergencies. If error message is displayed, please contact your local service office. (Except for 8 and 10 HP single unit installation).

Even if either Fan motor or

Sensors are failed

Even if a compressor is failed

Even if a compressor at single system is failed

High external static pressure

Special setting at site allows all models to provide up to 80 Pa due to newly designed fan, fan motor and casing.

The flexible design requires an air discharge duct to avoid a reduction in performance due to shortcut of air circulation. This new feature allows the outdoor unit to be installed inside plant rooms on any floor of the building.

NEW function

The other outdoor unit can keep running

Backup operation can be done

The other compressor can keep running

High Static Pressure

80

Pa

Easy to design solutions for schools, hotels, hospitals and other large buildings

Difference between maximum and minimum pipe runs after first branch can be a maximum of 50 m; larger pipe runs can be up to 180 m.

180 m

L1 = Longest pipe run

L2 = Shortest pipe run

L1 - L2 = Maximum 50 m

L1

L2

206

NEW / VRF SYSTEMS / ECOi

Anti-corrosion model available for all ECOi and ECO G models

For bespoke projects: for use in coastal areas and other locations where sea air can easily cause salt damage to units. The unit is treated with anticorrosion solution to provide exceptional durability in adverse salty environments.

Note: Using this unit does not completely eliminate the possibility of rust developing. For details concerning unit installation and maintenance, please consult with an authorized dealer.

Demand control Kit information

Function of Demand control

This function limits the maximum operating input at peak time.

3 levels as 100%/70%/0% is set at the factory¹.

The limit value setting for level 1 & 2 can be changed from 40% ~ 100% by

5% at the system commitioning.

1. The 3rd level is available only for CZ-CAPDC3 & CZ-CAPDC4.)

Level 1

Level 2

Level 3

Power input level (vs. rated condition)

100% (at ship)

70% (at ship)

From 40%-100% setting can be changed (by 5% step)

0% (Forcible thermo-OFF)

CZ-CAPDC2

CZ-CAPDC3

Operating Image

Power input

Seri-Para I/O unit for outdoor unit

Demand Control Kit

A%

B%

Demand level

Level 1

Level 2

Mini ECOi ECOi

Yes Yes

Yes Yes

ECO G

Yes

No

PACi

Yes

Yes

Limit Max level

CZ-CAPDC3 for PACi and ECOi

Optional terminal block kit for demand control to be mounted in the outdoor unit. Via this interface, the demand control signals go directly to the outdoor unit control PCB. 3 control levels are available.

8 12 16 20

Time

CZ-CAPDC2

Demand control input signals sent to this outdoor interface will be transferred to the system via inter-unit control wiring. Other controls (ex.

Operation ON/OFF, Mode switch Cool/Heat) are also available. Demand level

1 & 2 are available. Up to 4 systems can be connected and controlled independently or all together by one interface.

Outdoor unit

Demand controller

DRM1 DRM2

Terminal block

DRM3 C

CZ-CAPDC3

* Only for 6N series ECO-i outdoor unit, “Regular Demand control” setting is available. (The system will be limited the maximum input level for all the time without any signal input.) (The setting to be done at the time of system start-up or service by maintenance remote controller.)

Outdoor unit

1 2

Inter-unit wiring terminal

Input terminal

CZ-CAPDC2

COM

Demand 1

Demand 2

Demand controller

207

2-PIPE ECOi 6N SERIES

8-20 HP

Next generation VRF newly-redesigned!

At start up stage a unit can have Hi COP function selected - this lowers capacity but increases the COP. It’s your choice.

· Top class COP= 4,56 (in case of 8 HP heating)

· Heating operation at outdoor temperatures down to –25°C

· Extended pipe runs of up to 180 m

Technical focus

· Compact casing (in case of 8-12 HP)

· Bigger capacity in one casing (in case of 18-20 HP)

· Longer maximum piping length up to 1.000 m

· Extended operating range to provide heating at outdoor temperature as low as -25°C

· Suitable for refurbishment projects (Refer to technical data book)

HP

Standard model

Power supply

Cooling capacity

EER

1)

Operating current

Power input cooling

Heating capacity

COP

1)

Operating current

Power input heating

Starting current

External static pressure

Nominal

Nominal

Air volume

Sound pressure level Normal mode

Sound power level

Dimensions

Net weight

Piping connections

Silent mode

Normal mode

H x W x D

Gas pipe

Liquid pipe

Balance pipe

Refrigerant amount at shipment

Demand control

Operating range Cooling Min / Max

Heating Min / Max

V

A kW

A

Pa kW

W/W

A kW kW

W/W

8 HP

U-8ME1E81

10 HP

U-10ME1E81

12 HP

U-12ME1E81

400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

22,4

4,04

8,5

5,54

25,0

4,56

m³/h dB(A) dB(A) dB

8,4

5,48

1

80

8.820

56,5

53,5

71,0 mm kg

1.758 x 770 x 930

234 inch (mm) 3/4 (19,05) inch (mm) 3/8 (9,52)

28,0

3,60

31,5

1

12,2

7,78

4,10

12,1

7,68

80

9.180

59,0

56,0

73,5

1.758 x 770 x 930

234

7/8 (22,22)

3/8 (9,52)

33,5

3,61

14,6

9,29

37,5

4,10

14,4

9,15

1

80

11.400

61,0

58,0

75,5

1.758 x 770 x 930

281

1 (25,40)

1/2 (12,70)

14 HP

U-14ME1E81

40,0

3,60

17,1

11,1

45,0

4,21

16,5

10,7

77

80

12.720

62,0

59,0

76,5

1.758 x 1.000 x 930

309

1 (25,40)

1/2 (12,70)

16 HP

U-16ME1E81

45,0

3,36

20,7

13,4

50,0

3,85

20,1

13,0

81

80

12.720

62,0

59,0

76,5

1.758 x 1.000 x 930

309

1-1/8 (28,58)

1/2 (12,70)

18 HP

U-18ME1E81

50,0

3,50

22,8

14,3

56,0

3,86

23,1

14,5

93

80

14.640

60,0

57,0

74,5

1.758 x 1.540 x 930

421

1-1/8 (28,58)

5/8 (15,88)

20 HP

U-20ME1E81

56,0

3,33

26,8

16,8

63,0

3,82

26,3

16,5

101

80

16.980

63,0

60,0

77,5

1.758 x 1.540 x 930

421

1-1/8 (28,58)

5/8 (15,88) inch (mm) 1/4 (6,35) kg 6,5

°C

°C

1/4 (6,35)

6,8

1/4 (6,35)

6,8

1/4 (6,35)

8,5

1/4 (6,35)

8,5

1/4 (6,35)

9,0

1/4 (6,35)

9,0

13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %)

-10 / +43

-25 / +15

-10 / +43

-25 / +15

-10 / +43

-25 / +15

-10 / +43

-25 / +15

-10 / +43

-25 / +15

-10 / +43

-25 / +15

-10 / +43

-25 / +15

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

208

-25°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

NEW / VRF SYSTEMS / ECOi

2-PIPE ECOi 6N SERIES

HIGH COP SETTING MODEL 10-16 HP

Next generation VRF newly-redesigned!

· Heating operation at outdoor temperatures down to –25°C

· Extended pipe runs of up to 180 m

Technical focus

· Bigger capacity in one casing (in case 14-16 HP)

· Longer Max piping length up to 1.000 m

· Extended operating range to provide heating at outdoor temperature as low as -25°C

· Suitable for refurbishment projects (Refer to technical data book)

HP

High COP setting model

Power supply

Cooling capacity

EER 1)

Operating current

Power input cooling

Heating capacity

COP 1)

Operating current

Nominal

Nominal

Power input heating

Starting current

External static pressure

Air volume

Sound pressure level Normal mode

Silent mode

Sound power level

Dimensions

Normal mode

H x W x D

Net weight

Piping connections Gas pipe

Liquid pipe

Balance pipe

Demand control

Refrigerant amount at shipment

Operating range Cooling Min / Max

Heating Min / Max kW

A

Pa m³/h dB(A) dB(A) dB mm kW

W/W

A kW kW

W/W

A

10 HP

U-14ME1E81

400 V / Three Phase / 50 Hz

28,0

4,06

10,7

6,90

31,5

4,45

10,9

7,08

77

80

12.720

62,0

59,0

76,5

1.758 x 1.000 x 930 kg

°C

°C kg 307 inch (mm) 7/8 (22,22) inch (mm) 3/8 (9,52) inch (mm) 1/4 (6,35)

13 steps (0 – 100 %)

8,5

-10 / +43

-25 / +15

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

8,23

37,5

4,45

13,0

12 HP

U-16ME1E81

400 V / Three Phase / 50 Hz

33,5

4,07

12,7

8,43

81

80

12.720

62,0

59,0

76,5

1.758 x 1.000 x 930

307

1 (25,40)

1/2 (12,70)

1/4 (6,35)

13 steps (0 – 100 %)

8,5

-10 / +43

-25 / +15

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

9,98

45,0

4,41

15,8

14 HP

U-18ME1E81

400 V / Three Phase / 50 Hz

40,0

4,01

15,4

10,2

92

80

14.640

60,0

57,0

74,5

1.758 x 1.540 x 930

423

1 (25,40)

1/2 (12,70)

1/4 (6,35)

13 steps (0 – 100 %)

9,0

-10 / +43

-25 / +15

11,6

50,0

4,39

17,6

16 HP

U-20ME1E81

400 V / Three Phase / 50 Hz

45,0

3,88

17,9

11,4

98

80

16.980

63,0

60,0

77,5

1.758 x 1.540 x 930

423

1-1/8 (28,58)

1/2 (12,70)

1/4 (6,35)

13 steps (0 – 100 %)

9,0

-10 / +43

-25 / +15

-25°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

209

2-PIPE ECOi 6N SERIES

COMBINATION FROM 22 TO 60 HP

Next generation VRF newly-redesigned!

At start up stage a unit can have Hi COP function selected - this lowers the capacity and increases the COP. It’s your choice.

· Wide range of system up to 60 HP

· Heating operation at outdoor temperatures down to –25°C

· Extended pipe runs of up to 180 m

Technical focus

· Increased connectable Indoor units / outdoor units capacity ratio up to 200%

· Increased maximum number of connectable indoor units up to 64 units

· Increased high external static pressure up to 80 Pa

· Extended operating range to provide heating at outdoor temperature as low as -25°C

HP

Standard model

22 HP

U-14ME1E81

U-8ME1E81

24 HP

U-14ME1E81

U-10ME1E81

26 HP

U-14ME1E81

U-12ME1E81

28 HP

U-16ME1E81

U-12ME1E81

30 HP

U-16ME1E81

U-14ME1E81

32 HP

U-16ME1E81

U-16ME1E81

34 HP

U-18ME1E81

U-16ME1E81

36 HP

U-20ME1E81

U-16ME1E81

Power supply

Cooling capacity

EER

1)

Operating current

Power input cooling

Heating capacity

COP

1)

Operating current

Power input heating

Nominal

Nominal

Starting current

External static pressure

Air volume

Sound pressure level Normal mode

Sound power level

Dimensions

Net weight

Piping connections

Silent mode

Normal mode

H x W x D

Gas pipe

Liquid pipe

Balance pipe

Refrigerant amount at shipment

Demand control

Operating range Cooling Min / Max

Heating Min / Max

V

A

Pa m³/h dB(A) dB(A) dB mm kg kW

W/W

A kW kW

W/W

A kW

400 400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

61,5

3,75

25,2

16,4

69,0

4,34

24,5

15,9

86

80

21.540

63,0

68,0

3,60

29,4

18,9

76,5

4,09

29,1

18,7

94

80

21.900

63,5

73,0

3,60

31,6

20,3

81,5

4,12

30,8

19,8

98

80

24.120

64,5

78,5

3,47

35,2

22,6

87,5

3,96

34,4

22,1

102

80

24.120

64,5

85,0

3,47

37,8

24,5

95,0

4,03

36,4

23,6

98

80

25.440

65,0

90,0

3,35

41,5

26,9

100,0

3,86

40,0

25,9

102

80

25.440

65,0

96,0

3,43

44,0

28,0

108,0

3,86

44,0

28,0

114

80

27.360

64,0

101,0

3,34

47,5

30,2

113,0

3,83

46,4

29,5

122

80

29.700

65,5

60,0

77,5

60,5

78,0

61,5

79,0

61,5

79,0

62,0

79,5

62,0

79,5

61,0

78,5

62,5

80,0

1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 2.060 x 930 1.758 x 2.060 x 930 1.758 x 2.600 x 930 1.758 x 2.600 x 930

543 543 590 590 618 618 730 730 inch (mm) 1-1/8 (28,58) inch (mm) 5/8 (15,88) inch (mm) 1/4 (6,35) kg 15,0

°C

°C

1-1/8 (28,58)

5/8 (15,88)

1/4 (6,35)

15,3

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

15,3

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

15,3

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

17,0

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

17,0

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

17,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

17,5

13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%)

-10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43

-25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

38 HP

U-20ME1E81

U-18ME1E81

40 HP

U-20ME1E81

U-20ME1E81

42 HP

U-16ME1E81

U-14ME1E81

U-12ME1E81

44 HP

U-16ME1E81

U-16ME1E81

U-12ME1E81

46 HP

U-16ME1E81

U-16ME1E81

U-14ME1E81

48 HP

U-16ME1E81

U-16ME1E81

U-16ME1E81

50 HP

U-18ME1E81

U-16ME1E81

U-16ME1E81

52 HP

U-20ME1E81

U-16ME1E81

U-16ME1E81

54 HP

U-20ME1E81

U-18ME1E81

U-16ME1E81

56 HP

U-20ME1E81

U-18ME1E81

U-18ME1E81

58 HP

U-20ME1E81

U-20ME1E81

U-18ME1E81

60 HP

U-20ME1E81

U-20ME1E81

U-20ME1E81

400 400 400 400 400 400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

107,0

3,44

49,6

31,1

113,0

3,36

53,6

33,6

118,0

3,51

52,1

33,6

124,0

3,43

56,2

36,2

130,0

3,43

58,5

37,9

135,0

3,35

62,2

40,3

140,0

3,41

64,2

41,1

145,0

3,35

67,7

43,3

151,0

3,39

70,3

44,5

156,0

3,44

72,4

45,4

162,0

3,38

76,4

47,9

168,0

3,33

80,4

50,4

119,0

3,84

49,4

31,0

127,0

3,85

52,6

33,0

132,0

4,04

50,8

32,7

138,0

3,92

54,6

35,2

145,0

3,96

56,5

36,6

150,0

3,86

60,1

38,9

155,0

3,86

62,8

40,2

160,0

3,84

65,2

41,7

169,0

3,85

69,3

43,9

175,0

3,85

72,4

45,4

182,0

3,83

75,8

47,5

189,0

3,81

79,1

49,6

123

80

31.620

65,0

127

80

33.960

66,0

119

80

36.840

66,5

122

80

36.840

66,5

119

80

38.160

67,0

122

80

38.160

67,0

134

80

40.080

66,0

142

80

42.420

67,0

144

80

44.340

66,5

146

80

46.260

66,0

149

80

48.600

67,0

153

80

50.940

68,0

62,0

79,5

63,0

80,5

63,5

81,0

63,5

81,0

64,0

81,5

64,0

81,5

63,0

80,5

64,0

81,5

63,5

81,0

63,0

80,5

64,0

81,5

65,0

82,5

1.758 x 3.140 x 930 1.758 x 3.140 x 930 1.758 x 2.890 x 930 1.758 x 2.890 x 930 1.758 x 3.120 x 930 1.758 x 3.120 x 930 1.758 x 3.660 x 930 1.758 x 3.660 x 930 1.758 x 4.200 x 930 1.758 x 4.740 x 930 1.758 x 4.740 x 930 1.758 x 4.740 x 930

842 842 899 899 927 927 1.039

1.039

1.151

1.263

1.263

1.263

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

18,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

18,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

23,8

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

23,8

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

25,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

25,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

26,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

26,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

26,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

27,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

27,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

27,0

13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%)

-10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43

-25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15

210

-25°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

NEW / VRF SYSTEMS / ECOi

HP

Standard model

22 HP

U-14ME1E81

U-8ME1E81

24 HP

U-14ME1E81

U-10ME1E81

26 HP

U-14ME1E81

U-12ME1E81

28 HP

U-16ME1E81

U-12ME1E81

30 HP

U-16ME1E81

U-14ME1E81

32 HP

U-16ME1E81

U-16ME1E81

34 HP

U-18ME1E81

U-16ME1E81

36 HP

U-20ME1E81

U-16ME1E81

Power supply

Cooling capacity

EER

1)

Operating current

Power input cooling

Heating capacity

COP

1)

Operating current

Power input heating

Nominal

Nominal

Starting current

External static pressure

Air volume

Sound pressure level Normal mode

Sound power level

Dimensions

Net weight

Piping connections

Silent mode

Normal mode

H x W x D

Gas pipe

Liquid pipe

Balance pipe

Refrigerant amount at shipment

Demand control

Operating range Cooling Min / Max

Heating Min / Max

V

A

Pa m³/h dB(A) dB(A) dB mm kg kW

W/W

A kW kW

W/W

A kW

400 400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

61,5

3,75

25,2

16,4

69,0

4,34

24,5

15,9

86

80

21.540

63,0

68,0

3,60

29,4

18,9

76,5

4,09

29,1

18,7

94

80

21.900

63,5

73,0

3,60

31,6

20,3

81,5

4,12

30,8

19,8

98

80

24.120

64,5

78,5

3,47

35,2

22,6

87,5

3,96

34,4

22,1

102

80

24.120

64,5

85,0

3,47

37,8

24,5

95,0

4,03

36,4

23,6

98

80

25.440

65,0

90,0

3,35

41,5

26,9

100,0

3,86

40,0

25,9

102

80

25.440

65,0

96,0

3,43

44,0

28,0

108,0

3,86

44,0

28,0

114

80

27.360

64,0

101,0

3,34

47,5

30,2

113,0

3,83

46,4

29,5

122

80

29.700

65,5

60,0

77,5

60,5

78,0

61,5

79,0

61,5

79,0

62,0

79,5

62,0

79,5

61,0

78,5

62,5

80,0

1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 2.060 x 930 1.758 x 2.060 x 930 1.758 x 2.600 x 930 1.758 x 2.600 x 930

543 543 590 590 618 618 730 730 inch (mm) 1-1/8 (28,58) inch (mm) 5/8 (15,88) inch (mm) 1/4 (6,35) kg 15,0

°C

°C

1-1/8 (28,58)

5/8 (15,88)

1/4 (6,35)

15,3

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

15,3

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

15,3

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

17,0

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

17,0

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

17,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

17,5

13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%)

-10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43

-25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

38 HP

U-20ME1E81

U-18ME1E81

40 HP

U-20ME1E81

U-20ME1E81

42 HP

U-16ME1E81

U-14ME1E81

U-12ME1E81

44 HP

U-16ME1E81

U-16ME1E81

U-12ME1E81

46 HP

U-16ME1E81

U-16ME1E81

U-14ME1E81

48 HP

U-16ME1E81

U-16ME1E81

U-16ME1E81

50 HP

U-18ME1E81

U-16ME1E81

U-16ME1E81

52 HP

U-20ME1E81

U-16ME1E81

U-16ME1E81

54 HP

U-20ME1E81

U-18ME1E81

U-16ME1E81

56 HP

U-20ME1E81

U-18ME1E81

U-18ME1E81

58 HP

U-20ME1E81

U-20ME1E81

U-18ME1E81

60 HP

U-20ME1E81

U-20ME1E81

U-20ME1E81

400 400 400 400 400 400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

107,0

3,44

49,6

31,1

113,0

3,36

53,6

33,6

118,0

3,51

52,1

33,6

124,0

3,43

56,2

36,2

130,0

3,43

58,5

37,9

135,0

3,35

62,2

40,3

140,0

3,41

64,2

41,1

145,0

3,35

67,7

43,3

151,0

3,39

70,3

44,5

156,0

3,44

72,4

45,4

162,0

3,38

76,4

47,9

168,0

3,33

80,4

50,4

119,0

3,84

49,4

31,0

127,0

3,85

52,6

33,0

132,0

4,04

50,8

32,7

138,0

3,92

54,6

35,2

145,0

3,96

56,5

36,6

150,0

3,86

60,1

38,9

155,0

3,86

62,8

40,2

160,0

3,84

65,2

41,7

169,0

3,85

69,3

43,9

175,0

3,85

72,4

45,4

182,0

3,83

75,8

47,5

189,0

3,81

79,1

49,6

123

80

31.620

65,0

127

80

33.960

66,0

119

80

36.840

66,5

122

80

36.840

66,5

119

80

38.160

67,0

122

80

38.160

67,0

134

80

40.080

66,0

142

80

42.420

67,0

144

80

44.340

66,5

146

80

46.260

66,0

149

80

48.600

67,0

153

80

50.940

68,0

62,0

79,5

63,0

80,5

63,5

81,0

63,5

81,0

64,0

81,5

64,0

81,5

63,0

80,5

64,0

81,5

63,5

81,0

63,0

80,5

64,0

81,5

65,0

82,5

1.758 x 3.140 x 930 1.758 x 3.140 x 930 1.758 x 2.890 x 930 1.758 x 2.890 x 930 1.758 x 3.120 x 930 1.758 x 3.120 x 930 1.758 x 3.660 x 930 1.758 x 3.660 x 930 1.758 x 4.200 x 930 1.758 x 4.740 x 930 1.758 x 4.740 x 930 1.758 x 4.740 x 930

842 842 899 899 927 927 1.039

1.039

1.151

1.263

1.263

1.263

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

18,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

18,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

23,8

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

23,8

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

25,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

25,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

26,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

26,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

26,5

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

27,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

27,0

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35)

27,0

13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%) 13 steps (0-100%)

-10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43 -10 / +43

-25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15 -25 / +15

211

2-PIPE ECOi 6N SERIES

HIGH COP SETTING MODEL

COMBINATION FROM 18 TO 48 HP

Next generation VRF newly-redesigned!

· Wide range of systems now available to 48 HP

· Heating operation at outdoor temperatures down to –25°C

· Extended pipe runs of up to 180 m

Technical focus

· Increased connectable Indoor units / outdoor units capacity ratio up to 200%

· Increased maximum number of connectable indoor units up to 64 units

· Increased high external static pressure up to 80 Pa

· Extended operating range to provide heating at outdoor temperature as low as -25°C

HP

High COP setting model

18 HP

U-14ME1E81

U-8ME1E81

20 HP

U-16ME1E81

U-8ME1E81

22 HP

U-18ME1E81

U-8ME1E81

24 HP

U-16ME1E81

U-16ME1E81

26 HP

U-18ME1E81

U-16ME1E81

28 HP

U-20ME1E81

U-16ME1E81

30 HP

U-20ME1E81

U-18ME1E81

Power supply

Cooling capacity

EER

1)

Operating current

Power input cooling

Heating capacity

COP

1)

Operating current

Power input heating

Nominal

Nominal

Starting current

External static pressure

Air volume

Sound pressure level Normal mode

Sound power level

Dimensions

Net weight

Piping connections

Silent mode

Normal mode

H x W x D

Gas pipe

Liquid pipe

Balance pipe

Demand control

Refrigerant amount at shipment

Operating range Cooling Min / Max

Heating Min / Max

V

A

Pa m³/h dB(A) dB(A) dB mm kg kW

W/W

A kW kW

W/W

A kW

400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

50,0

4,07

18,9

12,3

56,0

4,52

19,1

12,4

86

80

21.540

63,0

56,0

4,06

21,2

13,8

63,0

4,50

21,5

14,0

90

80

21.540

63,0

61,5

3,97

23,9

15,5

69,0

4,39

24,2

15,7

101

80

23.460

61,5

68,0

4,07

25,8

16,7

76,5

4,45

26,6

17,2

94

80

25.440

65,0

73,0

4,01

28,1

18,2

81,5

4,38

28,7

18,6

105

80

27.360

64,0

78,5

3,96

30,6

19,8

87,5

4,42

30,6

19,8

111

80

29.700

65,5

85,0

3,94

33,4

21,6

95,0

4,40

33,4

21,6

114

80

31.620

65,0

60,0

77,5

60,0

77,5

58,5

76,0

62,0

79,5

61,0

78,5

62,5

80,0

62,0

79,5

1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 2.370 x 930 1.758 x 2.060 x 930 1.780 x 2.600 x 930 1.780 x 2.600 x 930 1.758 x 3.140 x 930

537 537 653 614 730 730 846 kg

°C

°C inch (mm) 1-1/8 (28,58) inch (mm) 5/8 (15,88)

1-1/8 (28,58)

5/8 (15,88)

1-1/8 (28,58)

5/8 (15,88)

1-1/8 (28,58)

5/8 (15,88)

1 1/4 (31,75)

3/4 (19,05)

1 1/4 (31,75)

3/4 (19,05)

1 1/4 (31,75)

3/4 (19,05) inch (mm) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35)

13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %)

15,0

-10 / +43

-25 / +15

15,0

-10 / +43

-25 / +15

15.5

-10 / +43

-25 / +15

17,0

-10 / +43

-25 / +15

17,5

-10 / +43

-25 / +15

17,5

-10 / +43

-25 / +15

18,0

-10 / +43

-25 / +15

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

32 HP

U-20ME1E81

U-20ME1E81

34 HP

U-18ME1E81

U-16ME1E81

U-8ME1E81

36 HP

U-16ME1E81

U-16ME1E81

U-16ME1E81

38 HP

U-18ME1E81

U-16ME1E81

U-16ME1E81

40 HP

U-20ME1E81

U-16ME1E81

U-16ME1E81

42 HP

U-20ME1E81

U-18ME1E81

U-16ME1E81

44 HP

U-20ME1E81

U-18ME1E81

U-18ME1E81

46 HP

U-20ME1E81

U-20ME1E81

U-18ME1E81

48 HP

U-20ME1E81

U-20ME1E81

U-20ME1E81

400

Three Phase / 50 Hz

90,0

3,88

35,9

23,2

100,0

4,41

35,1

22,7

116

80

33.960

66,0

63,0

80,5

1.758 x 3.140 x 930

846

400

Three Phase / 50 Hz

96,0

4,09

36,2

23,5

108,0

4,54

36,7

23,8

113

80

36.180

64,5

61,5

79,0

1.758 x 3.430 x 930

960

400

Three Phase / 50 Hz

101,0

4,07

38,3

24,8

113,0

4,45

39,2

25,4

107

80

38.160

66,5

63,5

81,0

1.758 x 3.120 x 930

921

400

Three Phase / 50 Hz

107,0

4,08

40,5

26,2

119,0

4,44

41,4

26,8

118

80

40.080

66,0

63,0

80,5

1.758 x 3.660 x 930

1.037

400

Three Phase / 50 Hz

113,0

4,04

43,3

28,0

127,0

4,47

43,9

28,4

124

80

42.420

67,0

64,0

81,5

1.758 x 3.660 x 930

1.037

400

Three Phase / 50 Hz

118,0

3,96

46,1

29,8

132,0

4,40

46,4

30,0

127

80

44.340

66,5

63,5

81,0

1.758 x 4.200 x 930

1.153

400

Three Phase / 50 Hz

124,0

3,97

48,3

31,2

138,0

4,42

48,3

31,2

130

80

46.260

66,0

63,0

80,5

1.758 x 4.740 x 930

1.269

400

Three Phase / 50 Hz

130,0

3,92

51,4

33,2

145,0

4,41

50,9

32,9

131

80

48.600

67,0

64,0

81,5

1.758 x 4.740 x 930

1.269

400

Three Phase / 50 Hz

135,0

3,88

53,8

34,8

150,0

4,40

52,8

34,1

134

80

50.940

67,5

64,5

82,0

1.758 x 4.740 x 930

1.269

1 1/4 (31,75)

3/4 (19,05)

1 1/4 (31,75)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35)

13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %)

18,0

-10 / +43

-25 / +15

24,0

-10 / +43

-25 / +15

25,5

-10 / +43

-25 / +15

26,0

-10 / +43

-25 / +15

26,0

-10 / +43

-25 / +15

26,5

-10 / +43

-25 / +15

27,0

-10 / +43

-25 / +15

27,0

-10 / +43

-25 / +15

27,0

-10 / +43

-25 / +15

212

-25°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

COP

4,54

NEW / VRF SYSTEMS / ECOi

HP

High COP setting model

18 HP

U-14ME1E81

U-8ME1E81

20 HP

U-16ME1E81

U-8ME1E81

22 HP

U-18ME1E81

U-8ME1E81

24 HP

U-16ME1E81

U-16ME1E81

26 HP

U-18ME1E81

U-16ME1E81

28 HP

U-20ME1E81

U-16ME1E81

30 HP

U-20ME1E81

U-18ME1E81

Power supply

Cooling capacity

EER

1)

Operating current

Power input cooling

Heating capacity

COP

1)

Operating current

Power input heating

Nominal

Nominal

Starting current

External static pressure

Air volume

Sound pressure level Normal mode

Sound power level

Dimensions

Net weight

Piping connections

Silent mode

Normal mode

H x W x D

Gas pipe

Liquid pipe

Balance pipe

Demand control

Refrigerant amount at shipment

Operating range Cooling Min / Max

Heating Min / Max

V

A

Pa m³/h dB(A) dB(A) dB mm kg kW

W/W

A kW kW

W/W

A kW

400 400 400 400 400 400 400

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

50,0

4,07

18,9

12,3

56,0

4,52

19,1

12,4

86

80

21.540

63,0

56,0

4,06

21,2

13,8

63,0

4,50

21,5

14,0

90

80

21.540

63,0

61,5

3,97

23,9

15,5

69,0

4,39

24,2

15,7

101

80

23.460

61,5

68,0

4,07

25,8

16,7

76,5

4,45

26,6

17,2

94

80

25.440

65,0

73,0

4,01

28,1

18,2

81,5

4,38

28,7

18,6

105

80

27.360

64,0

78,5

3,96

30,6

19,8

87,5

4,42

30,6

19,8

111

80

29.700

65,5

85,0

3,94

33,4

21,6

95,0

4,40

33,4

21,6

114

80

31.620

65,0

60,0

77,5

60,0

77,5

58,5

76,0

62,0

79,5

61,0

78,5

62,5

80,0

62,0

79,5

1.758 x 1.830 x 930 1.758 x 1.830 x 930 1.758 x 2.370 x 930 1.758 x 2.060 x 930 1.780 x 2.600 x 930 1.780 x 2.600 x 930 1.758 x 3.140 x 930

537 537 653 614 730 730 846 kg

°C

°C inch (mm) 1-1/8 (28,58) inch (mm) 5/8 (15,88)

1-1/8 (28,58)

5/8 (15,88)

1-1/8 (28,58)

5/8 (15,88)

1-1/8 (28,58)

5/8 (15,88)

1 1/4 (31,75)

3/4 (19,05)

1 1/4 (31,75)

3/4 (19,05)

1 1/4 (31,75)

3/4 (19,05) inch (mm) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35)

13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %)

15,0

-10 / +43

-25 / +15

15,0

-10 / +43

-25 / +15

15.5

-10 / +43

-25 / +15

17,0

-10 / +43

-25 / +15

17,5

-10 / +43

-25 / +15

17,5

-10 / +43

-25 / +15

18,0

-10 / +43

-25 / +15

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

32 HP

U-20ME1E81

U-20ME1E81

34 HP

U-18ME1E81

U-16ME1E81

U-8ME1E81

36 HP

U-16ME1E81

U-16ME1E81

U-16ME1E81

38 HP

U-18ME1E81

U-16ME1E81

U-16ME1E81

40 HP

U-20ME1E81

U-16ME1E81

U-16ME1E81

42 HP

U-20ME1E81

U-18ME1E81

U-16ME1E81

44 HP

U-20ME1E81

U-18ME1E81

U-18ME1E81

46 HP

U-20ME1E81

U-20ME1E81

U-18ME1E81

48 HP

U-20ME1E81

U-20ME1E81

U-20ME1E81

400

Three Phase / 50 Hz

90,0

3,88

35,9

23,2

100,0

4,41

35,1

22,7

116

80

33.960

66,0

63,0

80,5

1.758 x 3.140 x 930

846

400

Three Phase / 50 Hz

96,0

4,09

36,2

23,5

108,0

4,54

36,7

23,8

113

80

36.180

64,5

61,5

79,0

1.758 x 3.430 x 930

960

400

Three Phase / 50 Hz

101,0

4,07

38,3

24,8

113,0

4,45

39,2

25,4

107

80

38.160

66,5

63,5

81,0

1.758 x 3.120 x 930

921

400

Three Phase / 50 Hz

107,0

4,08

40,5

26,2

119,0

4,44

41,4

26,8

118

80

40.080

66,0

63,0

80,5

1.758 x 3.660 x 930

1.037

400

Three Phase / 50 Hz

113,0

4,04

43,3

28,0

127,0

4,47

43,9

28,4

124

80

42.420

67,0

64,0

81,5

1.758 x 3.660 x 930

1.037

400

Three Phase / 50 Hz

118,0

3,96

46,1

29,8

132,0

4,40

46,4

30,0

127

80

44.340

66,5

63,5

81,0

1.758 x 4.200 x 930

1.153

400

Three Phase / 50 Hz

124,0

3,97

48,3

31,2

138,0

4,42

48,3

31,2

130

80

46.260

66,0

63,0

80,5

1.758 x 4.740 x 930

1.269

400

Three Phase / 50 Hz

130,0

3,92

51,4

33,2

145,0

4,41

50,9

32,9

131

80

48.600

67,0

64,0

81,5

1.758 x 4.740 x 930

1.269

400

Three Phase / 50 Hz

135,0

3,88

53,8

34,8

150,0

4,40

52,8

34,1

134

80

50.940

67,5

64,5

82,0

1.758 x 4.740 x 930

1.269

1 1/4 (31,75)

3/4 (19,05)

1 1/4 (31,75)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1-1/2 (38,10)

3/4 (19,05)

1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35) 1/4 (6,35)

13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %) 13 steps (0 – 100 %)

18,0

-10 / +43

-25 / +15

24,0

-10 / +43

-25 / +15

25,5

-10 / +43

-25 / +15

26,0

-10 / +43

-25 / +15

26,0

-10 / +43

-25 / +15

26,5

-10 / +43

-25 / +15

27,0

-10 / +43

-25 / +15

27,0

-10 / +43

-25 / +15

27,0

-10 / +43

-25 / +15

213

214

HIGH EFFICIENCY

COP

4,77

3,50

3-Pipe ECOi MF2 6N Series

Simultaneous heating and cooling VRF system

The New Panasonic 3-Pipe MF2 series offers the best solution for the most demanding customers.

· The new 3-Pipe units have only one chassis size, with a very small footprint (only 0,93 m²)

· 1 body for all sizes: 1.758 x 1.000 x 930mm, for 8, 10, 12, 14 and 16 HP

· Maximum capacity size as 48 HP by 3 unit combinations (16 HP x 3 = 48 HP)

· Up to 52 indoor units connectable

· Maximum capacity ratio of 150%

Market-leading COP (at full load), High Cop Combination

COP

5,00

4,76

4,50

4,72

4,68

4,38

4,20

4,00

4,03

4,56 4,49

4,59

4,20

4,41

4,03

3,00

5,00

EER

16 HP

4,50

4,00

4,50

3,50

3,00

3,38

16 HP

COP High Cop Combination

24 HP

4,47

3,68

24 HP

COP Standard Combination

26 HP 28 HP 30 HP

4,32

4,11

3,94

3,58

3,49

3,41

30 HP 26 HP

EER High Cop Combination

28 HP

EER Standard Combination

32 HP

3,86

3,38

32 HP

NEW / VRF SYSTEMS / ECOi

Market-leading COP (at full load), standard efficiency

COP

5,00

4,77

4,50

4,55

4,30

4,00

4,09

3,95

3,81

3,50

3,00

5,00

EER

8 HP 10 HP 12 HP

4,50

4,50

4,00

3,78

3,50

3,00

8 HP

COP 3-Pipe MF2 6N Series

4,10

3,45

10 HP

COP Old series

3,70

3,41

12 HP

4,41

EER 3-Pipe MF2 6N Series

3,91

14 HP

3,45 3,45

14 HP

4,03

3,79

16 HP

EER Old series

3,38 3,38

16 HP

Large combination of outdoor units, up to 48 HP

12

14

16

Unit

8

1

10

System ( HP)

8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48

1

1

1

1 1 1 1 1 1 1

1

1

1

1

1

1

1

1 2 1

1 2

1

1 2 1

1 2

3 2 1

1 2 3

High efficiency combination

Unit

8

2

10

12

14

System ( HP)

16 24

3

26

2

1

28

2

1

30

2

1

32

1

2

Connectable indoor/outdoor unit capacity ratio up to 150%

Extended operating range

Cooling operation range: The cooling operation range has been extended to

-10°C by changing the outdoor fan to an inverter type.

-15

-10

-5 0 5 10 15 20 25 30 35 40 45

Outside air temperature (°C DB)

Heating operation range: Stable heating operation even with an outside air temperature of -20°C. The heating operation range has been extended to

-20°C by use of a compressor with a high-pressure vessel.

Wide temperature setting range

Wired remote control heating temperature setting range is 16 to 30°C.

Increased piping lengths and design flexibility

Adaptable to various building types and sizes. Actual piping length: 180 m.

Maximum piping length: 500 m.

Maximum total length: 500 m

Maximum height difference between outdoor unit and indoor unit:

50 m

*

Difference between the

Max - Min tubing length after the first branch

40 m

Maximum total pipe length:

500 m

Maximum height difference between indoor units:

15 m

Farthest pipe length

(from outdoor unit to farthest indoor unit)

(equivalent length):

180 m

* 40 m if the outdoor unit is below the indoor unit.

-25

-20

-15 -10 -5 0 5 10 15 20

Outside air temperature (°C WB)

3-Pipe control box kit / Multiple connection type

New Heat Recovery box to connect multiple indoor units with just one box, 4, 6 and up to 8 indoor units or groups

This is good advantage specially in hotels applications, where space for connecting several boxes is limited.

To Outdoor

Unit

A 2

5

1

A View

4

1. 8 connection port type (indoor unit side)

2. 3-Pipe control PCB included

3. Interface relay terminal included (to be mounted on indoor unit side)

4. Power supply terminal block

5. Control line wire terminal block

CZ-P456HR3

CZ-P4160HR3

x 4 ports.

CZ-P656HR3

x 6 ports.

CZ-P856HR3

x 8 ports.

Panasonic new boxes advantages

Flexible Design

· Connection tube for main refrigerant circuit line comes on both side of the unit

· Can connect consecutive boxes, one side another

· High 200 mm high

Comfort

· Quick indoor changeover

· Low noise

215

3-Pipe ECOi MF2 6N Series

Compact design for superb space saving and low noise level

5 types of outdoor units with different capacities have been standardized to one compact casing.

Uniquely constructed with two compartments, the upper chamber contains the heat exchange, with the lower chamber stores the compressors. The benefits are two-fold - superb space saving and low noise level.

Installation space: 0,93 m² Operating sound dB(A)

60,0

59,0

58,0

57,0

56,0

56,0

1.000

54,0

54,0

52,0

50,0

Standard

8 HP 10 HP

Silent mode

System limitations

Maximum number of combined outdoor units

Maximum HP of combined outdoor units

Maximum number of connectable indoor units

Indoor/outdoor unit capacity ratio

3

135kW (48 HP)

52

50 -150%

Additional refrigerant charge

Liquid piping size

6,35

Amount of refrigerant charge (g/m)

26

9,52

56

12,7

128

15,88 19,05 22,22 25,40

185 259 366 490

Refrigerant piping

Piping size (mm)

O material

Outer diameter 6,35

Wall thickness 0,80

1/2 H, H material

Outer diameter 25,40

Wall thickness 1,00

9,52

0,80

28,58

1,00

12,70

0,80

31,75

1,10

15,88

1,00

38,10

19,05

1,00

41,28 over 1,35 over 1,45

22,22

1,15

Note: When pipe bending is to be performed, the bending radius shall be at least 4 times the outer diameter. Also, take sufficient care to prevent pipe collapse and damage at the time of bending.

Individual control of multiple indoor units with solenoid valve kits

· Any design and layout can be used in a single system.

· Cooling operation is possible up to an outdoor temperature of -10°C.

Non-stop operation during maintenance

Even when an indoor unit needs maintenance, the other indoor units can be kept operating by setting. (Not applicable for all situations)

Power suppression control for energy saving (Demand control)¹

The 3-Pipe ECOi MF2 6N Series has a built-in demand function which uses the inverter characteristics. With this demand function, the power consumption can be set in three steps, and operation² at optimum performance is performed according to the setting and the power consumption. This function is useful to reduce the annual power consumption and to save electricity costs while maintaining comfort.

1 An outdoor Seri-Para I/O unit is required for demand input.

2 Setting is possible as 0% or in the range from 40 to 100% (in steps of 5%). At the time of shipping, setting has been done to the three steps of 0%, 70%, and 100%.

Up to maximum

40 indoor units

COOLING HEATING

Liquid pipe

(medium-temperature, mediumpressure liquid pipe)

Discharge pipe

(high-temperature, highpressure gas pipe)

HEATING STOP

Suction pipe

(low-temperature, low-pressure gas pipe)

Solenoid valve kit

COOLING STOP

Individual control

Solenoid valve kit

Oil-recovery operation to gives more stable comfort air-conditioning control.

3-Pipe control Solenoid valve kit 3-Pipe control PCB

Valve Dimensions

Liquid tube ID9,52

Suction tube ID15,88

Hanging hook

9P connector

Cabtyre cable (5m)

Liquid tube

Type 160: ID9,52

Type 56: ID6,35

CZ-P56HR3

Up to 5,6kW

CZ-P160HR3

Up to 16,0kW

KIT-P56HR3

(CZ-P56HR3+CZ-CAPE2)

KIT-P160HR3

(CZ-P160HR3+CZ-CAPE2)

3-Pipe control PCB CZ-CAPE2*.

Must be added to the CZ-P56HR3 or CZ-P160HR3.

* For wall mounted.

Discharge tube ID12,7

149

110

220

Front side

Service cover

149

Gas tube

Type 160: ID15,88

Type 56: ID12,7

518

216

Excellent cost saving and smaller piping size

By using R410a with low pressure loss, pipe sizes for discharge, suction and liquid are all reduced.

This makes it possible to aim for reduced piping space, improved workability at the site, and reduction of the piping material costs.

Piping Insulation

ø19,05

8 HP 10 HP

ø22,22

ø9,52 ø19,05 ø9,52 ø15,88

3-Pipe ECOi MF2

HP Suction pipe

8

10

Ø 19,05

Ø 22,22

Discharge pipe

Ø 15,88

Ø 19,05

Liquid pipe

Ø 9,52

Ø 9,52

Piping design

L5

H3

C

Balance tubing

B

LO

A

LM

LA

LB

LF

LC LD

Max. 400mm

For extension

For extension

4

Max. 400mm

LH

LG

L4

1

NEW / VRF SYSTEMS / ECOi

Extended compressor life

The total operation time of the compressors is monitored by a microcomputer, so that there is no imbalance for the operation times of all compressors in the same refrigerant system, and compressors with a shorter operation time are operated with preference.

A, C: DC inverter compressor

Load increase

A B C D A B C D

Load increase

B, D: Constant speed compressor

Load increase

A B C D A B C D

50 h 30 h 60 h 10 h

ECOi 2-Pipe and 3-Pipe wind protection shield

PAW-WPH1

PAW-WPH2

PAW-WPH3

1 long side of the outdoor units (853 x 983 x 489)

2 long sides of the outdoor units (744 x 983 x 289) (2ER SET)

5

A

C

1

D

C

2

A

C

3

D

C

4

A

C

5

0

DC 2 AC 1 DC 4 AC 3 AC 5

4 2 3 1 5

5

L2

LE

T-joint tubing (header joint system)

L3

2

6

3

Solenoid Valve Kit

1

40

L1

L2

H1

R410A distribution joint

Main piping length

LM = LA + LB···

Main distribution pipes LC-LH are selected according to the capacity after the distribution joint.

Size of indoor unit connection piping 1-40 is determined by the connection piping size on the indoor units.

The outdoor connection main tubing (LO portion) is determined by the total capacity of the outdoor units that are connected to the tube end.

Distribution joint (CZ, option).

Ball valve (BV, option) T-joint (field supply)

Note: Do not use commercial T-pieces for the liquid pipes of the distribution joint.

Ranges that apply to refrigerant piping lengths and to differences in installation heights

Items Marks Contents

Allowable piping length L1

Δ

L (L2–L4)

LM

Maximum piping length Actual piping length

Equivalent piping length

Difference between the Maximum length and the minimum length from the No. 1 distribution

Maximum length of main piping (at Maximum diameter)

Allowable elevation difference

1, 2~ 40

L1+ 1+ 2... 39+ A+ B+LF+LG+LH

L5

H1

Maximum length of each distribution

Total Maximum piping length including length of each distribution (only liquid tubing)

Distance between outdoor units

When outdoor unit is installed higher than indoor unit

Allowable length of joint tubing

H2

H3

L3

When outdoor unit is installed lower than indoor unit

Maximum difference between indoor units

Maximum difference between outdoor units

T-joint tubing (field-supply); Maximum tubing length between the first T-joint and solidly welded-shut end point

L = Length, H = Height

1) If the longest tubing length (L1) exceeds 90 m (equivalent length), increase the sizes of the main tubes (LM) by 1 rank for the discharge tubes, suction tubes, and narrow tubes. (field supplied).

2) If the longest main tube length (LM) exceeds 50 m, increase the main tube size at the portion before 50 m by 1 rank for the suction tubes and discharge tubes. (field supplied).

(For the portion that exceeds 50 m, set based on the main tube sizes (LA) listed in the table on the following page).

3) 24 HP - 30 HP of high efficiency combination is 300 m.

Solidly welded shut (pinch weld)

Length (m)

180¹

200

40

—²

40

15

4

2

30

500³

10

50

217

3-PIPE ECOi MF2 6N SERIES

8-16 HP

COP

4,77

With simultaneous heating and cooling operation heat recovery type

ECOi 3-Pipe is one of the most advanced VRF systems available. Not only offering highefficiency and performance for simultaneous heating and cooling, but also its sophisticated installation and maintenance much easier.

· Achieves COP 4,77 as the top class in the industry (Average cooling and heating value for 8

HP outdoor unit).

· Simultaneous cooling or heating operation for up to 52 indoor units.

· Small installation space, top class in the industry.

· Rotation operation function and back-up operation function provided.

Technical focus

· Standardization of outdoor unit to one compact casing size

· Improved operation efficiency

· The constant-speed compressor adopts a high-performance internal high-pressure scroll

· Improvement of the heat exchanger

· Redesign of structural parts

· Close side-by-side installation is possible

HP

Standard model

Power supply

Cooling capacity

EER

1)

Running current

Power input

Heating capacity

COP

1)

Nominal

380 / 400 / 415 V

Running current

Power input

Nominal

380 / 400 / 415 V

Air volume

Sound pressure level High / Low

Solenoid valve kit

KIT-P56HR3

KIT-P160HR3

CZ-CAPEK2

KIT-P56HR3

CZ-P56HR3

CZ-CAPE2

KIT-P160HR3

CZ-P160HR3

CZ-CAPE2

V kW

W/W

A kW kW

W/W

A kW m³/min dB(A)

8 HP

U-8MF2E8

380 / 400 / 415

Three Phase / 50 Hz

22,4

4,50

8,60 / 8,20 / 8,00

4,98

25,0

4,77

8,95 / 8,50 / 8,30

5,24

158

57,0 / 54,0

Sound power level

Dimensions

Net weight

Piping connections

Normal mode

H x W x D dB mm

71,5 / 68,5

1.758 x 1.000 x 930 kg 269 inch (mm) 3/4 (19,05) Suction pipe

Discharge pipe

Balance pipe

Refrigerant amount at shipment

Operating range

Liquid pipe

Cooling Min / Max

Heating Min / Max

°C

°C

Simultaneous operation °C inch (mm) 5/8 (15,88) inch (mm) 3/8 (9,52) inch (mm) 1/4 (6,35) kg 8,3

-10 / +46

-20 / +18

-10 / +24

3-Pipe control Solenoid valve kit (up to 5,6kW)

Solenoid valve kit (up to 5,6kW)

3-Pipe control PCB

3-Pipe control Solenoid valve kit (from 5,6kW to 10,6kW)

Solenoid valve kit (up to 16,0kW)

3-Pipe control PCB

3-Pipe control PCB for wall mounted

10 HP

U-10MF2E8

380 / 400 / 415

Three Phase / 50 Hz

28,0

4,10

11,3 / 10,8 / 10,6

6,83

31,5

4,55

11,6 / 11,0 / 10,7

6,92

178

59,0 / 56,0

73,5 / 70,5

1.758 x 1.000 x 930

269

7/8 (22,22)

3/4 (19,05)

3/8 (9,52)

1/4 (6,35)

8,5

-10 / +46

-20 / +18

-10 / +24

12 HP

U-12MF2E8

380 / 400 / 415

Three Phase / 50 Hz

33,5

3,70

15,1 / 14,5 / 14,1

9,05

37,5

4,30

14,7 / 14,1 / 13,8

8,72

212

61,0 / 58,0

75,5 / 72,5

1.758 x 1.000 x 930

314

1 (25,40)

3/4 (19,05)

1/2 (12,70)

1/4 (6,35)

8,8

-10 / +46

-20 / +18

-10 / +24

3-Pipe control box kit

CZ-P456HR3

CZ-P656HR3

CZ-P856HR3

CZ-P4160HR3

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

14 HP

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

40,0

3,45

19,2 / 18,4 / 17,9

11,00

45,0

4,41

17,0 / 16,4 / 15,9

10,2

212

62,0 / 59,0

76,5 / 73,5

1.758 x 1.000 x 930

322

1 (25,40)

7/8 (22,22)

1/2 (12,70)

1/4 (6,35)

9,3

-10 / +46

-20 / +18

-10 / +24

4 ports 3 pipe box (up to 5,6kW)

6 ports 3 pipe box (up to 5,6kW)

8 ports 3 pipe box (up to 5,6kW)

4 ports 3 pipe box (up to 16,0kW)

16 HP

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

45,0

3,38

22,0/ 21,1 / 20,6

13,00

50,0

4,03

20,7 / 19,9 / 19,4

12,4

212

62,0 / 59,0

76,5 / 73,5

1.758 x 1.000 x 930

322

1-1/8 (28,58)

7/8 (22,22)

1/2 (12,70)

1/4 (6,35)

9,3

-10 / +46

-20 / +18

-10 / +24

218

-20°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

NEW / VRF SYSTEMS / ECOi

COP

4,76

3-PIPE ECOi MF2 6N SERIES

HIGH EFFICIENCY COMBINATION 16 TO 32 HP

With simultaneous heating and cooling operation heat recovery type

ECOi 3-Pipe is one of the most advanced VRF systems available. Not only offering highefficiency and performance for simultaneous heating and cooling, its sophisticated design makes installation and maintenance much easier.

· Achieves COP 4,76 as the top class in the industry (Average cooling and heating value for 8

HP outdoor unit).

· Simultaneous cooling or heating operation for up to 52 indoor units.

· Small installation space, top class in the industry.

· Rotation operation function and back-up operation function provided.

Technical focus

· Standardization of outdoor unit to one compact casing size

· Improved operation efficiency

· The constant-speed compressor adopts a high-performance internal high-pressure scroll

· Improvement of the heat exchanger

· Redesign of structural parts

· Close side-by-side installation is possible

HP

High Efficiency model

16 HP

U-8MF2E8

U-8MF2E8

Power supply V

Cooling capacity

EER

1)

Running current

Power input

Heating capacity

COP

1)

Running current

Power input

Nominal

380 / 400 / 415 V

Nominal

380 / 400 / 415 V

Air volume

Sound pressure level High / Low

Sound power level Normal mode

Dimensions (Combination) H x W x D

Net weight

Piping connections Suction pipe

Discharge pipe

Liquid pipe kW

W/W

A kW kW

W/W

A kW

Balance pipe

Refrigerant amount at shipment

Operating range Cooling Min / Max inch (mm) 1/4 (6,35) kg

°C

Heating Min / Max °C

Simultaneous operation °C

16,6

-10 / +46

-20 / +18

-10 / +24

380 / 400 / 415

Three Phase / 50 Hz

45,0

4,50

17,3 / 16,4 / 16,0

10,0

50,0

4,76

17,9 / 17,0 / 16,6

10,5 m³/min 316 dB(A) 60,0 / 57,0 dB mm

74,5 / 71,5

1.758 x 2.060 x 930 kg 538 inch (mm) 1-1/8 (28,58) inch (mm) 7/8 (22,22) inch (mm) 1/2 (12,70)

24 HP

U-8MF2E8

U-8MF2E8

U-8MF2E8

380 / 400 / 415

Three Phase / 50 Hz

68,0

4,47

26,2 / 24,9 / 24,3

15,2

76,5

4,72

27,7 / 26,3 / 25,6

16,2

474

62,0 / 59,0

76,5 / 73,5

1.758 x 3.120 x 930

807

1-1/8 (28,58)

1 (25,40)

5/8 (15,88)

1/4 (6,35)

24,9

-10 / +46

-20 / +18

-10 / +24

Solenoid valve kit

KIT-P56HR3

KIT-P160HR3

KIT-P56HR3

CZ-P56HR3

CZ-CAPE2

KIT-P160HR3

CZ-P160HR3

CZ-CAPE2

CZ-CAPEK2

3-Pipe control Solenoid valve kit (up to 5,6kW)

Solenoid valve kit (up to 5,6kW)

3-Pipe control PCB

3-Pipe control Solenoid valve kit (from 5,6kW to 10,6kW)

Solenoid valve kit (up to 16,0kW)

3-Pipe control PCB

3-Pipe control PCB for wall mounted

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

26 HP

U-8MF2E8

U-8MF2E8

U-10MF2E8

380 / 400 / 415

Three Phase / 50 Hz

73,0

4,32

28,5 / 27,4 / 26,7

16,9

81,5

4,68

29,4 / 27,9 / 27,5

17,4

494

62,5 / 59,5

77,0 / 74,0

1.758 x 3.120 x 930

807

1 1/4 (31,75)

1 (25,40)

3/4 (19,05)

1/4 (6,35)

25,1

-10 / +46

-20 / +18

-10 / +24

3-Pipe control box kit

CZ-P456HR3

CZ-P656HR3

CZ-P856HR3

CZ-P4160HR3

28 HP

U-8MF2E8

U-8MF2E8

U-12MF2E8

380 / 400 / 415

Three Phase / 50 Hz

78,5

4,11

32,2 / 31,0 / 30,2

19,1

87,5

4,56

32,4 / 31,1 / 30,4

19,2

528

63,5 / 60,5

78,0 / 75,0

1.758 x 3.120 x 930

852

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

25,4

-10 / +46

-20 / +18

-10 / +24

4 ports 3 pipe box (up to 5,6kW)

6 ports 3 pipe box (up to 5,6kW)

8 ports 3 pipe box (up to 5,6kW)

4 ports 3 pipe box (up to 16,0kW)

30 HP

U-8MF2E8

U-8MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

85,0

3,94

36,5 / 35,0 / 34,1

21,6

95,0

4,59

35,0 / 33,6 / 32,7

20,7

528

64,0 / 61,0

78,5 / 75,5

1.758 x 3.120 x 930

860

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

25,9

-10 / +46

-20 / +18

-10 / +24

32 HP

U-8MF2E8

U-12MF2E8

U-12MF2E8

380 / 400 / 415

Three Phase / 50 Hz

90,0

3,86

38,9 / 37,4 / 36,4

23,3

100,0

4,41

38,3 / 36,8 / 35,9

22,7

582

65,0 / 62,0

79,5 / 76,5

1.758 x 3.120 x 930

897

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

25,9

-10 / +46

-20 / +18

-10 / +24

-20°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

219

3-PIPE ECOi MF2 6N SERIES

COMBINATION FROM 18 TO 48 HP

With simultaneous heating and cooling operation heat recovery type

ECOi 3-Pipe is one of the most advanced VRF systems available. Not only offering highefficiency and performance for simultaneous heating and cooling, its sophisticated design makes installation and maintenance much easier.

· Achieves COP 4,63 as the top class in the industry (Average cooling and heating value for

18 HP outdoor unit).

· Simultaneous cooling or heating operation for up to 52 indoor units.

· Small installation space, top class in the industry.

· Rotation operation function and back-up operation function provided.

Technical focus

· Standardization of outdoor unit to one compact casing size

· Improved operation efficiency

· The constant-speed compressor adopts a high-performance internal high-pressure scroll

· Improvement of the heat exchanger

· Redesign of structural parts

· Close side-by-side installation is possible

HP

Standard model

18 HP

U-8MF2E8

U-10MF2E8

20 HP

U-8MF2E8

U-12MF2E8

22 HP

U-8MF2E8

U-14MF2E8

24 HP

U-8MF2E8

U-16MF2E8

26 HP

U-12MF2E8

U-14MF2E8

28 HP

U-14MF2E8

U-14MF2E8

30 HP

U-14MF2E8

U-16MF2E8

Power supply

Cooling capacity

EER

1)

Running current

Power input

Heating capacity

COP

1)

Running current

Power input

Nominal

380 / 400 / 415 V

Nominal

380 / 400 / 415 V

Air volume

Sound pressure level High / Low

Sound power level

Dimensions

Normal mode

H x W x D

Net weight

Piping connections Suction pipe

Discharge pipe

Liquid pipe

V kW

W/W

A kW kW

W/W

A kW m³/min dB(A) dB mm kg

380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

50,4

4,27

19,7 / 18,9 / 18,4

11,8

56,0

3,97

23,8 / 22,9 / 22,3

14,1

61,5

3,80

27,0 / 26,0 / 25,3

16,2

68,0

3,68

30,9 / 29,7 / 28,9

18,5

73,0

3,58

33,7 / 32,4 / 31,5

20,4

78,5

3,49

37,2 / 35,7 / 34,8

22,5

85,0

3.41

41,1 / 39,5 / 38,5

24.90

56,5

4,63

20,4 / 19,6 / 19,1

12,2

63,0

4,47

23,8 / 22,9 / 22,3

14,1

69,0

4,57

25,2 / 24,2 / 23,6

15,1

76,5

4,20

30,4 / 29,2 / 28,5

18,2

81,5

4,38

31,1 / 29,8 / 29,1

18,6

87,5

4,49

32,6 / 31,3 / 30,5

19,5

95,0

4,20

37,7 / 36,2 / 35,3

22,6

336

61,0 / 58,0

75,5 / 72,5

1.758 x 2.060 x 930

538 inch (mm) 1-1/8 (28,58) inch (mm) 7/8 (22,22) inch (mm) 5/8 (15,88)

Balance pipe

Refrigerant amount at shipment

Operating range Cooling Min / Max

Heating Min / Max inch (mm) 1/4 (6,35) kg

°C

°C

Simultaneous operation °C

16,8

-10 / +46

-20 / +18

-10 / +24

370

62,5 / 59,5

77,0 / 74,0

1.758 x 2.060 x 930

538

1-1/8 (28,58)

7/8 (22,22)

5/8 (15,88)

1/4 (6,35)

17,1

-10 / +46

-20 / +18

-10 / +24

370

63,0 / 60,0

77,5 / 74,5

1.758 x 2.060 x 930

591

1-1/8 (28,58)

1 (25,40)

5/8 (15,88)

1/4 (6,35)

17,6

-10 / +46

-20 / +18

-10 / +24

370

63,0 / 60,0

77,5 / 74,5

1.758 x 2.060 x 930

591

1-1/8 (28,58)

1 (25,40)

5/8 (15,88)

1/4 (6,35)

17,6

-10 / +46

-20 / +18

-10 / +24

424

64,5 / 61,5

79,0 / 76,0

1.758 x 2.060 x 930

636

1 1/4 (31,75)

1 (25,40)

3/4 (19,05)

1/4 (6,35)

18,1

-10 / +46

-20 / +18

-10 / +24

424

65,0 / 62,0

79,5 / 76,5

1.758 x 2.060 x 930

644

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

18,6

-10 / +46

-20 / +18

-10 / +24

424

65,0 / 62,0

79,5 / 76,5

1.758 x 2.060 x 930

644

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

18,6

-10 / +46

-20 / +18

-10 / +24

Solenoid valve kit

KIT-P56HR3

KIT-P160HR3

KIT-P56HR3

CZ-P56HR3

CZ-CAPE2

KIT-P160HR3

CZ-P160HR3

CZ-CAPE2

CZ-CAPEK2

3-Pipe control Solenoid valve kit (up to 5,6kW)

Solenoid valve kit (up to 5,6kW)

3-Pipe control PCB

3-Pipe control Solenoid valve kit (from 5,6kW to 10,6kW)

Solenoid valve kit (up to 16,0kW)

3-Pipe control PCB

3-Pipe control PCB for wall mounted

3-Pipe control box kit

CZ-P456HR3

CZ-P656HR3

CZ-P856HR3

CZ-P4160HR3

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) EER and COP classification is at 400 V in accordance with EU directive 2002/31/EC.

Specifications subject to change without notice.

For detailed information about ErP, please visit our websites www.aircon.panasonic.eu or www.ptc.panasonic.eu

4 ports 3 pipe box (up to 5,6kW)

6 ports 3 pipe box (up to 5,6kW)

8 ports 3 pipe box (up to 5,6kW)

4 ports 3 pipe box (up to 16,0kW)

220

-20°C

HEATING MODE

5

YEARS

COMPRESSOR

WARRANTY

32 HP

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

90,0

3.38

43,9 / 42,2 / 41,1

26,6

100,0

4,03

41,7 / 40,1 / 39,1

24,8

424

65,0 / 62,0

79,5 / 76,5

1.758 x 2.060 x 930

644

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

18,6

-10 / +46

-20 / +18

-10 / +24

34 HP

U-8MF2E8

U-12MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

96,0

3,74

42,9 / 41,2 / 39,7

25,7

108,0

4,44

41,0 / 39,4 / 38,4

24,3

582

65,0 / 62,0

79,5 / 76,5

1.758 x 3.120 x 930

905

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

26,4

-10 / +46

-20 / +18

-10 / +24

36 HP

U-8MF2E8

U-14MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

101,0

3,66

46,1 / 44,3 / 43,1

27,6

113,0

4,52

41,6 / 39,9 / 38,9

25,0

582

65,5 / 62,5

80,0 / 77,0

1.758 x 3.120 x 930

913

1-1/2 (38,10)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

26,9

-10 / +46

-20 / +18

-10 / +24

38 HP

U-8MF2E8

U-14MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

107,0

3,60

49,6 / 47,6 / 46,4

29,7

119,0

4,33

46,1 / 44,3 / 43,1

27,5

582

65,5 / 62,5

80,0 / 77,0

1.758 x 3.120 x 930

913

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

26,9

-10 / +46

-20 / +18

-10 / +24

40 HP

U-8MF2E8

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

113,0

3,55

53,1 / 51,0 / 49,7

31,8

127,0

4,12

52,2 / 49,6 / 47,8

30,8

582

65,5 / 62,5

80,0 / 77,0

1.758 x 3.120 x 930

913

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

26,9

-10 / +46

-20 / +18

-10 / +24

42 HP

U-14MF2E8

U-14MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

118,0

3,48

56,0 / 53,8 / 52,4

33,9

132,0

4,46

49,3 / 47,3 / 46,1

29,6

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

44 HP

U-14MF2E8

U-14MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

124,0

3,43

59,6 / 57,3 / 55,8

36,1

138,0

4,30

53,8 / 51,6 / 50,3

32,1

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

46 HP

U-14MF2E8

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

130,0

3,40

63,8 / 61,3 / 59,7

38,2

145,0

4,14

58,8 / 56,5 / 55,0

35,0

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

48 HP

U-16MF2E8

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

135,0

3,38

65,9 / 63,3 / 61,7

39,9

150,0

4,03

62,6 / 60,1 / 58,6

37,2

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

150

%

CAPACITY RATIO

NEW / VRF SYSTEMS / ECOi

HP

Standard model

18 HP

U-8MF2E8

U-10MF2E8

20 HP

U-8MF2E8

U-12MF2E8

22 HP

U-8MF2E8

U-14MF2E8

24 HP

U-8MF2E8

U-16MF2E8

26 HP

U-12MF2E8

U-14MF2E8

28 HP

U-14MF2E8

U-14MF2E8

30 HP

U-14MF2E8

U-16MF2E8

Power supply

Cooling capacity

EER

1)

Running current

Power input

Heating capacity

COP

1)

Running current

Power input

Nominal

380 / 400 / 415 V

Nominal

380 / 400 / 415 V

Air volume

Sound pressure level High / Low

Sound power level

Dimensions

Normal mode

H x W x D

Net weight

Piping connections Suction pipe

Discharge pipe

Liquid pipe

V kW

W/W

A kW kW

W/W

A kW m³/min dB(A) dB mm kg

380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415 380 / 400 / 415

Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz Three Phase / 50 Hz

50,4

4,27

19,7 / 18,9 / 18,4

11,8

56,0

3,97

23,8 / 22,9 / 22,3

14,1

61,5

3,80

27,0 / 26,0 / 25,3

16,2

68,0

3,68

30,9 / 29,7 / 28,9

18,5

73,0

3,58

33,7 / 32,4 / 31,5

20,4

78,5

3,49

37,2 / 35,7 / 34,8

22,5

85,0

3.41

41,1 / 39,5 / 38,5

24.90

56,5

4,63

20,4 / 19,6 / 19,1

12,2

63,0

4,47

23,8 / 22,9 / 22,3

14,1

69,0

4,57

25,2 / 24,2 / 23,6

15,1

76,5

4,20

30,4 / 29,2 / 28,5

18,2

81,5

4,38

31,1 / 29,8 / 29,1

18,6

87,5

4,49

32,6 / 31,3 / 30,5

19,5

95,0

4,20

37,7 / 36,2 / 35,3

22,6

336

61,0 / 58,0

75,5 / 72,5

1.758 x 2.060 x 930

538 inch (mm) 1-1/8 (28,58) inch (mm) 7/8 (22,22) inch (mm) 5/8 (15,88)

Balance pipe

Refrigerant amount at shipment

Operating range Cooling Min / Max

Heating Min / Max inch (mm) 1/4 (6,35) kg

°C

°C

Simultaneous operation °C

16,8

-10 / +46

-20 / +18

-10 / +24

370

62,5 / 59,5

77,0 / 74,0

1.758 x 2.060 x 930

538

1-1/8 (28,58)

7/8 (22,22)

5/8 (15,88)

1/4 (6,35)

17,1

-10 / +46

-20 / +18

-10 / +24

370

63,0 / 60,0

77,5 / 74,5

1.758 x 2.060 x 930

591

1-1/8 (28,58)

1 (25,40)

5/8 (15,88)

1/4 (6,35)

17,6

-10 / +46

-20 / +18

-10 / +24

370

63,0 / 60,0

77,5 / 74,5

1.758 x 2.060 x 930

591

1-1/8 (28,58)

1 (25,40)

5/8 (15,88)

1/4 (6,35)

17,6

-10 / +46

-20 / +18

-10 / +24

424

64,5 / 61,5

79,0 / 76,0

1.758 x 2.060 x 930

636

1 1/4 (31,75)

1 (25,40)

3/4 (19,05)

1/4 (6,35)

18,1

-10 / +46

-20 / +18

-10 / +24

424

65,0 / 62,0

79,5 / 76,5

1.758 x 2.060 x 930

644

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

18,6

-10 / +46

-20 / +18

-10 / +24

424

65,0 / 62,0

79,5 / 76,5

1.758 x 2.060 x 930

644

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

18,6

-10 / +46

-20 / +18

-10 / +24

32 HP

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

90,0

3.38

43,9 / 42,2 / 41,1

26,6

100,0

4,03

41,7 / 40,1 / 39,1

24,8

424

65,0 / 62,0

79,5 / 76,5

1.758 x 2.060 x 930

644

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

18,6

-10 / +46

-20 / +18

-10 / +24

34 HP

U-8MF2E8

U-12MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

96,0

3,74

42,9 / 41,2 / 39,7

25,7

108,0

4,44

41,0 / 39,4 / 38,4

24,3

582

65,0 / 62,0

79,5 / 76,5

1.758 x 3.120 x 930

905

1 1/4 (31,75)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

26,4

-10 / +46

-20 / +18

-10 / +24

36 HP

U-8MF2E8

U-14MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

101,0

3,66

46,1 / 44,3 / 43,1

27,6

113,0

4,52

41,6 / 39,9 / 38,9

25,0

582

65,5 / 62,5

80,0 / 77,0

1.758 x 3.120 x 930

913

1-1/2 (38,10)

1-1/8 (28,58)

3/4 (19,05)

1/4 (6,35)

26,9

-10 / +46

-20 / +18

-10 / +24

38 HP

U-8MF2E8

U-14MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

107,0

3,60

49,6 / 47,6 / 46,4

29,7

119,0

4,33

46,1 / 44,3 / 43,1

27,5

582

65,5 / 62,5

80,0 / 77,0

1.758 x 3.120 x 930

913

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

26,9

-10 / +46

-20 / +18

-10 / +24

40 HP

U-8MF2E8

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

113,0

3,55

53,1 / 51,0 / 49,7

31,8

127,0

4,12

52,2 / 49,6 / 47,8

30,8

582

65,5 / 62,5

80,0 / 77,0

1.758 x 3.120 x 930

913

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

26,9

-10 / +46

-20 / +18

-10 / +24

42 HP

U-14MF2E8

U-14MF2E8

U-14MF2E8

380 / 400 / 415

Three Phase / 50 Hz

118,0

3,48

56,0 / 53,8 / 52,4

33,9

132,0

4,46

49,3 / 47,3 / 46,1

29,6

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

44 HP

U-14MF2E8

U-14MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

124,0

3,43

59,6 / 57,3 / 55,8

36,1

138,0

4,30

53,8 / 51,6 / 50,3

32,1

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

46 HP

U-14MF2E8

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

130,0

3,40

63,8 / 61,3 / 59,7

38,2

145,0

4,14

58,8 / 56,5 / 55,0

35,0

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

48 HP

U-16MF2E8

U-16MF2E8

U-16MF2E8

380 / 400 / 415

Three Phase / 50 Hz

135,0

3,38

65,9 / 63,3 / 61,7

39,9

150,0

4,03

62,6 / 60,1 / 58,6

37,2

636

67,0 / 64,0

81,5 / 78,5

1.758 x 3.120 x 930

966

1-1/2 (38,10)

1 1/4 (31,75)

3/4 (19,05)

1/4 (6,35)

27,9

-10 / +46

-20 / +18

-10 / +24

221

222

Panasonic introducing the gas driven VRF

Panasonic’s GHP range is extensive and covers the 2-Pipe and 3-Pipe system. Our GHP VRF range of commercial systems is leading the industry in the development of efficient and flexible systems, and is the natural choice for commercial projects, especially those where power restrictions apply. As you would expect, all our gas-driven VRF systems have the highest reliability rates in the industry and a leading customer service programme. The torque and rpm control functions of the GHP’s motor are comparable with an inverter-type electric air conditioner. Thus, the GHP ensures individual, and efficient control and performance - just as you expect from an electric inverter controlled air conditioner.

Easy to position

· Up to 71kW of cooling from a current consumption of 0,1kW/h

· Single Phase power supply across the range

· The option of natural gas or LPG as its main power source

· Embedded Water Heat Exchanger to connect to domestic hot water systems 16–25 HP (2-Pipe units only)

· Option of DX or chilled water for indoor heat exchange

· Reduced CO

2

emissions

ECO G and ECO G Multi, S Series

The advanced Gas Driven VRF system offers increased efficiency and performance across the range.

Now more powerful than ever before, it can connect up to 48 indoor units.

Improvements include increased part load performance, reduced gas consumption with a Miller-cycle engine and reduced electrical consumption by using DC-Fan motors.

NEW / VRF SYSTEMS / ECO G

ECO G High Power

1% this is what the new ECO G High Power is consuming versus your Electrical VRF. Your savings start now! Ideal for locations with low electricity grid, for chiller, ventilation and air conditioning application.

ECO G and ECO G Multi

The S Series 2-Pipe not only offers improved performance but also increased flexibility.

ECO G 3-Pipe

3-Pipe heat recovery system with simultaneous heating & cooling.

ECO G and ECO G Multi benefits

High-efficiency operation

All models are equipped with a high-performance air exchanger and a newly developed refrigerant heat exchanger for high efficiency operation, making them one of the most energy efficient solutions on the market.

Water chiller option

Our GHP system is also available with a water chiller option, which can be combined with individual outdoor units or as part of a DX chilled water mix of indoor units. The system can be operated via a BMS system or a

Panasonic supplied control panel, with chilled water set points from

-15°C – +15°C and heating set points 35°C – +55°C.

Lowest nitrogen oxide emissions

The GHP VRF systems have the lowest nitrogen oxide emissions. In a pioneering development, the Panasonic GHP features a brand new leanburn combustion system that utilises air fuel ratio feedback control to reduce NOx emissions to an all time low.

No defrost requirements

Below 4°C ambient in heating mode, the outdoor fans switch OFF, saving further running costs and CO

2

emissions.

High performance

With its advanced heat exchanger design, this new GHP system offers improved efficiency and reduced running costs, which, coupled with improved engine management systems, have greatly improved the system COP rating.

Excellent economy

The Panasonic GHP provides quick and powerful cooling/heating and increases delivery of heat into the space by the efficient recovery of heat from the engine cooling water, which is injected into the refrigerant circuit by a highly efficient plate heat exchanger. In addition, the use of engine waste heat ensures that our gas heat pump air conditioner requires no defrost cycle, therefore providing continuous 100% heating performance in severe weather conditions with an outside air temperature as low as -20°C. During cooling mode the rejected heat from the engine is available for use with in a DHW system and can supply up to 30kW of hot water at 75°C. The DHW is also available in heating when the outside air temp is above 7°C.

ECO G with Water Heat Exchanger for chilled and hot water production

For hydronic applications.

223

ECO G, the gas driven VRF

40

20

0

100

80

60

Comparison of heating capacity

Heating capacity (%)

120

Gas heat pump*

Electric heat pump

-20 -15 -10 -5 0 5 10

* Regarding models 16 and 20 HP.

Outside air temperature (°C)

10

5

20

15

0

Comparison of the start times for heating operation

Room temperature (°C)

25

Gas heat pump

Time axis (in case of the same load)

Electric heat pump

The Gas Heat Pump (GHP)

Panasonic Gas Heat Pump is the natural choice for commercial projects, especially for those projects where power restrictions apply. As you would expect, all of our Gas Driven VRF systems are designed to give the highest reliability rates. The GHP engine or (internal combustion engine) varies the engine speed to match the building load functions that are comparable with an inverter type electric air conditioner.

Air outlet vent

Fan

Heat in the air

(Renewable)

Heat Pump

Power supply problems?

If you are short of electrical power, our gas heat pump could be the perfect solution:

· Runs on natural gas or LPG and just needs Single Phase supply

· Enables the building’s electrical power supply to be used for other critical electrical demands

· Reduces capital cost to upgrade power substations to run heating and cooling systems

· Reduces power loadings within a building especially during peak periods

· Electricity supply freed up for other uses such as IT servers, commercial refrigeration, manufacturing, lighting etc.

Heat from the engine and exit gases

Accumulator

GHP Outdoor Heat Exchanger

· Integrated DX and hot water coil

· No defrost required

· Faster reaction to demand for heating

DX Coil Water coil

ECO G High Power

2-Pipe Heat Pump System with Electrical Power Generator

Panasonic innovates again introducing a new GHP producing his own electricity. Equipped with a small, high-performance generator.

Compressor and generator are driven by gas engine. The generated electricity is used for the fan motor and cooling water pump of its own unit. The generating efficiency is more than 40%.

1

2

3

4

5

6

7

8

1. Fan motor

2. Electricity flow

3. Cooling water pump

4. Engine

5. Electric control BOX

(Inverter/ Comverter)

6. Generator

7. Compressor

8. Electric supply

224

GHP with electrical generator. Only consumes 1% of the electricity required by standard VRF systems!

Comparison of electrical consumption on a 71kW outdoor unit

18,2kW

Standard VRF for 73kW

1,33kW

ECO G for 71kW

Less than

1

%

of electrical consumption

0,10kW

ECO G High Power for 71kW

Generates electricity during heating or cooling operation

Generates electricity and air conditioning (heating or cooling) at the same time by using remaining engine power. ECO G High Power can generate

2,0 kW electricity at a generation efficiency of more than 40%.

NEW / VRF SYSTEMS / ECO G

ECO G High Power, ECO G and ECO G Multi

2-Pipe Heat Pump System.

Easy to add additional units in the future

Load can easily be increased in the future by the addition of indoor and outdoor units without having to plumb pipe shafts.

* When specifying refrigerant pipe work, please choose the size according to the horsepower after the increase of units.

Added outdoor units.

(Only for models with the same refrigerant.)

Added indoor units.

(Only for models with the same refrigerant.)

If there is a possibility for addition after setting up, please plan it so that the placement of a ball valve (sold separately) on a branch pipe on indoor/outdoor units is possible.

Main pipe: Maximum gas pipe diameter 38,1 (1 1/2)

Maximum fluid pipe diameter 19,05 (3/4)

Maximum possible number of outdoor units to be combined

Maximum horsepower of combined outdoor units

Maximum possible number of indoor units to be connected

Indoor/outdoor units capacity ratio

2 units

50 HP

48 units¹

50%~130%²

1) When 2 outdoor units are connected. 2) Capacity of indoor units connection is: Minimum; 50% of the capacity of the smallest outdoor unit within the system, Maximum; 130%: total capacity of the system outdoor units.

Indoor units are same as multi series for buildings.

System diagram

Ev

4 Direction valve

Oil separator

Oil-surface sensor

Compresor

Electronic control valve

Outdoor units

Ev

Gas pipe

Fluid pipe

4 Direction valve

Oil separator

Oil-surface sensor

Compresor

Electronic control valve

Outdoor units

Electronic control valve

Indoor units

Electronic control valve

Indoor units

Saving Energy

· Energy savings achieved by the appropriate capacity

· Equational program function

Energy savings are achieved by the appropriate load divider function, which enables efficient operation by concentrating the cooling/heating capacity to one outdoor unit and stopping the other. Compared to conventional machines with a similar COP, this function allows energy savings and thus reduces the running costs, especially in part-load seasons like spring and autumn.

Up to this time W-Multi

Load of around

10 HP (8h operating)

Load of around

10 HP (8h operating)

STOP Load of around

10 HP (8h operating)

Non-stop operation, even during maintenance

· System will not stop even during maintenance, due to Manual Backup

Operating Function

· Maintenance is possible during weekdays because it can continue operating during maintenance

· Automatic Backup Operating Function enables continuous operation

If one outdoor unit stops the backup function will automatically start on the remaining unit and continue operating. During service intervals, the system being serviced can be isolated by a closing valve in the outdoor unit, enabling continuous operation with the still operative outdoor unit.

Up to this time W-Multi

Open

System stops during maintenance

Operating

Stop

Machine in need of maintenance

Maintenance during holidays

Machine in need of maintenance

Continuous operation under the maintenance

Close Open

Operating

Long lifetime

· Renewal period prolonged due to rotation function

Rotation function, which is run from outdoor units with low operating time, will average the operating hours of each outdoor unit. This extends the periods between maintenance or replacement.

Example of the rotation function

Stop A Stop B Stop A B

Operating hours: A 2,100 h and B 2,050 h.

Stop A B

Operating hours: A 2,105 h and B 2,058 h.

Load reduced

Only unit B is operating

A

Backup

Maintenance during weekdays

System startup

Only unit B is operating

B

Operating hours: A 2,100 h and B 2,053 h.

Load increased

Units A and B are operating

Realization of averaging operating hours

Total operating hours: 16 hours Total operating hours: 8 hours

225

ECO G, the gas driven VRF

ECO G High Power, ECO G and ECO G Multi

Ease of construction

· By using common header pipe work the installation cost and time is significantly reduced

By combining all pipes, which were needed for each indoor unit, into a common pipe in each system, the number of pipes are reduced by half* which leads to ease of construction. Furthermore, space of pipes within pipe shafts can be reduced by 2/3*.

Combining all pipes, which were needed for each outdoor unit, into a pipe in each system (number of pipes is reduced by half).

*System with approximately 40 HP (20 HP x 2 units).

Example of a system with approximately 40 HP

Up to this time W-Multi

ECO G 3-Pipe

3-Pipe Heat Pump System. Excellent performance

Panasonic 3-Pipe Multi system is capable of simultaneous heating/cooling and individual operation of each indoor unit by only one outdoor unit. As a result, efficient individual air conditioning is possible in buildings having diverse room temperatures.

System example

Improved maintenance intervals. The unit only needs to be serviced every

10,000 hours. This is the best in the industry.

Up to 35% energy saving

Effective heat recovery system enables up to 35% energy saving

The waste heat removed from the cooled room is effectively used as a heat source for the room to be heated. As a result, the load on the compressor and heat exchanger on the outdoor unit can be reduced, enabling excellent heat recovery.

20 HP + 20 HP 20 HP + 20 HP

Hot Water Supply Function

· System Advantage.

The engine waste heat, which is normally exhausted into the atmosphere, is recovered via the heat exchanger and effectively used to heat water, so the GHP Chiller acts as embedded sub system that alleviates the load on the client’s main hot water system, and therefore offers ‘free’ hot water.

Capacity at cooling standard point

Outdoor unit

Hot water piping allowable pressure

Hot water circulation rate

Hot water tube size

U-16GE2E5

U-20GE2E5

U-25GE2E5

U-30GE2E5

Outlet temperature 75°C

kW 15,00

20,00

30,00

MPa m³/h

30,00

0,7

3,9

Rp 3/4

Electric connection: 240 Vac, 3 A

STOP HEATING

Liquid pipe (medium-temperature, medium-pressure liquid pipe)

COOLING HEATING COOLING

Discharge pipe (high-temperature, highpressure gas pipe)

Suction pipe (low-temperature, low-pressure gas pipe)

HEATING

Solenoid valve kit

To be fitted on all ‘zones’ to allow simultaneous heating and cooling. Up to

36 indoor units are capable of simultaneous heating/cooling operation. Oilrecovery operation to gives more stable comfort air-conditioning control.

3-Pipe control Solenoid valve kit 3-Pipe control PCB

CZ-P56HR3

Up to 5,6kW

CZ-P160HR3

Up to 16,0kW

Valve Dimensions

KIT-P56HR3

(CZ-P56HR3+CZ-CAPE2)

KIT-P160HR3

(CZ-P160HR3+CZ-CAPE2)

Liquid tube ID9,52

Suction tube ID15,88

3-Pipe control PCB CZ-CAPE2*.

Must be added to the CZ-P56HR3 or CZ-P160HR3.

* For wall mounted.

9P connector

Cabtyre cable (5m)

Liquid tube

Type 160: ID9,52

Type 56: ID6,35

Hanging hook

Magnetic Relay

Electric Design

Pump

Hot water

GHP

Panasonic

Discharge tube ID12,7

149

110

220

Front side

149

Gas tube

Type 160: ID15,88

Type 56: ID12,7

Service cover

Manometer

Water tank

Boiler

Cold water

Pump

· All the items illustrated in this drawing (except the outdoor unit) are not supplied by Panasonic.

· During start up, set temperature value of the water in the outdoor unit’s parameter.

226

Expansion tank

Valve

518

ECO G HIGH POWER

NEW / VRF SYSTEMS / ECO G

130

W

ELECTRICITY

CONSUMPTION

The 2-Pipe Gas Driven VRF with an electrical power generator

ECO G High Power is a revolution in air conditioning design. Fitted with a permanent magnet, non-bearing type generator, it is the first VRF system that can supply heating, cooling, hot water and now also supply electrical power. Each ECO G High Power unit has a 2,0kW generator, drastically reducing the outdoor unit’s electricity consumption.

Technical focus

· 2-Pipe air conditioning system providing cooling or heating

· Up to 2kW electricity generated (used on the outdoor unit)

· Very efficient generator

· Can connect to up to 24 indoor units

· IU/OU capacity ratio 50–200%

· 15 to 30kW hot water generation capacity

· Free Hot water provided when in cooling throughout temperature range and in heating when the ambient is above 7°C*

· 200 m maximum allowable piping length (L1)

* Referring to outside temperature.

20 HP

U-20GEP2E5

56,00

20,0

0,1 (220~230) 0,36 (240)

25 HP

U-25GEP2E5

71,00

30,0

0,1 (220~230) 0,36 (240)

HP

Model *

Cooling capacity

Hot water (cooling mode)

Power Input

EER Nominal

Max COP (inc hot water)

Gas consumption

Heating capacity

Power Input

STD / Low temp¹

COP

Gas consumption

Nominal

STD

Low temperature¹

Average COP

Starter amperes

Sound pressure level

Dimensions

Net weight

Pipe Connections

H x W x D

Gas

Liquid

Fuel gas

Exhaust drain port

Indoor/outdoor capacity ratio

Number of connections indoor²

Service kits model

Outdoor unit reference

Material included

Oil filter

Air cleaner element

Spark plug

V Belt (for compressor)

V Belt (for generator)

Oil absorption mats

Drain filter packing kW kW kW

W/W

16 HP

U-16GEP2E5

45,00

15,0

0,1 (220~230) 0,36 (240) kW kW kW

W/W kW kW

31,3

50,0 / 53,0

0,1 (220~230) 0,36 (240)

33,8

A dB(A) mm kg

30

57

2.273 x 1.650 x 1.000 (+80)

770 inch (mm) 1 1/8 (28,58) inch (mm) 1/2 (12,70) mm

R3/4 (bolt thread)

25

50-200%²

24

Kit CZ-PSK560SP

U-16GEP2E5 / U-20GEP2E5 / U-25GEP2E5

1

14

1

1

1

4

1

41,4

63,0 / 67,0

0,1 (220~230) 0,36 (240)

43,9

30

58

2.273 x 1.650 x 1.000 (+80)

795

1 1/8 (28,58)

5/8 (15,88)

R3/4 (bolt thread)

25

50-200%²

24

63,5

80,0 / 78,0

0,1 (220~230) 0,36 (240)

55,1

30

62

2.273 x 1.650 x 1.000 (+80)

825

1 1/8 (28,58)

5/8 (15,88)

R3/4 (bolt thread)

25

50-200%²

24

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB. Heating (standard) Indoor 20°C DB. Heating (standard) Outdoor 7°C DB / 6°C WB. Heating (low temp.) Indoor 20°C DB / 15°C WB or less. Heating (low temp.) Outdoor 2°C DB / 1°C WB.

DB: Dry Bulb; WB: Wet Bulb

* Check availability.

1) Low temp condition: outdoor temperture 2°C.

2) Indoor unit can be connected to up to 16kW model (model size 160)

Specifications subject to change without notice.

Cooling and heating capacities in the tables are determined under the test conditions of JIS B 8627.

Effective heating requires that the outdoor air intake temperature be at least -20°C DB or -21°C WB.

· Gas consumption is the total (high) calorific value standard. · Outdoor unit operating sound is measured 1 meter from the front and 1,5 meters above the floor (in an anechoic environment). Actual installations may have larger values due to ambient noise and reflections. · Specifications are subject to change without notice. · Hot water heating capacity is applicable during cooling operation. · The maximum water temperature that can be obtained is 75°C. Water heating performance and temperature vary with the air conditioning load. Because the hot water heating system uses waste heat from the engine, which runs the air conditioning, its ability to heat water is not guaranteed.

GAS

POWERED

5

YEARS

COMPRESSOR

WARRANTY

227

ECO G AND ECO G MULTI

ECO G and ECO G Multi 2-Pipe for Heat Pump Applications

The S Series 2-Pipe not only offers improved performance but also increased flexibility. Now available as multi-systems, many combinations are possible, from 16 HP to 50 HP, allowing for more power and enabling accurate matching of a system building load. Additional new features include part load engine management and compressor run hour equalisation.

Technical focus

· Reduced gas consumption by Miller-cycle engine

· Reduced electrical power consumption by using DC Motors

· Lightweight design reduces weight

· Capacity ratio 50-130% (single models only)

· Quiet mode offers a further 2 dB(A) reduction

· Part load efficiencies increased

· Connectivity increased - now up to 48 indoor units

· Multi-systems with combinations from 13 HP up to 50 HP

· 10.000 run hours between engine service intervals (equivalent to one maintenance every

3,2 years*)

· 200 m maximum allowable piping length (L1)

· Extended pipe runs (total 780 m)

· Full heating capacity down to -20°C

· No defrost cycle

* Assuming 3,120 running hours per year - 12 h x 5 days x 52 weeks.

HP

Model

Cooling capacity

Hot water (cooling mode)

Power Input

EER (Calorific Value)¹ High / Low

Max COP (inc hot water)

Gas consumption

Heating capacity kW

STD / Low temperature² kW kW kW kW

W/W

Power Input

COP (Calorific Value)¹ High / Low

Gas consumption

COP

Starter amperes

STD

Low temperature²

Average

Sound pressure level

Dimensions Height

Width

Depth kW

W/W kW kW

Net weight

Pipe Connections Gas

Liquid

Fuel gas

Exhaust drain port

Indoor/outdoor capacity ratio

Number of connections indoor

16 HP

U-16GE2E5

45,00

15,00

0,71

1,48 / 1,64

1,97

29,70

50,00 / 53,00

0,60

1,51 / 1,68

32,50

41,50

A dB(A) mm mm mm

1,50

30

57

2.273

1.650

1.000 (+80) kg 755 inch (mm) 1 1/8 (28,58) inch (mm) 1/2 (12,70) mm

20 HP

U-20GE2E5

56,00

20,00

1,02

1,40 / 1,55

1,89

39,10

63,00 / 67,00

0,64

1,46 / 1,62

42,50

56,40

1,43

30

58

2.273

1.650

1.000 (+80)

780

1 1/8 (28,58)

5/8 (15,88)

25 HP

U-25GE2E5

71,00

30,00

1,33

1,15 / 1,28

1,64

60,40

80,00 / 78,00

0,83

1,48 / 1,64

53,20

62,30

1,32

30

62

2.273

1.650

1.000 (+80)

810

1 1/8 (28,58)

5/8 (15,88)

30 HP

U-30GE2E5

85,00

30,00

1,70

1,22 / 1,35

1,65

67,9

95,00 / 90,00

1,45

1,37 / 1,52

68,10

78,00

1,29

30

63

2.273

2.026

1.000 (+80)

840

1 1/4 (31,75)

3/4 (19,05)

32 HP

U-16GE2E5

U-16GE2E5

90,00

30,00

1,42

1,48 / 1,64

1,97

36 HP*

U-16GE2E5

U-20GE2E5

101,00

35,00

1,73

1,43 / 1,59

1,93

40 HP*

U-20GE2E5

U-20GE2E5

112,00

40,00

2,04

1,40 / 1,55

1,89

45 HP*

U-20GE2E5

U-25GE2E5

127,00

50,00

2,35

1,25 / 1,39

1,74

50 HP

U-25GE2E5

U-25GE2E5

142,00

60,00

2,66

1,15 / 1,28

1,64

59,40 68,80 78,20 99,50 120,80

100,00 / 106,00 113,00 / 120,00 126,00 / 134,00 143,00 / 145,00 160,00 / 156,00

1,20

1,51 / 1,68

65,00

83,00

1,50

30

60

2.273

1,24

1,48 / 1,64

75,00

97,90

1,46

30

61

2.273

1,28

1,46 / 1,62

85,00

112,80

1,43

30

61

2.273

1,47

1,47 / 1,63

95,70

118,70

1,36

30

63

2.273

1,66

1,48 / 1,64

106,40

124,60

1,32

30

65

2.273

1.650+100+1.650 1.650+100+1.650 1.650+100+1.650 1.650+100+1.650 1.650+100+1.650

1.000 (+80)

755 + 775

1 1/4 (31,75)

3/4 (19,05)

1.000 (+80)

755 + 780

1 1/4 (31,75)

3/4 (19,05)

1.000 (+80)

780 + 780

1 1/2 (38,10)

3/4 (19,05)

1.000 (+80)

780 + 810

1 1/2 (38,10)

3/4 (19,05)

1.000 (+80)

810 + 810

1 1/2 (38,10)

3/4 (19,05)

R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread) R3/4 (bolt thread)

25 rubber hose

50-200 %

24

25 rubber hose

50-200 %

24

25 rubber hose

50-200 %

24

25 rubber hose

50-170 %

32

25 rubber hose

50-130 %

48

25 rubber hose

50-130 %

48

25 rubber hose

50-130 %

48

25 rubber hose

50-130 %

48

25 rubber hose

50-130 %

48

Service kits model

Outdoor unit reference

Material included on the kit

Oil filter

Air Cleaner Element (Air Filter)

Spark plug

V Belt (for compressor)

V Belt (for generator)

Oil absorption mats

Drain filter packing

-

Kit CZ-PSK560SP

U-16GE2E5 / U-20GE2E5 / U-25GE2E5

1

1

4

1

1

1

Service kits model

Outdoor unit reference

Material included on the kit

Oil Filter

Air Cleaner Element (Air Filter)

Spark plug

V BELT (for compressor)

V Belt (for generator)

Oil Strainer

Drain Filter Packing

-

Kit CZ-PSK850S

U-30GE2E5

1

1

4

1

1

1

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB. Heating (standard) Indoor 20°C DB. Heating (standard) Outdoor 7°C DB / 6°C WB. Heating (low temp.) Indoor 20°C DB / 15°C WB or less. Heating (low temp.) Outdoor 2°C DB / 1°C WB.

DB: Dry Bulb; WB: Wet Bulb

* In these combinations, GEP2E5 is able to connect to a W-multi system Specifications subject to change without notice instead of a GE2E5.

1) Referred to Natural Gas (HCV 37,78 MJ/Nm³ or 55,56 MJ/kg; LCV 34,00 MJ/Nm³ or 50,00 MJ/kg). 2) Low temperature condition: outdoor temperature 2°C.

Specifications subject to change without notice.

Cooling and heating capacities in the tables are determined under the test conditions of JIS B 8627. Effective heating requires that the outdoor air intake temperature be at least -20°C DB or -21°C WB.

· Gas consumption is the total (high) calorific value standard. · Outdoor unit operating sound is measured 1 meter from the front and 1,5 meters above the floor (in an anechoic environment). Actual installations may have larger values due to ambient noise and reflections. · Specifications are subject to change without notice. · Hot water heating capacity is applicable during cooling operation. · The maximum water temperature that can be obtained is 75°C. Water heating performance and temperature vary with the air conditioning load. Because the hot water heating system uses waste heat from the engine, which runs the air conditioning, its ability to heat water is not guaranteed.

GAS

POWERED 5

YEARS

COMPRESSOR

WARRANTY

228

NEW / VRF SYSTEMS / ECO G

ECO G 3-PIPE

3-Pipe Heat Recovery System with simultaneous Heating & Cooling

The only 3-Pipe GHP system in Europe, the S Series ECO G 3-Pipe offers even more performance and outstanding features when you need simultaneous heating and cooling.

Now with capacities available from 16 HP to 25 HP, Panasonic offers the greatest choice and flexibility to solve any power problem or site requirement.

Technical focus

· Simultaneous heating and cooling for total control

· Reduced gas consumption by Miller-cycle engine

· Reduced electrical power consumption by using DC Motors

· Capacity ratio 50–200%

· Quiet mode offers a further 2 dB(A) reduction

HP

Model

Cooling capacity

Power input cooling

EER (Calorific Value)¹ High / Low

Cooling gas consumption

Heating capacity STD

Low temperature²

Power input heating

COP (Calorific Value)¹ High / Low

Gas consumption STD

Low temperature²

Average COP

Starter amperes

Operation sound

Dimensions

Net weight

Pipe Connections

H x W x D

Gas

Liquid

Discharge

Fuel gas

Exhaust drain port

Indoor/outdoor capacity ratio

Number of connected indoor units

Service kits model

Outdoor unit reference

Material included on the kit

Oil filter 1

Air Cleaner Element (Air Filter) 1

Spark plug

V Belt (for compressor)

4

1

Kit CZ-PSK560SP

U-16GF2E5 / U-20GF2E5 / U-25GF2E5

V Belt (for generator)

Oil absorption mats

Drain filter packing

-

1

1 kW kW

W/W kW kW kW kW

W/W

16 HP

U-16GF2E5

45,00

0,71

1,48 / 1,64

29,7

50,00

53,00

0,60

1,51 / 1,68 kW kW

32,5

41,5

A dB(A) mm

1,50

30

57

2,273 x 1,650 x 1,000 (+80) kg 775 inch (mm) 1 1/8 (28,58) inch (mm) 3/4 (19,05) inch (mm) 7/8 (22,22) mm

R3/4

25

50-200%³

24

Solenoid valve kit

KIT-P56HR3 KIT-P56HR3 3-Pipe control Solenoid valve kit (up to

5,6kW)

CZ-P56HR3 Solenoid valve kit (up to 5,6kW)

CZ-CAPE2 3-Pipe control PCB

KIT-P160HR3 KIT-P160HR3 3-Pipe control Solenoid valve kit (from

5,6kW to 10,6kW)

CZ-CAPEK2

CZ-P160HR3 Solenoid valve kit (up to 16,0kW)

CZ-CAPE2 3-Pipe control PCB

3-Pipe control PCB for wall mounted

· Part load efficiencies increased

· Connectivity increased to up to 24 indoor units

· 10.000 run hours between engine service intervals (equivalent to one maintenance every

3,2 years*)

· 145 m maximum allowable piping length (L1)

· Extended pipe runs (total 780 m)

· Option of using LPG as a power supply (increases flexibility and avoids problems of potential site restrictions in the future. The purer fuel is also excellent for further reductions in CO

· No defrost cycle

2

emissions)

· Full heating capacity down to -21°C

* Assuming 3,120 running hours per year - 12 h x 5 days x 52 weeks

20 HP

U-20GF2E5

56,00

1,02

1,40 / 1,55

39,1

63,00

67,00

0,64

1,46 / 1,62

42,5

56,4

1,43

30

58

2,273 x 1,650 x 1,000 (+80)

775

1 1/8 (28,58)

3/4 (19,05)

1 (25,40)

R3/4

25

50-200%³

24

25 HP

U-25GF2E5

71,00

1,33

1,15 / 1,28

60,4

80,00

78,00

0,83

1,48 / 1,64

53,2

62,3

1,32

30

62

2,273 x 1,650 x 1,000 (+80)

805

1 1/8 (28,58)

3/4 (19,05)

1 (25,40)

R3/4

25

50-200%³

24

3-Pipe control box kit

CZ-P456HR3

CZ-P656HR3

CZ-P856HR3

CZ-P4160HR3

4 ports 3 pipe box (up to 5,6kW)

6 ports 3 pipe box (up to 5,6kW)

8 ports 3 pipe box (up to 5,6kW)

4 ports 3 pipe box (up to 16,0kW)

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB. Heating (standard) Indoor 20°C DB. Heating (standard) Outdoor 7°C DB / 6°C WB. Heating (low temp.) Indoor 20°C DB / 15°C WB or less. Heating (low temp.) Outdoor 2°C DB / 1°C WB.

DB: Dry Bulb; WB: Wet Bulb

1) Referred to Natural Gas (HCV 37,78 MJ/Nm³ or 55,56 MJ/kg; LCV 34,00 MJ/Nm³ or 50,00 MJ/kg). 2) Low temperature condition: outdoor temperature 2°C. 3) Indoor unit can be connected to up to 16kW model (model size 60)

Specifications subject to change without notice.

Cooling and heating capacities in the tables are determined under the test conditions of JIS B 8627.

Effective heating requires that the outdoor air intake temperature be at least -20°C DB or -21°C WB.

· Gas consumption is the total (high) calorific value standard. · Outdoor unit operating sound is measured 1 meter from the front and 1,5 meters above the floor (in an anechoic environment). Actual installations may have larger values due to ambient noise and reflections. · Specifications are subject to change without notice.

GAS

POWERED 5

YEARS

COMPRESSOR

WARRANTY

229

230

ECO G Water Heat Exchanger for hydronic applications

Connection to chilled water coils in air handling equipment

Air Handling application

When a top London restaurant opened, it needed large volumes of fresh air to ensure the optimum dining environment. GHP units connected to the cooling coils within the air handling equipment ensured the air was introduced in the right condition in both summer and winter.

NEW / VRF SYSTEMS / ECO G

Chiller replacement. Chilled water supply to fan coils

Chiller replacement

When some old chillers needed replacing at the end of their operational lifetime, GHPs with Water Heat Exchangers enabled the project to be carried out in stages whilst still utilising the existing water pipe work and fan coils. This enabled the project to be delivered on time, to a restricted budget and avoided all issues regarding refrigerant in confined spaces.

Connection to ‘close control’ computer equipment

Computer room applications

When all available electrical power needed to be utilised for the IT equipment for a leading international bank, the cooling load of over 450kW had to be powered by gas. The outdoor units were connected via Water

Heat Exchangers to cooling coils inside the ‘close control’ units thereby maintaining a conditioned environment for temperature and humidity. By utilising the hot water function over 100kW of hot water are supplied to the building and therefore the additional benefit of considerable CO

2

savings is ensured.

Low Pressure Hot Water Supply

Feed

Return

Input Electricity

Nat. Gas

100mm

CHW F&R

Cooling Load

Room A

Cooling Load

Room B

Air Cooled

Chiller

65mm CHW F&R

Package

Auto Fill

Unit

100 Litre pressure vessel

150mm Header

This Part L design has reduced C0

2

Emissions by 26% or 166 tonnes per annum compared to electric chillers.

Specifications subject to change without notice.

Rating Conditions: Cooling Indoor 27°C DB 19°C

WB Outdoor 35°C DB 24°C WB Heating Indoor

20°C DB Outdoor 7°C DB 6°C WB.

This drawing is copyright. // 1. Do not scale this drawing // 2. Errors / omissions to be immediately notified to the Engineer. // 3. All dimensions to be checked on site.

231

A CLASS WATER

PUMP INCLUDED

232

The Panasonic solution for chilled and hot water production!

ECOi from 28kW to 50kW

Key benefits:

· Heating, cooling and DHW

· Water connections R2”f for 28kW and R2,5”f for 50kW

· No cascade installation up to 51,3kW

· Full line-up of outdoor units which can cover up to 50kW heat demand

· Large choice of remote controls and interfaces

· 3,25 COP with water at 45°C and outdoor temperature of +7°C

GHP + WHE heating, cooling and DHW

The ECO G solution for gas boiler replacement

· No cascade installation up to 80kW

· Water connections R2,5”f

· Combined with a Water Heat Exchanger unit, the Panasonic GHP can create a flexible system, the ideal replacement for existing chiller and boiler systems in order to increase efficiency and reduce CO

2

emissions.

· Reused heat from the engine is an alternative to thermal solar energy

· No defrost cycle

· Super silent outdoor units

· No glycol needed as the hydromodule can be placed in heated part of building

· Keep existing water installation and fan coils

· Oversizing is reduced by keeping the power at a low temperature.

· No need for cooling towers

· Electrical demand spikes or possible costs derived from investments in new electrical infrastructures are lowered.

NEW / VRF SYSTEMS

With ECOi outdoor units

· Maximum hot water outlet temperature: 45°C

· Minimum chilled water outlet temperature: 5°C

· Outdoor temperature range in cooling mode: +5°C to +43°C

· Outdoor temperature range in heating mode: -11°C to +15°C

ECOi Water Heat Exchanger

Electrical VRF with Water Heat Exchanger

· With this easy to install Water Heat Exchanger unit, you can now cover projects up to 51kW hot water demand or 44kW on chilled application on a efficient way and cost effective.

System example

Floor heating

ECO G chiller

Water Heat Exchanger

Fan coil unit

Buffer tank

Duct*

Water piping

Refrigerant piping

Air handling unit

Outdoor unit

A Buffer tank of minimum 280l for 28kW and 500l for 50kW is always needed.

New Electrical panel with new algorithm

· Optimized heat exchanger to increase drastically the efficiency

· Liquid receiver to outperform the functionality of the WHE

· Unique 4 way valve in order always have counterflow fluid circulation in heating and cooling fluid circulation on both sides of the cross flow. This optimizes efficiency!

On heating mode On cooling mode

Refrigerant side

Water side

Heat exchanger

Refrigerant side

Heat exchanger

Built in A class water pump with high efficiency and capacity

WHE

S-250 / S-500

S-710

Power consumption

9 - 130 W

12 - 310 W

Water flow

4,3 / 8,6

12,2

Water side

With GHP outdoor units

Case Study, Hotel Application

HSW¹

0,44

35%

ENERGY

SAVING

COP

0,85

EER

2,60

COP

4,74

Gas boiler Chiller Aquarea²

1) Total COP= 1,90, calculated in primary energy (U-20GE2E8). Equivalent EER (2007/749)= 3,73.

2) Electric to support pick of consumption on domestic hot water.

EER¹

1,46

GHP+WHE

Example of Hotel renewal of existing Chiller and Boiler system with

Panasonic GHP and Aquarea mixed solution

GHP and Aquarea are the smart solution for renewal Chiller/Boiler applications with annual running cost savings around 13.600€.

Cooling

Heating

HSW

Total

Chiller+Boiler

GHP+A2W

Chiller+Boiler

GHP+A2W

Chiller+Boiler

GHP+A2W

Chiller+Boiler

GHP+A2W

GHP+A2W savings

Chiller

GHP

Boiler

GHP

Boiler

GHP (*)

Aquarea

Back up Boiler

Load kW/h year

231.653

231.653

96.749

96.749

204.213

118.225

77.031

8.957

532.616

532.616

Power Input Running cost €

89.097

12.474

183.852

113.823

73.630

240.251

7.354

4.553

2.945

9.610

0

16.390

10.538

443.171

284.409

158.762

0

2.295

422

26.637

13.015

13.621

Hotel example: 2.000 m² Hotel 4*, 75 rooms, in Barcelona. Cooling load 170kWh, Heating Load 142kWh, HSW 204kWh/year. Part load calculation at 70%, and 33% of total year at heating mode. Including 10% capacity drop with Water Heat Exchanger. 3 units

GHP U-20GE2E5 and Aquarea 9kW.

Excellent applicability when there is a thermal demand for heat, DHW and cooling, as well as additional thermal usages such as swimming pools, SPA,

35% SAVINGS

BEST ECO SOLUTION laundries: Hotels, sports centers, hospitals, gymnasiums, homes, shopping centers, etc.

In heating mode, at very low outdoor temperature -21°C, the available power is maintained. No defrost cycle happens and stable heating comfort is guaranteed.

· Hot water outlet temperatures from 35°C to 55°C

· Chilled water outlet temperatures from -15°C to 15°C

· Outdoor temperature range in cooling mode: -10°C to +43°C

· Minimum outdoor temperature in heating mode: -21°C

ECO G Water Heat Exchanger. Mixed System Application

· The GHP Multi System can have an indoor unit plus a GHP chiller. When the two systems are operated independently, an outdoor unit with 130% capacity can be connected.

System example

Fan coil unit

Floor heating

ECO G chiller

Water Heat Exchanger

Buffer tank

Duct*

Water piping

Outdoor unit

Refrigerant piping

Air handling unit

Control wiring

Note: The mode of running of outdoor unit depends on the Water Heat Exchanger’s mode. The water pump is not included in the N2 models Water Heat Exchanger. For simultaneous operation, however, the maximum capacity is 130%. Please inquire details of this system design of Panasonic. * Standard DX type indoor unit system.

233

ECOi 2-PIPE WITH WATER HEAT EXCHANGER

FOR CHILLED AND HOT WATER PRODUCTION

For hydronic Applications

Water Heat Exchanger for ECOi. Operation and control by timer remote control CZ-RTC4.

Energy-efficient capacity control. Stainless steel plate heat exchanger with anti-freeze protection control. Change-over between heating and cooling operation.

Technical focus

· Maximum distance between outdoor unit and Water Heat Exchanger: 170 m

· Maximum hot water outlet temperature: 45°C

· Minimum chilled water outlet temperature: 5°C

· Outdoor temperature range in cooling mode: +5°C to +43°C

· Outdoor temperature range in heating mode: -11°C to +15°C (with low temperature kit -25°C)

Hydrokit with A class pump*

Hydrokit without pump

Nominal cooling capacity at 35°C, water outlet 7°C

Nominal heating capacity

Heating capacity at +7°C, heating water temperature at 45°C

COP at +7°C with heating water temperature at 45°C

Heating Energy Efficiency class at 35°C

Dimensions H x W x D

Net weight

Water pipe connector

Heating water flow (

Δ

T=5 K. 35°C)

Capacity of integrated electric heater

Input power

Maximum current

Outdoor Unit

Sound pressure level

Dimensions

Net weight

Piping connections

H x W x D

Liquid pipe

Gas pipe

Refrigerant (R410A)

Pipe length range / Elevation difference (in/out)

Pipe length for nominal capacity

Pipe length for additional gas / Additional gas amount (R410A)

Operation Range Outdoor ambient

Water outlet (at-2/-7/-15) kW

PAW-250WX2E5N

PAW-250WX2E5N2

25,0

28,0

28,0

2,97 mm kg m³/h kW kW

A h

1.010 x 570 x 960

120

Rp2 Female Thread (50A)

4,3

Not equipped

0,01 + (min. 0,05 / max. 0,13 for water pump)

0,07 + (min. 0,37 / max. 0,95 for water pump) dB(A) mm kg

U-10ME1E8

59

1.758 x 770 x 930

234 inch (mm) 3/8 (9,52) inch (mm) 7/8 (22,22) kg m m

6,8 *Need Additional gas amount at site

170 / 50 (OD above) 35 (OD below)

7,5 m / g/m 0 < / Refer to manual

°C -11 — +15¹

°C 35 — 45

* PAW-250WX2E5N includes pump with 0-10 Volt Control by default / PAW-500WX2E5N includes pump with 0-10 Volt with optional IF.

1) With accessory low temperature kit -25 ~ +15°C.

Performance calculation in agreement with Eurovent. Sound pressure measured at 1 m from the outdoor unit and at 1,5 m height.

PAW-500WX2E5N

PAW-500WX2E5N2

50,0

56,0

56,0

3,10 i

1.010 x 570 x 960

145

Rp2 Female Thread (50A)

8,6

Not equipped

0,01 + (min. 0,19 / max. 0,31 for water pump)

0,07 + (min. 0,88 / max. 1,37 for water pump)

U-20ME1E8

63

1.758 x 1.540 x 930

421

5/8 (15,88)

1-1/8 (28,58)

9,0 *Need Additional gas amount at site

170 / 50 (OD above) 35 (OD below)

7,5

0 < / Refer to manual

-11 — +15¹

35 — 45

Timer remote controller

CZ-RTC4

Compatible with Econavi

Wired remote controller

CZ-RTC5

Compatible with Econavi

5

YEARS

COMPRESSOR

WARRANTY

234

NEW / VRF SYSTEMS

ECO G WITH WATER HEAT EXCHANGER

FOR CHILLED AND HOT WATER PRODUCTION

For hydronic applications

Water Heat Exchanger. Operation and control by timer remote control CZ-RTC4. Energyefficient capacity control. Stainless steel plate heat exchanger with anti-freeze protection control. Change-over between heating and cooling operation.

Technical focus

· New! A class pump included (only in N model)

· Maximum distance between outdoor units and WHE: 170 m

· Possibility to mix DX and Water Heat Exchanger systems

· Hot water outlet temperatures from 35°C to 55°C

· Chilled water outlet temperatures from -15°C to +15°C

· Outdoor temperature range in cooling mode: -10°C to +43°C

· Minimum outdoor temperature in heating mode: -21°C

Hydrokit with A class pump*

Hydrokit without pump

Nominal Heating Capacity

Heating Capacity at +7°C, heating water temperature at 35°C

COP at +7°C with heating water temperature at 35°C

Heating Capacity at +7°C, heating water temperature at 45°C

COP at +7°C with heating water temperature at 45°C

Heating Capacity at -7°C, heating water temperature at 35°C

COP at -7°C, heating water temperature at 35°C

Heating Capacity at -15°C, heating water temperature at 35°C

COP at -15°C with heating water temperature at 35°C

Heating Energy Efficiency class at 35°C

Nominal Cooling Capacity

Cooling capacity at +35°C, outlet tp 7°C, inlet tp 12°C

EER at +35°C, outlet tp 7°C, inlet tp 12°C

Dimensions H x W x D

Weight

Water pipe connector

Heating water flow (

Δ

T=5 K. 35°C)

Capacity of integrated electric heater

Input Power

Maximum Current

Outdoor Unit

Sound pressure

Dimensions / Weight H x W x D

Piping connections Liquid pipe / Gas pipe

Pipe length / for nominal capacity Max.

Elevation difference (in/out)

Operation range in heating mode Outdoor ambient

Water outlet (at-2/-7/-15)² kW kW kW kW

1,26

54,5

1,09

59,2

0,75

PAW-500WX2E5N

PAW-500WX2E5N2

60,0

62,0

1,48

60,0 kW mm kg l/min kW kW

A a

50

50

1,15

1.010 x 570 x 960

145

Rp2 Female Thread (50A)

8,6

Not equipped

0,01 + (min. 0,19 / max. 0,31 for water pump)

0,07 + (min. 0,88 / max. 1,37 for water pump)

U-20GE2E5

m

°C

°C dB(A) 58 mm / kg 2.273 x 1.650 x 1.000 / 780 inch (mm) 5/8 (15,88) / 1-1/8 (28,58) m 7 / 170

50 (OD above) 35 (OD below)

-21 — 15,5

35 — 55

Performance calculation in agreement with Eurovent. Sound pressure measured at 1 m from the outdoor unit and at 1,5 m height.

* PAW-500WX2E5N and PAW-710WX2E5N includes pump with 0-10 Volt with optional IF.

1,26

74,6

0,77

77,4

0,76

PAW-710WX2E5N

PAW-710WX2E5N2

80,0

82,8

1,34

76 a

67

67

1,05

1.010 x 570 x 960

180

Rp2 Female Thread (50A)

11,6

Not equipped

0,01 + (min. 0,17 / max. 0,31 for water pump)

0,07 + (min. 0,85 / max. 1,37 for water pump)

U-30GE2E5

63

2.273 x 2.026 x 1.000 / 840

3/4 (19,05) / 1 1/4 (31,75)

7 / 170

50 (OD above) 35 (OD below)

-21 — 15,5

35 — 55

Timer remote controller

CZ-RTC4

Compatible with Econavi

GAS

POWERED

Wired remote controller

CZ-RTC5

Compatible with Econavi

235

32% MORE EFFICIENT

THAN STANDARD

RADIATORS

236

Aquarea Air Radiators

New line up of Super low temperature radiators for Heat Pump application:

Aquarea Air 200/700/900 with radiating effect

The slimline Panasonic Aquarea Air radiators deliver high efficiency climate control. With a depth of just under 13 cm they are at the cutting edge of the market. Blending easily into the home, Aquarea

Air’s elegant design and product refinements are clear to see in every detail.

The Aquarea Air’s slimline profile has been achieved thanks to the innovative layout of the ventilation unit and the heat exchanger. The fan is tangential with asymmetric blades and the large surface heat exchanger enables high airflows to be achieved with low pressure loss and low noise levels.

Exceptional ventilation efficiency means the motor uses considerably less energy (low wattage). The fan speed is continuously modulated by the temperature controller with proportional integral logic, with undoubted advantages for regulating the temperature and humidity in summer mode.

All temperature curves and capacity are available on www.panasonicproclub.com

WATER AT

65 °C

NEEDED

With standard cast radiators

2,0kW

WATER AT

35 °C

NEEDED

With Aquarea Air

2,0kW

NEW / VRF SYSTEMS

During winter, the operating principle is based on micro fans with very low power consumption and minimum noise, that send hot air coming from the heat exchanger, to the inside of the front panel of the device and therefore heat it effectively. With this principle, the terminal also provides significant power while heating, without running the main fan.

Comfort temperatures are therefore maintained, without air movements and in silence. In summer mode, the airflow generated by the micro fans is stopped to avoid any dew formation on the terminal’s front surface.

Technical focus

· Front panel heating with radiant effect

· High heating capacity (without main fan running)

· 4 fan speeds and capacities

· Exclusive design

· Extremely compact (only 12,9 cm deep)

· Cooling and dehumidification functions possible (drain is needed)

· 3-way valve included (no overflow valve needed on the installation if more than 3 radiators installed)

· Touch screen thermostat

Fan Coils for Heat Pump application PAW-AAIR-200

Total heating capacity W 138 160

Water flow

Water pressure drop

Air flow kg/h kPa m³/h

Speed

23,7

0,1

28

27,5

0,2

37

217

37,3

0,4

55

Main Fan Off Super Min Min

Maximum input power

Sound pressure level

W dB(A)

Inlet water temperature °C

Outlet water temperature °C

Inlet air temperature

Outlet air temperature

°C

°C

Dimensions (H x W x D)

Weight

3-ways valve included

Touch screen thermostat mm kg

2

17,6

35

30

19

34,5

579 x 735 x 129

17

Yes

Yes

5

18,8

35

30

19

32,6

7

24,7

35

30

19

38,9

470

80,8

2,0

113

Med

9

33,2

35

30

19

32,0

570

98,0

2,9

162

Max

13

39,4

35

30

19

30,0

35

30

19

34,9

PAW-AAIR-700

223 360

38,4

0,1

61,9

0,1

708

121,8

0,3

44 84 155

Main Fan Off Super Min Min

3

18,4

9

19,6

14

25,8

35

30

19

33,3

579 x 935 x 129

20

Yes

Yes

35

30

19

32,4

35

30

19

31,8

1.032

177,5

0,8

252

Med

18

34,1

35

30

19

30,6

1.188

204,3

1,0

320

Max

22

40,2

35

30

19

34,8

PAW-AAIR-900

273 475

47,0

0,1

81,7

0,2

886

152,4

0,5

54 110 248

Main Fan Off Super Min Min

3

18,4

11

22,3

16

26,2

35

30

19

32,5

579 x 1.135 x 129

23

Yes

Yes

35

30

19

30,2

35

30

19

31,1

1.420

244,2

1,6

367

Med

20

34,4

35

30

19

30,6

1.703

292,9

2,2

461

Max

24

42,2

Operating on heating mode with radiator using only radiant effect

Operating on heating mode with radiant effect and fan mode Operating on cooling mode with fan

A

A

129

126

200 700 900

A 735 935 1.135

A

A

A Supports cover

237

VRF Units Features

High technology features

-25°C

HEATING MODE

Wider operation

Thanks to wide operation range of Panasonic ECOi and

ECO G systems with Aquarea Air fan coils is possible to cover outdoor temperatures of as -10°C DB for cooling and

-21°C WB for heating.

Rated condition

Cooling

45

43

0

5

15

10

25

20

35

30

-5

-10

10

14

15 20

25

30

Indoor air intake temperature °C (WB)

Heating

25

20

15,5

10

-5

-10

0

5

-15

-21

-25

10

15

20 25

Indoor air intake temperature °C (WB)

AUTOMATIC RESTART

Automatic restart function for power failure

Even when power failure occurs, preset programmed operation can be reactivated once power is resumed.

SELF-DIAGNOSING

Self-diagnosing function

By using electronic control valves past warnings are stored and can be verified on the liquid crystal display. This makes it easier to diagnose malfunctions, greatly reducing service labour and therefore costs.

Refrigerant Volume “self check” procedure

ECOi 2 and 3-Pipe systems have an inbuilt self judgement mode to indicate the present system refrigerant volume. From the outdoor unit you can start the self judgement mode, after completion (approx. 30 minutes) the LED display’s the results. It ensures unit efficiency, avoids refrigerant wastage and assists with F-Gas complince.

Judgment mode

Normal

Insufficient gas

Overcharge

Judgment not possible

LED 1

Blinking

ON

Blinking

OFF

Blinking alternately

LED 2

Blinking

ON

OFF

Blinking

Simple, convenient features (Indoor Units)

AUTOMATIC FAN

Automatic fan operation

Convenient microprocessor control automatically adjusts fan speed to High, Medium or Low, corresponding to room sensor and maintains comfortable airflow throughout the room.

AIR SWEEP

Air Sweep

The air sweep function moves the flap up and down in the air outlet, directing air in a “sweeping” motion around the room and providing comfort in every corner.

HUMIDITY CONTROL

MILD DRY

Mild Dry

By intermittent control of compressor and indoor unit’s fan,

“Mild Dry” gives you comfort. It realizes efficient dehumidification according to room temperature.

BUILT-IN DRAIN PUMP

Built-in drain pump

Maximum head 50 cm (or 75 cm for U type) from the bottom of the unit.

AUTO-FLAP CONTROL

Comfortable auto-flap control

When the unit is first turned on, flap position is automatically adjusted in accordance with the cooling or heating operation. This initial flap position can be preset

Auto flap section within a certain range, for both cooling and heating. Auto button is included for continuous movement of flap to vary airflow direction.

Maintenance and inspection is a must for gas heat pump air-conditioning systems

Just like an automobile, a heat pump air-conditioning system requires periodic servicing so that it can perform efficiently.

Maintenance and inspection

Fixing problems

Preserving durability

Energy saving

Efficient operation

Safe and reliable operation

Main maintenance and inspection items

1. Changing the engine oil

2. Checking the coolant level

3. Inspecting the engine system

4. Checking the safety protection system

5. Checking and adjusting the running conditions, collecting operating data, etc.

Since a heat pump air-conditioning system uses a gas engine as its power source, it should be periodically inspected to avoid trouble and keep it running efficiently. We recommend a maintenance contract for your

Panasonic Gas Heat Pump, a great value because it not only ensures that problems will be fixed, but it helps reduce running costs and improve comfort and economical efficiency as well.

238

NEW / VRF SYSTEMS

Panasonic’s software

ECOi VRF Designer

Panasonic is pleased to announce the launch of its new Advanced VRF Designer software.

Building on the success of the VRF Designer software, this package provides air conditioning system designers, installers and dealers with a program to design and size projects for

Panasonic’s VRF ranges.

Similar to the standard VRF Designer software, it is possible to create wiring diagrams, electrical power wiring and issue bills of quantities with a simple push of a button. With

Panasonic’s Advanced software, designers are now able to work directly from AutoCAD files, making the process extremely easy to manage and time-saving. AutoCAD drawings, print outs and scans from existing designs can be imported and altered with the system therein.

Super-efficient and built for the designers’ every need, Panasonic’s Advanced VRF software can create life-sized piping designs and automatic length calculation based on their imported drawings.

The Panasonic VRF Designer system software can be used for all Panasonic PACi and VRF. It also incorporates AHU and WHE.

Features include:

· Easy to use system wizards.

· Auto piping and wiring features.

· Converted duties for conditions and pipework.

· Auto CAD (DXF), Excel and PDF export.

· Detailed wiring and pipework diagram.

Panasonic’s Advanced VRF software with

AutoCAD

®

compatibility makes design easier than ever

Panasonic provides bespoke software helping system designers, installers and dealers to very quickly design and size systems, create wiring diagrams and issue bills of quantities at the push of a button.

GHP Checker Software

The handy tool for optimising the running of your system:

Diagnosis for start ups, maintenance and system supervising.

Features:

· Diagnosis with a PC

· Endless recording function allows analysis diagnosis even for long term running

· The GHP checker software needs no additional communication adaptor

· The communication between the PC and GHP is done by RS232

Panasonic VRF Service Checker

Panasonic will make available to installers and commissioning companies the VRF Service Checker as a communication interface to Panasonic VRF systems. This easy to manage tool checks all parameters of the system.

The VRF Service Checker allows:

· On ECOi and Mini ECOi connect anywhere on the P-Link

· Search the P-Link to validate systems that are connected

· Monitor all indoor and outdoor units simultaneously on 1 screen

· Monitor all Temperature data, Pressure data , Valve position, and alarm status on 1 screen

· Data can be viewed in Graph or number format

· Controlling the indoor unit ON/OFF, MODE, SET POINT, FAN, and TEST mode

· Switching between various systems on same communication P-Link

(ECOi only)

· Monitor and record at a set interval time

· Record and review the data at a later date

· Update software as ROM flash writer

This Panasonic VRF Service Checker is available from your service partner.

Interface Box

239

240

360º

air flow

Indoor units for ECOi and ECO G

4 Way 90x90 Cassette 360° Airflow. Wide & Comfortable Airflow

This proprietary design provides a wide and very comfortable airflow. The cassette’s wide-angle discharge outlets and flaps are larger in the middle, featuring a shape that was selected based on geometrics and testing of actual prototype units. Air coming out of the center of the discharge outlets travels farther. From the sides of each outlet, where the openings are larger, airflow spreads out to reach the corners of the room. Air is discharged across a wide area from the four sides of the unit. The curves on the room temperature distribution graph expand gently out through 360° in a circle centered on the indoor unit.

Higher efficiency split fin.

Improved heat-transfer coefficient due to adoption of high efficiently grooved heat exchanger tube.

High-efficient & Silent Turbo Fan.

The newly developed larger fan chassis and optimised design of the airflow path has resulted in increased air volume and quieter performance.

New DC-Fan motor.

Optimum airflow is achieved by a new DC-Fan motor with independent control.

Individual flap control.

Flexible Air flow direction control by individual flap control is possible. 4 Flaps can be controlled individually by setting on wired timer remote controller. It can make more flexible Airflow control to be matched to several demands in a room.

360° Airflow for improved comfort

By redesigning the air-outlet and flap, Soft & 3D airflow circulates whole space and provides even temperature distribution in the room.

Current Model 360° Airflow Current Model 360° Airflow

IT’S COLD

IT’S HOT

BETTER COMFORT

1 m above the floor

25,0 Temp.

Simulated condition: Floor area: 225 m². Ceiling height: 3 m, Unit 12,5kW type.

More even temperature in the room

Ample airflow: 36 m

3

/min

Industry’s highest in the

140 PU class.

NEW / VRF SYSTEMS

Flexible 3D airflow control

Comfort airflow control & proper energy use. Flexible Air flow direction control by individual flap control:

· 4 Flaps can be controlled

Outlet A:

Swing (only upper) individually (by standard wired remote controller*)

Outlet B:

Fix to upper

· Versatile airflow control to cover a wide variety of demands

Outlet C:

Swing

Outlet D:

Fixed to Lower

* Pre-setting is required for this function at System Test-run procedure.

High-ceiling installation (up to 5 m for 100 PU and higher models)

The units can be installed in rooms with high ceilings, where they provide ample floor-level heating in the winter. (See ceiling height guidelines below.)

High Ceiling (Factory settings)

3,0 m

Size 60 and 71

3,6 m

Industry’s Top-Class

4-way discharge high ceiling settings²

4,5 m

3-way discharge with the optional air-blocking materials

4,7 m

2-way discharge with the optional air-blocking materials

5 m

Size 100, 125 and 140

Ceiling height guidelines

Settings¹

Indoor unit: 60PU-71PU

Indoor unit: 100PU, 125PU, 140PU

4 - way discharge

Factory settings¹

3,0

3,6

High ceiling setting¹

3,3

3,9

High ceiling setting²

3,6

4,5

3 - way discharge (optional air - blocking materials)

3,8

4,7

2 - way discharge (optional air - blocking materials)²

4,2

5,0

1) When using the unit in a configuration other than the factory settings, it is necessary to make settings on site to increase airflow. 2) Use air-blocking materials (CZ-CFU2) to completely block two discharge outlets for 2-way airflow.

Easy maintenance and cleaning

The flap can be removed easily for washing with water.

Dust Prevention

Wide direction air discharge by outlet design.

The Circle Flow Flap and re-designed air-outlet eliminate airflow along recessed parts of the ceiling which reduces contamination. If airflows only along these recessed parts, they will quickly become dirty. The new, improved air outlet design therefore greatly reduces dirt accumulation.

A suction grill enables to make 90-degree turns.

Low-profile 33,5 mm panel

The square panel integrates seamlessly with the ceiling. Discharge outlets close when the unit is stopped.

One of the industry’s thinnest panels

Dirt collects on the ceiling

Airflow of conventional models

Airflow image from the new model

Protrusion of 33,5 mm

Air Discharge Temperature Control

Available in all VRF indoor units, this control provides excellent comfort.

Discharge air at below 10°C is uncomfortable and can cause draughts.

With Panasonic air discharge temperature control, air off temperature can be controlled between 7°C - 22°C.

8,3 °C

No control

23 °C 23 °C

12 °C

Coil sensor

BA thermistor

Panasonic solution

241

ECOi and ECO G systems indoor units range

1,5kW 2,2kW

U1 Type // 4 Way 90x90 Cassette

2,8kW

S-22MU1E5A S-28MU1E5A

Y2 TYPE // 4 Way 60x60 Cassette

S-15MY2E5A S-22MY2E5A S-28MY2E5A

L1 Type // 2 Way Cassette

S-22ML1E5 S-28ML1E5

D1 Type // 1 Way Cassette

S-28MD1E5

F2 Type // Variable Static Pressure

Hide Away

S-15MF2E5A

M1 Type // Slim Variable Static

Pressure Hide Away

S-15MM1E5A

E2 Type // High Static Pressure

Hide Away

Heat Recovery With DX Coil

S-22MF2E5A

S-22MM1E5A

S-28MF2E5A

S-28MM1E5A

3,0kW

PAW-500ZDX2

T2 Type // Ceiling

3,6kW

S-36MU1E5A

S-36MY2E5A

S-36ML1E5

S-36MD1E5

S-36MF2E5A

S-36MM1E5A

S-36MT2E5A

K2/K1 Type // Wall Mounted

S-15MK2E5A S-22MK2E5A S-28MK2E5A S-36MK2E5A

P1 Type // Floor Standing

S-22MP1E5 S-28MP1E5 S-36MP1E5

R1 Type // Concealed Floor Standing

S-22MR1E5 S-28MR1E5 S-36MR1E5

Hydrokit for ECOi, water at 45°C

4,0kW 4,5kW

S-45MU1E5A

S-45MY2E5A

S-45ML1E5

S-45MD1E5

S-45MF2E5A

S-45MM1E5A

PAW-800ZDX2 PAW-01KZDX2

S-45MT2E5A

S-45MK1E5A

S-45MP1E5

S-45MR1E5

Wide choice of models depending on the indoor requirements.

AHU Connection Kit 16, 28 and

56kW for ECOi and ECO G

16,0kW 28,0kW 56,0kW 84,0kW 112,0kW 140,0kW 168,0kW

PAW-160MAH2 PAW-280MAH2 PAW-560MAH2

PAW-280MAH2 +

PAW-560MAH2 PAW-560MAH2 x 2

PAW-280MAH2 +

PAW-560MAH2 x 2 PAW-560MAH2 x 3

242

S-56MT2E5A

S-56MK1E5A

S-56MP1E5

S-56MR1E5

5,6kW 6,0kW 7,3kW 9,0kW 10,6kW 14,0kW 16,0kW 22,4kW 28,0kW

S-56MU1E5A S-60MU1E5A S-73MU1E5A S-90MU1E5A S-106MU1E5A S-140MU1E5A S-160MU1E5A

S-56MY2E5A

S- 56ML1E5

S-56MD1E5

S-73ML1E5

S-73MD1E5

S-56MF2E5A S-60MF2E5A S-73MF2E5A S-90MF2E5A S-106MF2E5A S-140MF2E5A S-160MF2E5A

S-56MM1E5A

S-224ME2E5 S-280ME2E5

S-73MT2E5A

S-73MK1E5A

S-71MP1E5

S-71MR1E5

S-80MW1E5

S-106MT2E5A S-140MT2E5A

S-106MK1E5A

S-125MW1E5

U1 Type // 4 Way 90x90 Cassette

1,5kW 2,2kW 2,8kW

S-22MU1E5A S-28MU1E5A

Y2 TYPE // 4 Way 60x60 Cassette

S-15MY2E5A S-22MY2E5A S-28MY2E5A

L1 Type // 2 Way Cassette

S-22ML1E5 S-28ML1E5

D1 Type // 1 Way Cassette

S-28MD1E5

F2 Type // Variable Static Pressure

Hide Away

S-15MF2E5A

M1 Type // Slim Variable Static

Pressure Hide Away

S-15MM1E5A

E2 Type // High Static Pressure

Hide Away

Heat Recovery With DX Coil

S-22MF2E5A S-28MF2E5A

S-22MM1E5A S-28MM1E5A

3,0kW

PAW-500ZDX2

T2 Type // Ceiling

3,6kW

S-36MU1E5A

S-36MY2E5A

S-36ML1E5

S-36MD1E5

S-36MF2E5A

S-36MM1E5A

S-36MT2E5A

K2/K1 Type // Wall Mounted

S-15MK2E5A S-22MK2E5A S-28MK2E5A S-36MK2E5A

P1 Type // Floor Standing

S-22MP1E5 S-28MP1E5 S-36MP1E5

R1 Type // Concealed Floor Standing

S-22MR1E5 S-28MR1E5 S-36MR1E5

Hydrokit for ECOi, water at 45°C

4,0kW 4,5kW

S-45MU1E5A

S-45MY2E5A

S-45ML1E5

S-45MD1E5

S-45MF2E5A

S-45MM1E5A

PAW-800ZDX2 PAW-01KZDX2

S-45MT2E5A

S-45MK1E5A

S-45MP1E5

S-45MR1E5

Wide choice of models depending on the indoor requirements.

NEW / VRF SYSTEMS

5,6kW 6,0kW 7,3kW 9,0kW 10,6kW 14,0kW 16,0kW 22,4kW 28,0kW

S-56MU1E5A S-60MU1E5A S-73MU1E5A S-90MU1E5A S-106MU1E5A S-140MU1E5A S-160MU1E5A

S-56MY2E5A

S- 56ML1E5

S-56MD1E5

S-73ML1E5

S-73MD1E5

S-56MF2E5A S-60MF2E5A S-73MF2E5A S-90MF2E5A S-106MF2E5A S-140MF2E5A S-160MF2E5A

S-56MM1E5A

S-224ME2E5 S-280ME2E5

S-56MT2E5A

S-56MK1E5A

S-56MP1E5

S-56MR1E5

S-73MT2E5A

S-73MK1E5A

S-71MP1E5

S-71MR1E5

S-106MT2E5A S-140MT2E5A

S-106MK1E5A

S-80MW1E5 S-125MW1E5

Air Curtain Jet-Flow with DX Coil

11,4kW 25,0kW 31,5kW 37,5kW

Air Curtain Standard with DX Coil

PAW-10EAIRC-MJ PAW-15EAIRC-MJ PAW-20EAIRC-MJ PAW-25EAIRC-MJ

PAW-10EAIRC-MS PAW-20EAIRC-MS

243

U1 TYPE

4 WAY 90x90 CASSETTE SEMI

CONCEALED CASSETTE

360º

air flow

The award winning range of U1 type cassettes are smaller, shallower and lighter than previous models and feature a 950 x 950mm panel throughout. The DC-Fan motor and air discharge louvre ensure quiet, optimum air distribution.

Technical focus

· Compact design

· Reduced sound levels (from previous models)

· DC-Fan motor for increased efficiency

· Powerful drain pump gives 850 mm lift

· Lightweight design

· Fresh air knockout

· Branch duct connection

· Optional air-intake plenum CZ-FDU2

Air intake chamber

1

2

1. Air intake box CZ-BCU2 for main unit.

2. Air intake box CZ-ATU2* for Air intake plenum.

CZ-CFU2 Part to close airflow for the cassette 90x90 series U1.

* When using Air intake box (CZ-ATU2), Air intake plenum (CZ-FDU2) is required.

Lighter and Slimmer, Easier Installation

A lightweight unit at 24 kg, the unit is also very slim with a height of only 256 mm, making installation possible even in narrow ceiling voids.

A drain height of approximately 850 mm from the ceiling surface

The drain height can be increased by approximately 350 mm over the conventional value by using a high-lift drain pump, and long horizontal piping is possible.

Up to 300 mm

Only 256 mm*

Drain Pump of about 850 mm from the ceiling surface.

* For 6,0kW / 7,1kW

Up to 850 mm

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSU2N

Optional Controller.

Simplified remote controller

CZ-RE2C2

Panel

CZ-KPU21

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Fan type kW

W

A kW

W

A

S-22MU1E5A S-28MU1E5A S-36MU1E5A S-45MU1E5A S-56MU1E5A S-60MU1E5A S-73MU1E5A S-90MU1E5A S-106MU1E5A S-140MU1E5A S-160MU1E5A

2,2

20

0,19

2,5

20

0,17

Turbo fan

2,8

20

0,19

3,2

20

0,17

Turbo fan

3,6

20

0,19

4,2

20

0,17

Turbo fan

4,5

20

0,19

5,0

20

0,17

Turbo fan

5,6

25

0,22

6,3

25

0,20

Turbo fan

230 V / Single Phase / 50 Hz

6,0

35

0,31

7,1

35

0,30

Turbo fan

7,3

40

0,33

8,0

40

0,32

Turbo fan

9,0

40

0,36

10,0

40

0,34

Turbo fan

10,6

95

0,71

11,4

85

0,65

Turbo fan

14,0

100

0,76

16,0

100

0,73

Turbo fan

16,0

115

0,89

18,0

105

0,80

Turbo fan

Air volume Hi / Med / Lo m³/h

Sound pressure level Hi / Med / Lo dB(A)

Dimensions

Net weight

Pipe connections

H x W x D

Liquid

Gas

Drain piping mm kg

840/720/660

30 / 29 / 28

23 inch (mm) 1/4 (6,35) inch (mm) 1/2 (12,70)

VP-25

840/720/660

30 / 29 / 28

23

1/4 (6,35)

1/2 (12,70)

VP-25

840/720/660

30 / 29 / 28

23

1/4 (6,35)

1/2 (12,70)

VP-25

900/780/720

31 / 29 / 28

256 (+33,5) x 840 (950) x 840 (950)

23

1/4 (6,35)

1/2 (12,70)

VP-25

960/810/720

33 / 30 / 28

23

1/4 (6,35)

1/2 (12,70)

VP-25

1.260/1.020/840 1.320/1.020/840 1.380/1.140/900 1.980/1.620/1.260 2.100/1.680/1.320 2.160/1.740/1.380

36 / 32 / 29

24

3/8 (9,52)

5/8 (15,88)

VP-25

37 / 32 / 29

24

3/8 (9,52)

5/8 (15,88)

VP-25

38 / 35 / 32

24

3/8 (9,52)

5/8 (15,88)

VP-25

44 / 38 / 34

27

319 (+33,5) x 840 (950) x 840 (950)

3/8 (9,52)

5/8 (15,88)

VP-25

45 / 39 / 35

27

3/8 (9,52)

5/8 (15,88)

VP-25

46 / 40 / 38

27

3/8 (9,52)

5/8 (15,88)

VP-25

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

244

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTO-FLAP CONTROL AUTOMATIC RESTART AIR SWEEP BUILT-IN DRAIN PUMP INTERNET CONTROL

BMS

CONNECTIVITY

NEW / VRF SYSTEMS

Y2 TYPE

4 WAY 60x60 CASSETTE MINI SEMI

CONCEALED CASSETTE

Designed to fit exactly into a 600 x 600mm ceiling grid without the need to alter the bar configuration, the Y2 is ideal for small commercial and retrofit applications. In addition, the improvements to efficiency make this one of the most advanced units in the industry.

Technical focus

· Mini cassette fits into a 600 x 600mm ceiling grid

· Fresh air knock out

· Multidirectional airflow

· Powerful drain pump gives 850mm lift

· Turbo fans and heat exchanger fins with improved design

· DC-Fan motors with variable speed, new heat exchangers, etc. ensure an efficient power consumption

Special designed flap

The flap can be removed easily for washing with water.

A drain height of approximately 850 mm from the ceiling surface

The drain height can be increased by approximately 350mm over the conventional value by using a high-lift drain pump, and long horizontal piping is possible.

Up to 288 mm*

Up to 350 mm

Up to 850 mm

A lightweight unit at 18,4 kg the unit is also very slim with a height of only 288 mm, making installation possible even in narrow ceilings.

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSK2

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Fan type

Air volume

(Hi / Med / Lo)

Cooling

Heating m³/h m³/h

Sound pressure level Hi / Med / Lo dB(A)

Dimensions H x W x D mm

Net weight

Pipe connections Liquid

Gas

Drain piping kW

W

A kW

W

A kg

S-15MY2E5A

1,5

35

0,30

1,7

30

0,25

534 / 492 / 336

546 / 504 / 336

34 / 31 / 25

288 x 583 x 583

20,4 (18 + 2,4) inch (mm) 1/4 (6,35) inch (mm) 1/2 (12,70)

VP-25

S-22MY2E5A

2,2

35

0,30

2,5

30

0,25

Centrifugal fan

546 / 492 / 336

558 / 504 / 336

35 / 31 / 25

288 x 583 x 583

20,4 (18 + 2,4)

1/4 (6,35)

1/2 (12,70)

VP-25

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

S-28MY2E5A

2,8

35

0,30

3,2

30

0,30

Centrifugal fan

S-36MY2E5A

230 V / Single Phase / 50 Hz

3,6

40

0,30

4,2

35

0,30

Centrifugal fan

558 / 504 / 336

576 / 522 / 336

35 / 31 / 25

288 x 583 x 583

20,4 (18 + 2,4)

1/4 (6,35)

1/2 (12,70)

VP-25

582 / 522 / 360

594 / 546 / 360

36 / 32 / 26

288 x 583 x 583

20,4 (18 + 2,4)

1/4 (6,35)

1/2 (12,70)

VP-25

Optional Controller.

Simplified remote controller

CZ-RE2C2

S-45MY2E5A

4,5

40

0,32

5,0

35

0,30

Centrifugal fan

600 / 558 / 492

618 / 576 / 492

38 / 34 / 28

288 x 583 x 583

20,4 (18 + 2,4)

1/4 (6,35)

1/2 (12,70)

VP-25

Panel

CZ-KPY3A (size 700 x 700mm)

CZ-KPY3B (size 625 x 625mm)

S-56MY2E5A

5,6

45

0,35

6,3

40

0,30

Centrifugal fan

624 / 588 / 510

666 / 588 / 522

40 / 37 / 34

288 x 583 x 583

20,4 (18 + 2,4)

1/4 (6,35)

1/2 (12,70)

VP-25

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTO-FLAP CONTROL AUTOMATIC RESTART AIR SWEEP BUILT-IN DRAIN PUMP INTERNET CONTROL

BMS

CONNECTIVITY

245

L1 TYPE

2 WAY CASSETTE

Slim, compact and lightweight units. Remarkable size and weight reductions have been achieved by improvement of the design around the fan, the weight of all models now being

30 kg.

Technical focus

· Airflow and distribution is automatically altered depending on the operational mode of the unit

· Drain up is possible up to 500 mm from the drain port

· Simple maintenance

Simple maintenance

The drain pan is equipped with site wiring and can be removed. The fan case has a split construction, and the fan motor can be removed easily when the lower case is removed.

Airflow and distribution is automatically altered depending on the operational mode of the unit.

Auto flap section

Cooling (Fan)

Drain up is possible up to 500 mm from the drain port.

Heating (Hi,M)

300 mm or less

500 mm or less

310 mm

Maintenance of the drain pump is possible from two sides, from the left side (piping side) and from the inside of the unit.

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSL2N

Optional Controller.

Simplified remote controller

CZ-RE2C2

Panel

CZ-02KPL2

CZ-03KPL2 (for S-73ML1E5)

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Fan type kW

W

A kW

W

A

S-22ML1E5

2,2

90

0,45

2,5

58

0,29

Sirocco fan

S-28ML1E5

2,8

92

0,45

3,2

60

0,29

Sirocco fan

S-36ML1E5

3,6

93

0,45

4,2

61

0,29

Sirocco fan

S-45ML1E5

230 V / Single Phase / 50 Hz

4,5

97

0,45

5,0

65

0,29

Sirocco fan

S-56ML1E5

5,6

97

0,45

6,3

65

0,29

Sirocco fan

S-73ML1E5

7,3

145

0,65

8,0

109

0,48

Sirocco fan

Air volume Hi / Med / Lo m³/h

Sound pressure level Hi / Med / Lo dB(A)

Dimensions

Net weight

Pipe connections

H x W x D

Liquid

Gas mm kg inch (mm) inch (mm)

480 / 420 / 360

30 / 27 / 24

28,5 (23 + 5,5)

1/4 (6,35)

1/2 (12,70)

540 / 480 / 420

33 / 29 / 26

350(+8)x840 (1.060)x600 (680) 350(+8)x840 (1.060)x600 (680) 350(+8)x840 (1.060)x600 (680) 350(+8)x840 (1.060)x600 (680) 350(+8)x840 (1.060)x600 (680) 350(+8)x1.140 (1.360)x600 (680)

28,5 (23 + 5,5)

1/4 (6,35)

1/2 (12,70)

580 / 520 / 460

34 / 31 / 28

28,5 (23 + 5,5)

1/4 (6,35)

1/2 (12,70)

660 / 540 / 480

35 / 33 / 29

28,5 (23 + 5,5)

1/4 (6,35)

1/2 (12,70)

660 / 540 / 480

35 / 33 / 29

28,5 (23 + 5,5)

1/4 (6,35)

1/2 (12,70)

1.140 / 960 / 840

38 / 35 / 33

39 (30 + 9)

3/8 (9,52)

5/8 (15,88)

Drain piping VP-25 VP-25 VP-25 VP-25 VP-25 VP-25

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

246

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTO-FLAP CONTROL AUTOMATIC RESTART AIR SWEEP BUILT-IN DRAIN PUMP INTERNET CONTROL

BMS

CONNECTIVITY

NEW / VRF SYSTEMS

D1 TYPE

1 WAY CASSETTE

Designed for installation within the ceiling void, the D1 range of slimline 1 way blow cassettes feature powerful yet quiet fans for up to 4,2 m.

Technical focus

· Ultra-Slim

· Suitable for standard and high ceilings

· Built-in drain pump provides 590 mm lift

· Easy to install and maintain

· Hanging height can be easily adjusted

· Uses a DC-Fan motor to improve energy-efficiency

Drain height

300 mm or less

590 mm

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSD2

Optional Controller.

Simplified remote controller

CZ-RE2C2

Panel

CZ-KPD2

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Fan type kW

W

A kW

W

A

S-28MD1E5

2,8

51

0,39

3,2

40

0,35

Sirocco fan

S-36MD1E5

3,6

51

0,39

4,2

40

0,35

Sirocco fan

S-45MD1E5

4,5

51

0,39

230 V / Single Phase / 50 Hz

5,0

40

0,35

Sirocco fan

S-56MD1E5

5,6

60

0,46

6,3

48

0,41

Sirocco fan

S-73MD1E5

7,3

87

0,70

8,0

76

0,65

Sirocco fan

Air volume Hi / Med / Lo m³/h

Sound pressure level Hi / Med / Lo dB(A)

Dimensions

Net weight

Pipe connections

H x W x D

Liquid

Gas mm kg inch (mm) inch (mm)

720 / 600 / 540

36 / 34 / 33

26,5 (21 + 5,5)

1/4 (6,35)

1/2 (12,70)

720 / 600 / 540

36 / 34 / 33

200 (+20)x1.000 (1.230)x710 (800) 200 (+20)x1.000 (1.230)x710 (800) 200 (+20)x1.000 (1.230)x710 (800) 200 (+20)x1.000 (1.230)x710 (800) 200 (+20)x1.000 (1.230)x710 (800)

26,5 (21 + 5,5)

1/4 (6,35)

1/2 (12,70)

720 / 660 / 600

36 / 35 / 34

26,5 (21 + 5,5)

1/4 (6,35)

1/2 (12,70)

780 / 690 / 600

38 / 36 / 34

26,5 (21 + 5,5)

1/4 (6,35)

1/2 (12,70)

1.080 / 900 / 780

45 / 40 / 36

27,5 (22 + 5,5)

3/8 (9,52)

5/8 (15,88)

Drain piping VP-25 VP-25 VP-25 VP-25 VP-25

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTO-FLAP CONTROL AUTOMATIC RESTART AIR SWEEP BUILT-IN DRAIN PUMP INTERNET CONTROL

BMS

CONNECTIVITY

247

F2 TYPE

VARIABLE STATIC

PRESSURE HIDE AWAY

S-15MF2E5A // S-22MF2E5A // S-28MF2E5A //

S-36MF2E5A // S-45MF2E5A // S-56MF2E5A

S-60MF2E5A // S-73MF2E5A // S-90MF2E5A S-106MF2E5A // S-140MF2E5A // S-160MF2E5A

The new F2 type is designed specifically for applications requiring fixed square ducting. The internal filter is equipped as standard.

Technical focus

· Industry-leading low sound levels from 25 dB(A)

· Built-in drain pump provides 785 mm lift

· Easy to install and maintain

· Air OFF sensor avoids cold air dumping

· Configurable air temperature control

More powerful drain pump

Using a high-lift drain pump, drain piping can be elevated up to 785 mm from the base of the unit.

Air Outlet & Inlet Plenum

S-...MF2E5A

Diameters

22, 28, 36, 45 & 56 2 x Ø 200

60, 73 & 90

106, 140 & 160

3 x Ø 200

4 x Ø 200

Air Outlet Plenum

New Variable Static Pressure Hide Away MF2 series

Standardized height of 290mm for all models.

Height standardization enables easy and uniform installation for models with different capacities.

Up to 300 mm

Air Outlet Plenum Diameters

CZ-56DAF2 2 x Ø 200

CZ-90DAF2

CZ-160DAF2

2 x Ø 250

4 x Ø 200

Built-in Drain pump

(DC motor pump)

Up to 500 mm

285 mm

Air Inlet Plenum

CZ-DUMPA56MF2

CZ-DUMPA90MF2

CZ-DUMPA160MF2

Air Inlet Plenum

- Built-in filter

- Side removable filter

Full range of External Static Pressure and Airflow Volumes available by special setting

To meet all design needs thanks to DC-Fan motor it is possible to select the best fitted airflow/ static pressure curve.

The table below shows the airflow and noise data at minimum airflows curve selectable

(Example S-22MF2E5A: see red dot in the diagram n.1) and noise data at maximum rated static pressure with maximum airflow curve selectable (example S-22MF2E5A blu dot in diagram n.1). Specific diagrams per each units are available in ECOi Technical Data Book.

Model

Minimum air volume - the red dot - on minimum airflow curve selectable (curve 1-3)

Min Static Pressure value - the red dot - on minimum airflow curve selectable (curve 1-3)

Noise level at minimum static pressure -the red dot - on minimum airflow curve selectable (curve 1-3)

Noise level at maximum rated static pressure -the blue dot - on maximum airflow curve selectable (curve 15)

15-36 45 56 60-73 90 106 140 160

m³/h 480 480 600 780 960 1.140 1.200 1.320

Pa 15 dB(A) 24 dB(A) 34

15

26

35

15

26

35

10

24

40

10

26

41

20

29

42

15

30

42

15

31

43

F2 Advantages

Automatic learning function for the required static pressure, to be activated easily by the standard wired timer remote controller.

Possible to increase the sensible cooling capacity by adjusting the air volume flow in order to almost completely eliminate latent losses. This is possible due to the outstanding big heat exchanger surface in combination with increasing the air volume flow by a manual selection of higher fan speed curves through the standard wired remote controller when commissioning the system together with the default active off-coil temperature control and the room load based variable evaporation temperature control.

Diagram n. 1 S-22MF2E5A

180

150

External electrical equipment box makes maintenance easy. P-link PCB

100

50

0

Limit line

1 -3

10

1 -2 1

15

Airflow Volume (m³/minute)

Duct head loss curve Rated airflow

3

15

14

13

12

11

8

5 6

20

Selectable fan speeds

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Controller.

Wireless remote controller

CZ-RWSK2 + CZ-RWSC3

Optional Controller.

Simplified remote controller

CZ-RE2C2

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating kW

W

A kW

W

A Operating current heating

Fan type

Air volume¹ Hi / Med / Lo m³/h

External static pressure Pa

S-15MF2E5A S-22MF2E5A S-28MF2E5A S-36MF2E5A S-45MF2E5A S-56MF2E5A S-60MF2E5A S-73MF2E5A S-90MF2E5A S-106MF2E5A S-140MF2E5A S-160MF2E5A

1,5

70

0,57

1,7

70

2,2

70

0,57

2,5

70

2,8

70

0,57

3,2

70

3,6

70

0,57

4,2

70

4,5

70

0,57

5,0

100

230 V / Single Phase / 50 Hz

5,6 6,0

100

0,74

6,3

100

120

0,89

7,1

120

7,3

120

0,89

8,0

120

9,0

135

0,97

10,0

135

10,6

195

1,30

11,4

200

14,0

215

1,44

16,0

210

16,0

225

1,50

18,0

225

0,57 0,57 0,57 0,57 0,57 0,74 0,89 0,89 0,97 1,34 1,42 1,50

Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan Sirocco fan

840/780/540 840/780/540 840/780/540 840/780/540 840/780/600 960/900/720 1.260/1.140/900 1.260/1.140/900 1.500/1.380/1.140 1.920/1.560/1.260 2.040/1.740/1.380 2.160/1.920/1.500

70 (10-150) 70 (10-150) 70 (10-150) 70 (10-150) 70 (10-150) 70 (10-150) 70 (10-150) 70 (10-150) 70 (10-150) 100 (10-150) 100 (10-150) 100 (10-150)

Sound power level² Hi / Med / Lo dB

Sound pressure level² Hi / Med / Lo dB(A)

Dimensions

Net weight

Pipe connections

H x W x D

Liquid

Gas mm kg inch (mm)

55 / 51 / 44 55 / 51 / 44 55 / 51 / 44 55 / 51 / 44 56 / 54 / 47 56 / 54 / 47 57 / 54 / 48 57 / 54 / 48 59 / 56 / 50 60 / 56 / 53 61 / 57 / 54 62 / 58 / 55

33 / 29 / 22 33 / 29 / 22 33 / 29 / 22 33 / 29 / 22 34 / 32 / 25 34 / 32 / 25 35 / 32 / 26 35 / 32 / 26 37 / 34 / 28 38 / 34 / 31 39 / 35 / 32 40 / 36 / 33

290x800x700 290x800x700 290x800x700 290x800x700 290x800x700 290x800x700 290x1.000x700 290x1.000x700 290x1.000x700 290x1.400x700 290x1.400x700 290x1.400x700

29

1/4 (6,35)

29 29

1/4 (6,35) 1/4 (6,35)

29

1/4 (6,35)

29 29

1/4 (6,35) 1/4 (6,35)

34 34

3/8 (9,52) 3/8 (9,52)

34

3/8 (9,52)

46 46

3/8 (9,52) 3/8 (9,52)

46

3/8 (9,52) inch (mm) 1/2 (12,70) 1/2 (12,70) 1/2 (12,70) 1/2 (12,70) 1/2 (12,70) 1/2 (12,70) 5/8 (15,88) 5/8 (15,88) 5/8 (15,88) 5/8 (15,88) 5/8 (15,88) 5/8 (15,88)

Drain piping VP-25 VP-25 VP-25 VP-25 VP-25 VP-25 VP-25 VP-25 VP-25 VP-25 VP-25 VP-25

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

1) ) Value referred to standard settings at shipment (H curve 8, M curve 5, L curve 1). 2) Sound pressure without refrigerant flow.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

248

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTOMATIC RESTART BUILT-IN DRAIN PUMP INTERNET CONTROL

BMS

CONNECTIVITY

NEW / VRF SYSTEMS

M1 TYPE

SLIM VARIABLE STATIC PRESSURE

HIDE AWAY CONCEALED DUCT

The ultra slim M1 type is one of the leading products of its type in the industry. With a depth of only 200mm it provides greater flexibility and can be used in far more applications.

In addition, its high-efficiency and extremely quiet sound levels make it very popular with many users, including hotels and small offices.

Technical focus

· Ultra-slim profile: 200 mm for all models

· DC-Fan motor greatly reduces power consumption

· Ideal for hotel application with very narrow false ceilings

· Easy maintenance and service by external electrical box

· 40 Pa static pressure enables ductwork to be fitted.

· Includes drain pump

Air Outlet & Inlet Plenum

S-...MM1E5A

22 , 28 & 36

45 & 56

Diameters

2 x Ø 200

3 x Ø 160

Air Outlet Plenum Diameters

CZ-DUMPA22MMS2 2 x Ø 200

CZ-DUMPA45MMS3 2 x Ø 200

Air Inlet Plenum

CZ-DUMPA22MMR2

CZ-DUMPA22MMR3

Ultra-slim profile for all models

200 mm

Drain pump with increased power!

By adoption of a high-lift drain pump, the drain piping rise height can be increased to

785 mm from the lower surface of the body.

Up to 300 mm

Up to 500 mm

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSK2 + CZ-RWSC3

Optional Controller.

Simplified remote controller

CZ-RE2C2

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating kW

W

A kW

W

A Operating current heating

Fan type

Air volume Hi / Med / Lo m³/h

External static pressure Pa

S-15MM1E5A

1,5

36

0,26

1,7

26

0,23

Sirocco fan

480 / 420 / 360

10 (30)

S-22MM1E5A

2,2

36

0,26

2,5

26

0,23

Sirocco fan

480 / 420 / 360

10 (30)

S-28MM1E5A

2,8

40

0,30

3,2

30

0,27

Sirocco fan

510 / 450 / 390

15 (30)

S-36MM1E5A

230 V / Single Phase / 50 Hz

3,6

42

0,31

4,2

32

0,28

Sirocco fan

540 / 480 / 420

15 (40)

S-45MM1E5A

4,5

49

0,37

5,0

39

0,34

Sirocco fan

630 / 570 / 480

15 (40)

S-56MM1E5A

5,6

64

0,48

6,3

54

0,45

Sirocco fan

750 / 690 / 600

15 (40)

Sound pressure level Hi / Med / Lo (¹) dB(A)

Dimensions H x W x D mm

Net weight

Pipe connections Liquid

Gas

Drain piping inch (mm)

28 / 27 / 25 (30 / 29 / 27)

200 x 750 x 640 kg 19 inch (mm) 1/4 (6,35)

1/2 (12,70)

VP-20

28 / 27 / 25 (30 / 29 / 27)

200 x 750 x 640

19

1/4 (6,35)

1/2 (12,70)

VP-20

30 / 29 / 27 (32 / 31 / 29)

200 x 750 x 640

19

1/4 (6,35)

1/2 (12,70)

VP-20

32 / 30 / 28 (34 / 32 / 30)

200 x 750 x 640

19

1/4 (6,35)

1/2 (12,70)

VP-20

34 / 32 / 30 (36 / 34 / 32)

200 x 750 x 640

19

1/4 (6,35)

1/2 (12,70)

VP-20

35 / 33 / 31 (37 / 35 / 32)

200 x 750 x 640

19

1/4 (6,35)

1/2 (12,70)

VP-20

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

1) With booster cable using short circuit connection.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTOMATIC RESTART BUILT-IN DRAIN PUMP INTERNET CONTROL

BMS

CONNECTIVITY

249

E2 TYPE

HIGH STATIC PRESSURE HIDE AWAY

2 products in 1: High pressure duct and 100% Fresh air duct function.

The E2 range of ducted units offers improved design flexibility for extended duct layouts as a result of their increased external static pressures and reduces energy consumption.

Technical focus

· No need of rap valve

· 100% Fresh air duct function

· DC-Fan motor for more savings

· Complete flexibility for ductwork design

· Can be located into a weatherproof housing for external sitting

· Air OFF sensor avoids cold air dumping

· Configurable air temperature control

System example

An inspection port (450 x 450 mm or more) is required at the lower side of the indoor unit body (field supply).

100% Fresh air duct function

The New E2 duct with 100% fresh air duct function have exceptional discharge temperature.

Cooling

Heating

Discharge Range

Min

15°C

17°C

Max

24°C

45°C

Default

18°C

40°C

Plenums

Air Outlet Plenum (suitable for rigid + flexible duct)

Number of exits with diameters

S-224ME1E5A / S-280ME1E5 1 x 500mm

Kit for 100% Fresh air function

For 2-way systems

2x CZ-P160RVK2

2x CZ-CAPE2

CZ-P680BK2

1x Remote control

Rap valve kit

3-way control PCB

Distribution Joint kit

For 3-way systems

2x CZ-P160HR3

2x CZ-CAPE2

CZ-P680BH2

1x Remote control

Model

CZ-TREMIESPW706

3-way valve kit

3-way control PCB

Distribution Joint kit

Inspection port (450 x 450mm or more)

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSK2 + CZ-RWSC3

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Pipe connections Liquid

Gas

Drain piping kW

W

A kW

W

A

Fan type

Air volume

External static pressure Pa

Sound pressure level² Hi / Med / Lo dB(A)

Dimensions

Net weight

H x W x D m³/h mm kg inch (mm) inch (mm)

1,85

21,2

290

1,85

100% Fresh air duct function (by using Kit for 100% Fresh air)

S-224ME2E5 S-280ME2E5

230 V / Single Phase / 50 Hz

22,4

290

230 V / Single Phase / 50 Hz

28,0

350

Sirocco DC Fan Motor

1.700

200

— / — / 43

479 x 1.453 x 1.205

102

3/8 (9,52)

3/4 (19,05)

VP-25

2,20

26,5

350

2,20

Sirocco DC Fan Motor

2.100

200

— / — / 44

479 x 1.453 x 1.205

106

3/8 (9,52)

7/8 (22,22)

VP-25

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

Rating Conditions for 100% Fresh air duct function: Cooling Outdoor 33°C DB / 28°C WB. Heating Outdoor 0°C DB / -2,9°C WB.

DB: Dry Bulb; WB: Wet Bulb.

1) Available to select the setting by initial setup.

2) Values with 140 Pa setting.

Optional Controller.

Simplified remote controller

CZ-RE2C2

High pressure duct

S-224ME2E5

230 V / Single Phase / 50 Hz

22,4

440

2,45

25,0

440

2,45

Sirocco DC Fan Motor

1.700

140 (60 / 270)¹

45 / 43 / 41

479 x 1.453 x 1.205

102

3/8 (9,52)

3/4 (19,05)

VP-25

3,95

31,5

715

3,95

S-280ME2E5

230 V / Single Phase / 50 Hz

28,0

715

Sirocco DC Fan Motor

2.100

140 (72 / 270)¹

49 / 47 / 43

479 x 1.453 x 1.205

106

3/8 (9,52)

7/8 (22,22)

VP-25

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

250

AUTOMATIC FAN AUTOMATIC RESTART

HUMIDITY CONTROL

MILD DRY INTERNET CONTROL

BMS

CONNECTIVITY

NEW / VRF SYSTEMS

HEAT RECOVERY

WITH DX COIL

Technical focus

· Motorised heat recovery by-pass device automatically controlled by unit control to use fresh air free-cooling when convenient

· The Bioxigen® purifying system, activates when the fan runs, provides an efficient antibacterial treatment, ensuring optimum health of supplied air

General characteristics

· Galvanized steel self-supporting panels, internally and externally insulated

· Counterflow air-to-air heat recovery device, made of sheets of special paper with special sealing to keep airflows separate and only permeable to water vapor. Total heat exchange with temperature efficiency up to 77% and enthalpy efficiency up to 63%, also at high level during summer season

· G4 efficiency class filters with synthetic cleanable media, both on fresh air and return air intake

· Removable side panel to access filters and heat recovery in the event of scheduled maintenance

· Low consumption, high efficiency & low noise direct driven fans with 3-speed EC motors

· Supply section complete with DX Coil (R410A) fitted with solenoid control valve, freon filter, contact temperature sensors on liquid and gas line, NTC sensors upstream and downstream airflow

· Built-in electric box equipped with PCB to control internal fan speed and to interconnect outdoor/ indoor units

· Duct connection by circular plastic collars

· CZ-RTC4 Timer remote controller (option)

Balanced

Ventilation

Interconnection to outdoor/indoor units

Winter

Cool

Outside Inside

ERV+DX

CZ-RTC4

Summer

Warm

Warm

Outside Inside

P-net communication line

Cool

Indoor terminal units

Characteristic curves

The following curves show the unit external static pressure at maximum fan speed for each model.

350

300

250

200

150

1= PAW-500ZDX2

2= PAW-800ZDX2

3= PAW-01KZDX2

100

50

1 2 3

0 250 500 750 1.000 1.250

Air flow (m³/h)

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Model

Power source

Air volume Hi / Med / Lo m³/h

External static pressure¹ Hi / Med / Lo Pa

Maximum current A

Maximum power input W

Sound pressure level³ Hi / Med / Lo dB(A)

Pipe connections

HEAT RECOVERY

135

33 / 31 / 27

Liquid / Gas inch (mm) 1/4 (6,35) / 1/2 (12,70)

Temperature efficiency summer mode %

Enthalpy efficiency summer mode %

Saved power summer mode

Temperature efficiency winter mode

Enthalpy efficiency winter mode

Saved power winter mode

DX COIL

kW

%

% kW

62,5

60

1,7

76,5 (76,5)

62,3 (64,1)

4,3 (4,8)

Total cooling capacity

Sensible cooling capacity

Off temperature

Off relative humidity

Total heating capacity

Off temperature

Off relative humidity

Cooling

Cooling

Heating

Heating kW kW

°C

% kW

°C

%

PAW-500ZDX2

230 V / Single Phase / 50 Hz

500 / 500 / 360

85 / 45 / 21

1,1

3,7

2,3

14,4

87

3,9 (4,1)

35,4 (34,6)

11 (11)

PAW-800ZDX2

230 V / Single Phase / 50 Hz

800 / 800 / 625

117 / 68 / 18

2,3

300

38 / 36 / 32

1/4 (6,35) / 1/2 (12,70)

59

57

2,5

73 (73)

59 (60,8)

6,5 (7,3)

4,9

3,3

16,2

83

5,4 (5,7)

32,6 (31,7)

12 (13)

PAW-01KZDX2

230 V / Single Phase / 50 Hz

1.000 / 780 / 650

104 / 69 / 17

2,5

310

39 / 37 / 33

1/4 (6,35) / 1/2 (12,70)

59,5

57,5

3,2

73,5 (73,5)

59,5 (61,2)

8,2 (9,0)

5,6

3,8

17,0

82

6,3 (6,7)

31,3 (30,3)

13 (14)

Nominal summer conditions: Outside air: 32°C DB, RH 50%. Ambient air: 26°C DB, RH 50%. Nominal winter conditions: Outside air: -5°C (-10°C) DB, RH 80%. Ambient air: 20°C DB, RH 50%. Cooling mode air inlet condition: 28.5°C DB, RH 50%; evaporating temp. 4°C.

Heating mode air inlet condition: 13°C DB, RH 40% (11°C DB, RH 45%); condensating temperature 49°C. DB: Dry Bulb; RH: Relative Humidity.

1) Referred to the nominal airflow after filter and plate heat exchanger. 3) Referred to 1.5 meters from inlet in free field condition.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTOMATIC RESTART INTERNET CONTROL

BMS

CONNECTIVITY

251

T2 TYPE

CEILING

S-36MT2E5A // S-45MT2E5A // S-56MT2E5A S-106MT2E5A // S-140MT2E5A

The T2 TYPE ceiling mounted units feature a DC-Fan motor for increased efficiency and reduced operating sound levels. All the units are the same height and depth for a uniform appearance in mixed installations and feature a fresh air knockout for improved air quality.

Technical focus

· Low sound levels

· New design, all units just 235 mm high

· Large and wide air distribution

· Easy to install and maintain

· Fresh air knockout

Further comfort improvement

The wide air discharge opening widens the airflow to the left and the right, so that a comfortable temperature is obtained in the entire room. The unpleasant feeling caused when the airflow directly hits the human body is prevented by the “Draft prevention position”, which changes the swing width, so that the degree of comfort is increased.

4 m

Further comfort improvement with airflow distribution

Air distribution is automatically altered depending on the operational mode

Zone for cooling

Zone for heating

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWST3N

Optional Controller.

Simplified remote controller

CZ-RE2C2

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Fan type kW

W

A kW

W

A

S-36MT2E5A

3,6

35

0,36

4,2

35

0,36

Sirocco fan

Air volume Hi / Med / Lo m³/h

Sound pressure level Ll¹ / Hi / Med / Lo dB(A)

Dimensions

Net weight

Pipe connections

H x W x D

Liquid

Gas mm kg inch (mm) inch (mm)

840 / 720 / 630

— / 36 / 32 / 30

235 x 960 x 690

27

1/4 (6,35)

1/2 (12,70)

Drain piping VP-20

S-45MT2E5A

4,5

40

0,38

5,0

40

0,38

Sirocco fan

900 / 750 / 630

— / 37 / 33 / 30

235 x 960 x 690

27

1/4 (6,35)

1/2 (12,70)

VP-20

S-56MT2E5A

5,6

40

0,38

6,3

40

0,38

Sirocco fan

900 / 750 / 630

— / 37 / 33 / 30

235 x 960 x 690

27

1/4 (6,35)

1/2 (12,70)

VP-20

S-73MT2E5A

230 V / Single Phase / 50 Hz

7,3

55

0,44

8,0

55

0,44

Sirocco fan

1.260 / 1.080 / 930

— / 39 / 35 / 33

235 x 1.275 x 690

33

3/8 (9,52)

5/8 (15,88)

VP-20

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

1) Sound pressure level with fan only.

S-106MT2E5A

10,6

80

0,67

11,4

80

0,67

Sirocco fan

1.800 / 1.500 / 1.380

— / 42 / 37 / 36

235 x 1.590 x 690

40

3/8 (9,52)

5/8 (15,88)

VP-20

S-140MT2E5A

14,0

100

0,79

16,0

100

0,79

Sirocco fan

1.920 / 1.680 / 1.440

— / 46 / 40 / 37

235 x 1.590 x 690

40

3/8 (9,52)

5/8 (15,88)

VP-20

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

252

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTO-FLAP CONTROL AUTOMATIC RESTART AIR SWEEP INTERNET CONTROL

BMS

CONNECTIVITY

NEW / VRF SYSTEMS

K2/K1 TYPE

WALL MOUNTED

S-15MK2E5A // S-22MK2E5A // S-28MK2E5A // S-36MK2E5A S-45MK1E5A // S-56MK1E5A // S-73MK1E5A // S-106MK1E5A

The K2/K1 Type wall mounted unit has a stylish smooth panel which not only looks good but is also easy to clean.

The unit is also smaller, lighter and substantially quieter than previous models making it ideal for small offices and other commercial applications.

Technical focus

· Closed discharge port

· Lighter and smaller units make the installation easy

· Quiet operation

· Smooth and durable design

· Piping outlet in three directions

· Washable front panel

· Air distribution is automatically altered depending on the operational mode of the unit

Closed discharge port

When the unit is turned OFF, the flap closes completely to prevent entry of dust into the unit and to keep the equipment clean.

Lighter and smaller units make the installation easy

The width has been decreased by 17% and the units are lighter.

870 mm

Air distribution is automatically altered depending on the operational mode of the unit

Quiet operation

These units are among the quietest in the industry, making them ideal for hotels and hospitals.

Smooth and durable design

The smooth cover means these units match most modern interiors. Their compact size enables them to blend in, even in small spaces.

Zone for cooling

Zone for heating

Piping outlet in three directions

Piping outlet is possible in the three directions of rear, right, and left, making the installation work easier.

Washable front panel

The indoor unit’s front panel can be easily removed and washed for trouble-free cleaning.

External valve (Optional)

CZ-P56SVK2 (model sizes 15 to 56)

CZ-P160SVK2 (model sizes 73 to 106)

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSK2

Optional Controller.

Simplified remote controller

CZ-RE2C2

Model

Power source

Cooling capacity

Power input cooling

Operating current cooling kW

W

A

S-15MK2E5A

1,5

25

0,20

Heating capacity

Power input heating

Operating current heating

Fan type

Air volume

Net weight

Pipe connections

Hi / Med / Lo

Liquid kW

W

A m³/h m³/h

Sound pressure level Ll¹ / Hi / Med / Lo dB(A)

Dimensions H x W x D mm kg inch (mm)

1,7

25

0,20

Cross flow

474 / 444 / 390

540 / 462 / 408

— / 34 / 32 / 29

290 x 870 x 214

9

1/4 (6,35)

Gas

Drain piping (O.D.) inch (mm) 1/2 (12,70) ϕ

16

S-22MK2E5A

2,2

25

0,21

2,5

25

0,21

Cross flow

540 / 450 / 390

552 / 498 / 408

— / 36 / 33 / 29

290 x 870 x 214

9

1/4 (6,35)

1/2 (12,70) ϕ

16

S-28MK2E5

2,8

25

0,23

3,2

25

0,23

Cross flow

570 / 498 / 390

582 / 510 / 408

— / 37 / 34 / 29

290 x 870 x 214

9

1/4 (6,35)

1/2 (12,70) ϕ

16

S-36MK2E5

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

3,6

30

0,25

4,2

30

0,25

Cross flow

654 / 540 / 390

672 / 570 / 408

— / 40 / 36 / 29

290 x 870 x 214

9

1/4 (6,35)

1/2 (12,70) ϕ

16

S-45MK1E5A S-56MK1E5A

230 V / Single Phase / 50 Hz

4,5

20

0,26

5,0

20

5,6

30

0,35

6,3

30

0,26

Cross flow

720 / 630 / 510

0,35

Cross flow

840 / 720 / 630

— / 38 / 34 / 30

13

1/4 (6,35)

1/2 (12,70) ϕ

18

— / 40 / 36 / 32

S-73MK1E5A

7,3

57

0,58

8,0

57

0,58

Cross flow

1.080 / 870 / 690

S-106MK1E5A

10,6

60

0,62

11,4

68

0,70

Cross flow

1.140 / 990 / 780

300 x 1.065 x 230 300 x 1.065 x 230 300 x 1.065 x 230 300 x 1.065 x 230

13

1/4 (6,35)

1/2 (12,70) ϕ

18

— / 47 / 44 / 40

14,5

3/8 (9,52)

5/8 (15,88) ϕ

18

— / 49 / 45 / 42

14,5

3/8 (9,52)

5/8 (15,88) ϕ

18

1) Sound pressure level with fan only.

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTO-FLAP CONTROL AUTOMATIC RESTART AIR SWEEP INTERNET CONTROL

BMS

CONNECTIVITY

253

P1 TYPE

FLOOR STANDING

R1 TYPE

CONCEALED FLOOR

STANDING

P1 TYPE

The compact floor standing P1 units are the ideal solution for providing perimeter air conditioning. The standard wired controller can be incorporated into the body of the unit.

Technical focus

· Pipes can be connected to either side of the unit from the bottom or rear

· Easy to install

· Front panel opens fully for easy maintenance

· Removable air discharge grille gives flexible airflow

· Room for condensate pump

· For build-in remote control, only CZ-RTC2 is suitable

Effective perimeter handling A remote control can be installed

R1 TYPE

At just 229 mm deep, the R1 unit can be easily concealed in perimeter areas to provide powerful and effective air conditioning.

Technical focus

· Chassis unit for discreet installation

· Complete with removable filters

· Pipes can be connected to either side of the unit from the bottom or rear

· Easy to install

Perimeter air conditioning with high interior quality

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller

Timer remote controller

CZ-RTC2

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Optional Controller.

Wireless remote controller

CZ-RWSK2 + CZ-RWSC3

Model P1 Type

Model R1 Type

Power source

Cooling capacity

Power input cooling

Operating current cooling

Heating capacity

Power input heating

Operating current heating

Fan type

Air volume Hi / Med / Lo m³/h

Sound pressure level Hi / Med / Lo dB(A)

Dimensions P1 Type H x W x D mm

W

A kW

W

A kW

Net weight P1 Type

Dimensions R1 Type H x W x D

Net weight R1 Type

Pipe connections Liquid

Gas

Drain piping

S-22MP1E5

S-22MR1E5

2,2

56

0,25

2,5

40

0,18

Sirocco fan

420 / 360 / 300

33 / 30 / 28

615 x 1.065 x 230 kg mm

29

616 x 904 x 229 kg 21 inch (mm) 1/4 (6,35) inch (mm) 1/2 (12,70)

VP-20

S-28MP1E5

S-28MR1E5

2,8

56

0,25

3,2

40

0,18

Sirocco fan

420 / 360 / 300

33 / 30 / 28

615 x 1.065 x 230

29

616 x 904 x 229

21

1/4 (6,35)

1/2 (12,70)

VP-20

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB.

DB: Dry Bulb; WB: Wet Bulb.

S-36MP1E5

S-36MR1E5

3,6

85

0,38

4,2

70

0,31

Sirocco fan

540 / 420 / 360

39 / 35 / 29

615 x 1.065 x 230

S-45MP1E5

S-45MR1E5

230 V / Single Phase / 50 Hz

4,5

126

0,56

5,0

91

0,41

Sirocco fan

720 / 540 / 480

38 / 35 / 31

615 x 1.380 x 230

29

616 x 904 x 229

21

1/4 (6,35)

1/2 (12,70)

VP-20

39

616 x 1.219 x 229

28

1/4 (6,35)

1/2 (12,70)

VP-20

Optional Controller.

Simplified remote controller

CZ-RE2C2

S-56MP1E5

S-56MR1E5

5,6

126

0,56

6,3

91

0,41

Sirocco fan

900 / 780 / 660

39 / 36 / 31

615 x 1.380 x 230

39

616 x 1.219 x 229

28

1/4 (6,35)

1/2 (12,70)

VP-20

S-71MP1E5

S-71MR1E5

7,1

160

0,72

8,0

120

0,54

Sirocco fan

1.020 / 840 / 720

41 / 38 / 35

615 x 1.380 x 230

39

616 x 1.219 x 229

28

3/8 (9,52)

5/8 (15,88)

VP-20

28%

SELF-DIAGNOSING

ECONAVI and INTERNET CONTROL: Optional.

254

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTOMATIC RESTART INTERNET CONTROL

BMS

CONNECTIVITY

NEW / VRF SYSTEMS

HYDROKIT FOR ECOi

WATER AT 45°C

Connect the Hydrokit to your VRF system, together with other indoor units.

Technical focus

· Only with 3-Pipe ECOi MF2 6N Series outdoor units

· Remote controller CZ-RTC5 common use with DX Coil indoor units ECOi and PACi

Basic principle & advantage

Hydrokit module provides hot water by using waste heat that is recovered from standard airconditioning indoor unit in cooling mode.

Total system performs high energy efficiency by this heat recovering operation, and it gives an advantage for the environmental-friendly assessment scheme (ex. BREEAM in UK).

Hydrokit control function / CZ-RTC5

· CZ-RTC5 is updated version from CZ-RTC3. It can be used for hydrokit and also normal indoor unit. CZ-RTC5 checks the type of connected unit and switch hydrokit or air conditioner style of display automatically

· Operating mode on hydrokit style to be set at initial setting of the system from following modes: tank mode or air conditioning mode

Overview: hydromodule in VRF system

· Multiple hydromodule connection in same circuit is available

· Each module can be set different operation mode either hot water supply mode or space heating mode (both operation modes are not able to set at 1 hydromodule)

· 3-Pipe control solenoid valve kit is necessary for each indoor unit and hydromodule

Max 65°C (with E-heater).

Water heating

3-Pipe ECOi MF2

6N Series outdoor unit

Heat recovery from standard indoor units

Hot water supply

Max 45°C

Space heating

* Cold water also available.

Optional Controller.

Control for hotel application

PAW-RE2C3

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Econavi Sensor.

CZ-CENSC1

Model*

Power source

Cooling capacity

Heating capacity

Power input heating (hydrokit)

Operating current heating (hydrokit)

Maximum temperature

Dimensions

Net weight

Water pipe connector

Water pump (built-in)

Water flow rate

H x W x D

Cooling

Heating

Sound pressure level

Pipe connections

Operation range

Liquid

Gas

Drain piping

Cooling

Heating

Ambient

Water

Ambient

Water

°C

°C

°C

°C

Connectable system

Maximum Indoor ratio (connectable hydrokit module capacity ratio) kW kW

W

S-80MW1E5

230 V / Single Phase / 50 Hz

8,0

9,0

A

°C mm kg inch l/min l/min

~45 / ~65 ¹

892 x 502 x 353

R1 1/4

DC motor (A class)

22,9

25,8 dB(A) — inch (mm) 3/8 (9,52) inch (mm) 5/8 (15,88)

15 ~ 17 mm (inner size)

+10 / +43

+5 / +20

-20 / +32

+25 / +45

Rating Conditions: Cooling Indoor 27°C DB / 19°C WB. Cooling Outdoor 35°C DB / 24°C WB. Heating Indoor 20°C DB. Heating Outdoor 7°C DB / 6°C WB. DB: Dry Bulb; WB: Wet Bulb.

S-125MW1E5

230 V / Single Phase / 50 Hz

12,5

14,0

~45 / ~65 ¹

892 x 502 x 353

R1 1/4

DC motor (A class)

35,8

40,1

3/8 (9,52)

5/8 (15,88)

15 ~ 17 mm (inner size)

+10 / +43

+5 / +20

-20 / +32

+25 / +45

3-Pipe (heat recovery type) VRF system (system capable up to 48 HP)

Total indoor unit + Hydrokit capacity: up to 130 % (** ~ **% vs. total outdoor unit capacity)

1) Max 45°C by refrigerant circuit (heat pump cycle), over 45°C is provided by electric heater operation. * Tentative Data.

28%

ECONAVI: Optional.

255

256

Panasonic Ventilation Solutions

For maximum savings and easy integration.

AHU connection kit 16kW, 28kW and 56kW for ECOi and GHP

Heat exchanger, Fan & Fan motor to be mounted in AHU Kit shall be provided in the field.

AHU connection Kit (field supplied) AHU Kit system. (Contents of kit: Control for PCB, expansion valve, sensors).

Application: Hotels, offices, server rooms or all large buildings where air quality control such as humidity control and fresh air and is needed.

AHU Kit combine air conditioning and fresh air in just one solution.

Air Curtain with DX Coil

Highly efficient heating effect

The combined air stream, which has a desirable low air current induction factor (mixing factor), can carry the selected initial temperature effect over long distances, and will reach the floor area while still at room temperature. This is necessary to avoid cooling down the interior spaces.

Energy Recovery Ventilator

· Counter-flow heat exchange element used for reduced noise and slimmer, more compact body shape

· All maintenance can be performed through a single inspection hole

· Straight air supply / exhaust system used for easier installation

· Each unit can be mounted in reverse position.

· Equipped with an Extra-High setting

· Can incorporate a medium performance filter (optional, installed on site)

Air Handling Unit Kit

New AHU Kits connect ECOi and ECO G systems to air handling unit systems, using the same refrigerant circuit as the VRF system.

Large connectivity possibilities mean the Panasonic AHU Kit can be easily integrated.

Application: Hotels, offices, server rooms or all large buildings where air quality control such as humidity control and fresh air and is needed.

2 types of AHU Kit: Advanced and Light

Model Code

PAW-160MAH2 / PAW-280MAH2 /

PAW-560MAH2

PAW-160MAH2L / PAW-280MAH2L /

PAW-560MAH2L

IP 65 0-10V demand control*

Yes Yes

Yes No

Outdoor temperature shift compensation. Cold draft prevention

Yes

No

* With CZ-CAPBC2.

NEW / VRF SYSTEMS / VENTILATION

NEW

16KW // IP65 //

COMPACT BODY

AL1 PV

OUT

SV

ATU

SET

ºC

ºC

5

1

2

AHU Connection Kit

4

6

3

1. Remote control CZ-RTC4

2. New plastic IP 65 Box

3. PAW-T10 PCB for dry contact

4. 0-10V demand control PCB

5. Intelligent thermostat for:

· Cold draft prevention

· Outdoor temperature shift compensation

6. Terminal base for sensors and power supply

PCB, Power trans,

Terminal block

Expansion valve

Thermistor x2

(Refrigerant: E1, E3)

Thermistor x2

(Air: Tf, Tb)

Standard wired remote controller. Included.

Air Curtain with DX Coil

The Panasonic range of air curtains is designed for smooth operation and efficient performance. Air curtains produce a continuous stream of air blown from the top to the bottom of an open doorway and create a barrier that people and products can flow across, but air can’t. Designed to improve energy efficiency, minimise heat loss from a building, and to allow retailers to keep doors open to encourage customers, our Air Curtains are suitable for connection to both VRF and PACi Systems.

Heating capacity comparison: Electrical air curtain / Panasonic air curtain

80

%

more efficient

Electric air curtain

Panasonic air curtain

* With the U-100PE1E5 on the PAW-20PAIRC-MS. Calculation method: Taking as consideration SCOP of the Panasonic combination of 6.0. If 100 is the energy needed for a air curtain, Panasonic Air curtain will need 1/(1-6)*100=20.

Energy Recovery Ventilator

Panasonic Energy Recovery Ventilators help you with your comfort and energy-saving plan

Panasonic Energy Recovery Ventilators can reduce the outside air load because they efficiently recover the heat lost by ventilation during the heat recovery process. This results in energy-saving ventilation and lower running costs for air-conditioning and heating equipment.

Furthermore, by designing our current models with an counter-flow heatexchange element, we achieved products with slim body shapes and quiet operation that create a comfortable and pleasant air-conditioned environment while saving energy.

Dramatic energy savings achieved through adoption of a high-efficiency counter-flow heat-exchange element

When a regular ventilation fan is used¹ When a Energy Recovery Ventilator is used²

Approximately

20

%

reduction

11,870 kJ/h

59,470 kJ/h 47,600 kJ/h

1) Two FY-27FPK7 units. 2) One FY-500ZDY8 unit.

257

AHU connection kit 16, 28 and 56kW for ECOi and GHP

Panasonic AHU Kit, 16-56kW connected to ECOi or ECO G outdoor unit

PCB, Transformer, Solenoid Control Valve, Thermistor x 4 pcs, Terminal

Base and Electrical Component Box.

Main components of mechanical ventilation systems

The main components of a mechanical ventilation system are the following:

Air Handling Unit (AHU), air ducts and air distribution elements.

AHU control kit External BMS

AL1 PV

OUT

ATU

SV

SET

ºC

ºC

Outside air

Exhaust air

Return air

Supply air

0 – 10V Capacity control

ECOi / ECO G outdoor unit Air Handling Unit (AHU)

Demand control on the outdoor unit managed by external 0–10 V signal.

System example for large capacity (more than 56kW)

3 x [PCB, Transformer, Solenoid Control Valve, Thermistor x 4 pcs, Terminal Base and Electrical Component Box].

PAW-280MAH2

Gas temperature

Liquid temperature

16 HP 16 HP 18 HP

Gas tube

Liquid tube

PAW-560MAH2

PAW-560MAH2

Inlet temperature

O_U / I_U communication

Outlet temperature

56 kW

H/E

56 kW

H/E

Example 140kW system

Fan operation signal

28 kW

H/E

Fan motor control PCB

Optional parts: Following functions are available by using different control accessories:

CZ-RTC4 Timer remote controller

· Operation-ON/OFF

· Mode select

· Temperature setting

* Fan operation signal can be taken from the PCB.

CZ-T10 terminal

· Input signal= Operation ON/OFF

· Remote controller prohibition

· Output signal= Operating-ON status

· Alarm output (by DC12V)

PAW-OCT, DC12 V outlet. OPTION terminal

· Output signal= Cooling/Heating/Fan status

· Defrost

· Thermostat-ON

CZ-CAPBC2 Mini seri-para I/O unit

· Demand control 40% to 120% (5% steps) by

0-10V input signal

· Temperature setting by 0-10 V or 0-140

Ω

input signal

· Room (inlet air) temp outlet by 4-20 mA

· Mode select or/and ON/OFF control

· Fan operation control

· Operation status output/ Alarm output

· Thermostat ON/OFF control

PAW-T10 PCB to connect to T10 connector

· A Dry contact PCB has been developed to easily control the unit

· Input signal operation ON/OFF

· Remote control prohibition

· Output signal Operation ON status maximum

230 V 5 A (NO/NC)

· Output signal alarm status max. 230 V 5 A (NO/NC)

· Additional available contacts:

- External humidifier control (ON/OFF) 230 VAC 3 A

- External fan control (ON/OFF) 12V DC

- External filter status signal potential free

- External float switch signal potential free

- External leakage detection sensor or TH. OFF contact potential free (possible usage for external blow out temperature control)

258

NEW / VRF SYSTEMS / VENTILATION

6N series 2-Pipe ECOi outdoor unit shall be used for AHU Connection Kit. 3 models for VRF system: 5 HP (PAW-160MAH2), 10 HP (PAW-280MAH2) and 20 HP (PAW-560MAH2).

With GHP outdoor units:

· One AHU kit may be used for one GHP unit (2-Pipe, 56kW). Multiple AHU kits cannot be used

· Mixed with standard indoor units is not allowed

· Power specifications are Single Phase 220 V to 240 V

Technical focus

· Maximum capacity: 60HP (168kW)

· Maximum piping length: 100 m (120 m equivalent)

· Elevation difference (O_U~I_U): 50 m (O_U above)

· Elevation difference (I_U~I_U): 4 m

· In/Out capacity ratio: 50~100%

Maximum I_U number: 3 units*

· Outdoor temperature range in Heating: -20 - 15°C

· Available temperature range for the suction air at AHU Kit: Cool: 18 - 32°C / Heat: 16 -

30°C

* To be simultaneous operation controlled by one remote controller sensor.

· The systems is controlled by the suction air (or room return air) temperature (same as standard indoor unit). (Selectable mode: Automatic / Cooling / Heating / Fan / Dry (but same as Cool)

· The discharge air temperature is also controlled to prevent too-low air discharge in cooling or too-high air discharge in heating (in case of VRF)

· Demand control (Forcible thermostat-OFF control by operating current)

· Defrost operation signal, Thermo-ON/OFF states output

· Drain pump control (Drain-pump and the float switch to be supplied in local)

· External target temperature setting via Indoor/Outdoor signal interface is available with

CZ-CAPBC2 (Ex. 0 – 10 V)

· Demand control 40% to 120% (5% steps) by 0-10V input signal

· Connectable with P-LINK system. Special care for electrical noise may be necessary depending on the on-side system

· Fan control signal from the PCB can be used for control the air volume (High/Mid/Low and

LL for Th-OFF). Need to change the fan control circuit wiring at field

System & regulations. System overview

1. AHU Kit equipment (Field supplied) 6. Thermistor for Gas pipe (E3)

2. AHU Kit system controller (Field supplied)

3. AHU Kit controller box (with control PCB)

4. Thermistor for Discharge air

5. Electronic expansion valve

7. Thermistor for Liquid pipe (E1)

8. Thermistor for Suction air

9. Inter-unit wiring

10. Outdoor unit 4

5

6

7

1

8

2

3

1

2

3

Included Controller.

Timer remote controller

CZ-RTC4

9

10

4

5

6

7

8

9

10

HP

Model

5 HP

PAW-160MAH2

10 HP

PAW-280MAH2

20 HP

PAW-560MAH2

30 HP

PAW-280MAH2 +

PAW-560MAH2

40 HP

PAW-560MAH2 +

PAW-560MAH2

50 HP

PAW-560MAH2 +

PAW-560MAH2 +

60 HP

PAW-560MAH2 +

PAW-560MAH2 +

Nominal cooling capacity @ 50Hz

Nominal heating @ 50Hz

Cooling airflow High

Low

Bypass factor

Dimensions of the box H x W x D

Weight

Piping length Min / Max

Elevation difference (in/out) Max

Piping connections

Intake temperature of

AHU Kit

Liquid pipe

Gas pipe kW kW mm kg m m

Cooling (Min / Max) °C

Heating (Min / Max) °C

14,0

16,0 m³/min 2.600

303 x 232 x 110

3,2

10 / 100

10 inch (mm) 3/8 (9,52) inch (mm) 5/8 (15,88)

28,0

31,5

5.000

m³/min 1.140

3.500

7.000

10.500

14.000

17.500

21.000

0,9 (recommended) 0,9 (recommended) 0,9 (recommended) 0,9 (recommended) 0,9 (recommended) 0,9 (recommended) 0,9 (recommended)

404 x 425 x 78

6,3

10 / 100

10

3/8 (9,52)

7/8 (22,22)

56,0

63,0

10.000

404 x 425 x 78

6,3

10 / 100

10

5/8 (15,88)

1 1/8 (28,58)

84,0

95,0

15.000

404 x 425 x 78

6,3

10 / 100

10

3/4 (19,05)

1 1/4 (31,75)

112,0

127,0

20.000

404 x 425 x 78

6,3

10 / 100

10

3/4 (19,05)

1 1/2 (38,15)

PAW-280MAH2

140,0

155,0

25.000

404 x 425 x 78

6,3

10 / 100

10

3/4 (19,05)

1 1/2 (38,15)

PAW-560MAH2

168,0

189,0

30.000

404 x 425 x 78

6,3

10 / 100

10

3/4 (19,05)

1 1/2 (38,15)

+18 / +32 (+13 / +23) +18 / +32 (+13 / +23) +18 / +32 (+13 / +23) +18 / +32 (+13 / +23) +18 / +32 (+13 / +23) +18 / +32 (+13 / +23) +18 / +32 (+13 / +23)

+16 / +30 +16 / +30 +16 / +30 +16 / +30 +16 / +30 +16 / +30 +16 / +30

Ambient temperature of outdoor unit

Cooling (Min / Max) °C

Heating (Min / Max) °C

-10 / +34

-10 / +15

-10 / +34

-10 / +15

-10 / +34

-10 / +15

-10 / +34

-10 / +15

-10 / +34

-10 / +15

-10 / +34

-10 / +15

-10 / +34

-10 / +15

AHU connection kit / System combination

Capacity ( HP) Outdoor unit combination

28kW (10 HP)

56kW (20 HP)

84kW (30 HP)

U-10ME1E81

U-20ME1E81

U-16ME1E81

112kW (40 HP)

140kW (50 HP)

168kW (60 HP)

U-20ME1E81

U-18ME1E81

U-20ME1E81

56kW (20 HP) U-20GE2E5

U-14ME1E81

U-20ME1E81

U-16ME1E81

U-20ME1E81

U-16ME1E81

U-20ME1E81

AHU kit combination

PAW-280MAH2

PAW-560MAH2

PAW-560MAH2

PAW-560MAH2

PAW-560MAH2

PAW-560MAH2

PAW-560MAH2

PAW-280MAH2

PAW-560MAH2

PAW-560MAH2

PAW-560MAH2

PAW-280MAH2

PAW-560MAH2

259

Air Curtain with DX Coil, connected to the VRF or PACi Systems

Highly efficient heating effect

The combined air stream, which has a desirable low air current induction factor (mixing factor), can carry the selected initial temperature effect over long distances, and will reach the floor area while still at room temperature. This is necessary to avoid cooling down the interior spaces.

Available in different lengths to suit requirements between 1 and 2,5 m, both air curtains have outlet grilles that can be adjusted to five different positions. The jet flow model can be installed up to a height of 3,5 m with the standard model up to 3,0 m. The outlet grilles can be easily adjusted into five positions to suit different installations requirements and the air filter can be accessed without the need for specialist tools.

· Super-efficient with new EC fan motor (40% lower running costs compared to a standard AC fan motor)

· Easy Cleaning and Servicing

· Can be connected to either Panasonic VRF or PACi systems

· Built-in drain for cooling operation

· Standard and Jet Flow air curtains can be controlled via Panasonic’s range of remote internet controls

The new standard and jet-flow models are ideal for connection to a ECOi or PACi system. With simple

“plug and play” installation, both are fitted with an EC fan motor for a smooth operation and efficient performance. This new fan guarantees 40% lower running cost than with a standard AC fan motor.

With air curtains often running for 12 hours a day as a minimum, this can lead to considerable savings.

Intelligent Operation

Our air curtains combine airflow and heating / cooling technology to ensure optimum comfort and energy efficiency whilst also creating an effective barrier between indoor and outdoor environments. Design and installation is key to achieving the correct height / temperature settings to achieve optimum performance. Our air curtains are designed to answer the demands of the retail, commercial and industrial markets.

100 mm

Height / Temperature

Supply air exit

0,0 m / 34°C

Open air

0,5 m / 30°C

Air curtain

Inside air

1,0 m / 26°C

Optimised airflow velocity

1. Energy losses, no air curtain installed

2. Too low velocity air curtain – air curtain not efficient

3. Optimum results with the Tekadoor air curtain connected to Panasonic VRF

4. Too high velocity air curtain – considerable turbulence, energy lost to the outside, air curtain not efficient

1 2 3

Ideal airflow.

1,5 - 2 m/s at 15 cm from the floor

4

0 m/s 0,5 m/s 2,0 m/s 5,0 m/s

1,5 m / 23°C

2,0 m / 21°C

2,5 m / 20°C

Induction open air

Induction inside air

For a optimum efficiency, Air flow velocity at 15 cm from the floor should be 1,5 to 2,0 m/s

Floor

How does it work?

Stale air from the room is taken in and ejected near the door. This creates a ‘roll of air’ that shields the door area, mixing with the colder incoming air. It then turns away from the door, back into the room and toward the intake screen, where it is partly drawn in again. This flow of air helps to create a barrier for heat loss yet at the same time refreshes room air.

Internet Control

An app added to your tablet or smartphone or via the

Internet allows you to control and manage the system remotely. There is also the option to integrate into existing BMS systems by using other

Panasonic interfaces.

260

NEW / VRF SYSTEMS / VENTILATION

High efficiency Air curtain connected to your VRF installation. EC Fan motor for a smooth operation and efficient performance. 2 types of Air flow available: Jet-Flow and Standard.

2015 Fan Standard available today. Easy Cleaning and Servicing.

Technical focus

· Save up to 40% Energy Costs by use of the integrated EC Fan Technology (Higher efficiency than conventional AC fan, soft start and longer motor duration)

· 3 Lengths of Air Curtains Jet-Flow, from 1,0 to 2,0 m and 2 lengths of Air Curtains

Standard, 1,0 and 2,0 m

· Installation Height up to 3,5 m (Jet-Flow) and 3,0 m (Standard)

· Outlet Grilles can be adjusted in five positions, to suite different Indoor and installation requirements (Jet-Flow)

· Control with Panasonic Remote Control systems (optional)

· Direct integration to BMS by optional Panasonic Interfaces

· Drain included for cooling operation

Features

Comfort

· Easy redirection of Airflow by means of manual deflector (Jet-Flow)

Ease of use

· Speed selector (high and low) on the unit itself

Easy installation and maintenance

· Easy installation

· Compact dimensions improve installation and positioning (Jet-Flow)

· Easy cleaning of grid without opening of the unit

Max installation high

Jet-Flow: 3,5 m

Standard flow: 3,0 m

HP

Air Curtain

Air flow type

Airflow Length (A)

Air volume

Cooling capacity nominal²

Condensing temperature

Subcooling

Pressure

Liquid pipe / Gas pipe

Fan

Protecting Fuse

Noise

Dimensions

Weight

High / Med / Low

Heating capacity nominal

Heating capacity with air in 20°C, air out 40°C

Heating capacity with air in 20°C, air out 35°C

Heating capacity with air in 20°C, air out 30°C

Max installation height Good condition

Normal condition

Bad condition

Refrigerant

Hot gas temperature

Fan type

Currency High / Med / Low

Electrical Consumption High / Med / Low

W x H x D

Mini ECOi with air out 40°C

Mini ECOi with air out 35°C

Mini ECOi with air out 30°C

ECOi with air out 40°C

ECOi with air out 30°C or 35°C

GHP all temperatures m m³/h kW kW kW kW kW m m m

°C

°C

K bar inch (mm)

A kW

A dB(A) mm kg

70

50

5

45

3,5

3,1

2,7

R410A

11,4

11,9

8,9

5,9

4 HP

PAW-10EAIRC-MJ

Jet-Flow

1,0

1.800 / 1.500 / 1.200

9,2

6 HP

PAW-15EAIRC-MJ

1,5

2.700 / 2.300 / 1.900

17,5

25,0

17,9

13,4

8,9

3,5

3,1

2,7

R410A

70

50

5

45

8 HP

PAW-20EAIRC-MJ

2,0

3.600 / 3.000 / 2.500

23,1

31,5

23,9

17,9

11,9

3,5

3,1

2,7

R410A

70

50

5

45

14 HP

PAW-25EAIRC-MJ

2,5

4.500 / 3.800 / 3.100

24,4

31,5

29,9

22,4

14,9

3,5

3,1

2,7

R410A

70

50

5

45

4 HP

PAW-10EAIRC-MS

Standard

1,0

1.800 / 1.500 / 1.200

9,2

11,4

11,9

8,9

5,9

3

2,7

2,4

R410A

70

50

5

45

8 HP

PAW-20EAIRC-MS

2,0

2.700 / 2.300 / 1.900

17,5

31,5

17,9

13,4

8,9

3

2,7

2,4

R410A

70

50

5

45

3/8 (9,52) / 5/8 (15,88) 3/8 (9,52) / 3/4 (19,05) 3/8 (9,52) / 7/8 (22,22) 3/8 (9,52) / 7/8 (22,22) 3/8 (9,52) / 5/8 (15,88) 3/8 (9,52) / 7/8 (22,22)

230V / 50Hz / 1 / N / PE 230V / 50Hz / 1 / N / PE 230V / 50Hz / 1 / N / PE 230V / 50Hz / 1 / N / PE 230V / 50Hz / 1 / N / PE 230V / 50Hz / 1 / N / PE

EC

2,1 / 0,8 / 0,3

0,44 / 0,17 / 0,06

EC

2,8 / 1,1 / 0,4

0,59 / 0,23 / 0,08

EC

4,2 / 1,6 / 0,6

0,89 / 0,34 / 0,12

EC

4,9 / 1,9 / 0,7

1,03 / 0,40 / 0,14

EC

2,1 / 0,8 / 0,3

0,44 / 0,17 / 0,06

EC

4,2 / 1,6 / 0,6

0,89 / 0,34 / 0,12

M16A

40 - 55

1.210 x 260 x 590

70

M16A

40 - 56

1.710 x 260 x 590

100

M16A

40 - 57

2.210 x 260 x 590

138

M16A

40 - 58

2.710 x 260 x 590

160

M16A

40 - 55

1.210 x 260 x 490

60

M16A

40 - 57

2.210 x 260 x 490

128

U-4LE1E5/8¹

U-4LE1E5/8¹

U-4LE1E5/8¹

All models

All models

All models

U-6LE1E5/8¹

U-4LE1E5/8¹

U-4LE1E5/8¹

All models

All models

All models

U-6LE1E5/8¹

U-4LE1E5/8¹

All models

All models

All models

U-5LE1E5/8¹

U-4LE1E5/8¹

U-4LE1E5/8¹

U-4LE1E5/8¹

All models without 8HP All models

All models All models

All models All models

1) or bigger size. 2) Rated Conditions Cooling Outdoor +35°C DB Indoor +27°C DB/+19°C WB, Discharge temperature ³ 16°C.

All combinations under rated conditions: Heating Outdoor +7°C DB/+6°C WB Indoor +20°C DB. In case of lower outdoor temperatures a higher capacity outdoor unit model may be necessary.

U-6LE1E5/8¹

U-4LE1E5/8¹

U-4LE1E5/8¹

All models

All models

All models

BMS

CONNECTIVITY

261

Energy Recovery Ventilator

Suppresses indoor temperature changes while providing fresh air.

Energy efficiency and ecology

Energy consumption is dramatically reduced by using a counter-flow heatexchange element. Air conditioning load is reduced by approximately 20%, resulting in significant energy savings.

Comparison of former and current elements

With the cross-flow element, air moves in a straight line across the element; with the counter-flow element, air flows through the element for a longer time (longer distance), so the heat-exchange effect remains unchanged even if the element is made thinner.

Long service life of heat-exchange element

We used a nonwoven cloth filter with a high dust collection efficiency and redesigned the air flow passages to achieve a durable heat-exchange element that requires no periodic cleaning.

Changes in airflow resistance based on number of years in service

20

Service

15

Former element requires periodic cleaning.

10

Cleaning

5

The counter-flow type element requires no periodic cleaning because it produces practically no increase in resistance.

Number of years in service

Former element before cleaning Former element after cleaning New element

Former (cross-flow element) New (counter-flow element)

Heat exchange ventilation and normal ventilation

Energy-saving ventilation can be achieved through the proper use of heatexchange ventilation and normal ventilation.

Heat exchange ventilation

When a room is cooled or heated, the exhausted cooling / heating energy is recovered by heat-exchange ventilation.

Normal ventilation

This is used in the spring and autumn, when rooms are not cooled or heated, that is, when there is little difference between the indoor and outdoor air conditions. In addition, at night during the hot season, when the outside air temperature drops the outside air is drawn inside without heat exchange, alleviating the load on the air conditioning equipment.

The heat exchanger is made up of a membrane manufactured from a special material covered in resin for optimal heat transmission. The nylon/ polyester fibre filter offers high dust retention capacity. We have also redesigned the air ducts to obtain a long-lasting heat exchange system which does not need periodic cleaning.

Easy Installation and Maintenance

Slim shape and easier installation

Counter-flow heat exchange element used for reduced noise and slimmer, more compact body shape.

270 mm Height: FY-250ZDY8 // FY-350ZDY8 // FY-500ZDY8

388 mm Height: FY-800ZDY8 // FY-01KZDY8A

Reverse mountable direct air supply / exhaust system

Adoption of straight air supply / exhaust system: Duct design is simplified because the air supply / exhaust ducts are straight.

Since each unit can be mounted in reverse position, only one inspection hole is needed for two units: Two units can share one inspection hole so duct work is easier and more flexible.

Straight unit

Room air Supply air

Exhaust air Outside air

Heat exchanger

With the cross-flow element, air moves in a straight line across the element. With the counter-flow element, airflows through the element for a longer time (longer distance), so the heat-exchange effect remains unchanged even if the element is made thinner.

Balanced Ventilation

Winter

Cool

Inspection cover

Inspection hatch

Summer

Warm

Supply air Room air

Reverse mounted unit

Outside air Exhaust air

Warm Cool

More Comfort

Quiet operation

Low noise operation results in noticeably quieter units. All models with capacities below 500 m³/h run at noise levels below 32 dB (High setting) and even our largest 1.000 m³/h-capacity model runs at only 37,5 dB (High setting).

Cool

Outside Inside

Warm

Warm

Outside Inside

Cool

262

NEW / VRF SYSTEMS / VENTILATION

Recovers up to 77% of the heat in the outgoing air, for an ecological and energy efficient building.

Technical focus

· High energy saving, up to 20%

· Counter Cross Flow technology for better efficiency

· Long life element core

· Easy installation and 20% less thickness

· Easy connection to air conditioning units

· Super quiet units

Features

Healthy Air

· The filter guarantees healthier air

Energy efficiency and ecology

· Up to 20% energy saving in the installation

· Recovers up to 77% of the heat in the outgoing air

Comfort

· Cleaning reduced due to the revolutionary structure of the exchanger (recommended every

6 months)

· Ideal for indoor spaces without windows

Easy Installation And Maintenance

· 6 models for easier selection

· Reduced system height (270 mm and 388 mm)

· Side opening for cleaning (inspection of filter, motor and other parts)

· Installation can be reversed to share an inspection opening between 2 machines

· Easy connection to the air conditioning unit (without additional elements)

· Installation in false ceilings

· Units operate at 220 - 240 V

· High static pressure for easier installation

Rated flow rate

Models

250 m³/h

FY-250ZDY8

350 m³/h

FY-350ZDY8

500 m³/h

FY-500ZDY8

800 m³/h

FY-800ZDY8

1000 m³/h

FY-01KZDY8A

Power Source

Heat Exchange Ventilation

Input

Air Volume

External Static Pressure

Noise dB

Temp. Exchange Efficiency %

W

220 - 240 V - 50 Hz

E - High

m³/h 250

Pa 105

High

112 - 128 108 - 123 87 - 96

250

95

Low

190

45

220 - 240 V - 50 Hz

E - High High Low

220 - 240 V - 50 Hz

E - High High Low

220 - 240 V - 50 Hz

E - High High Low

220 - 240 V - 50 Hz

E - High High Low

182 - 190 178 - 185 175 - 168 263 - 289 204 - 225 165 - 185 387 - 418 360 - 378 293 - 295 437 - 464 416 - 432 301 - 311

350

140

350

60

240

45

500

120

500

60

440

35

800

140

800

110

630

55

1.000

105

1.000

80

700

75

30,0 - 31,5 29,5 - 30,5 23,5 - 26,5 32,5 - 33,0 30,5 - 31,0 22,5 - 25,5 36,5 - 37,5 34,5 - 35,5 31,0 - 32,5 37,0 - 37,5 36,5 - 37,0 33,5 - 34,5 37,5 - 38,5 37,0 - 37,5 33,5 - 34,5

75 75 77 75 75 78 75 75 76 75 75 76 75 75 79

Normal Ventilation

Input

Air Volume

External Static Pressure

Noise

W m³/h

Pa dB

Temp. Exchange Efficiency %

Dimensions (W x D x H) mm

Weight kg

E - High High Low

112 - 128 108 - 123 87 - 96

250

105

250

95

190

E - High High Low E - High High Low E - High High Low E - High High Low

182 - 190 178 - 185 175 - 168 263 - 289 204 - 225 165 - 185 387 - 418 360 - 378 293 - 295 437 - 464 416 - 432 301 - 311

350 350 240 500 500 440 800 800 630 1.000

1.000

700

30,0 - 31,5 29,5 - 30,5 23,5 - 26,5 32,5 - 33,0 30,5 - 31,0 22,5 - 25,5 37,5 - 38,5 37,0 - 38,0 31,0 - 32,5 37,0 - 37,5 36,5 - 37,0 33,5 - 34,5 39,5 - 40,5 39,0 - 39,5 35,5 - 36,5

882 x 599 x 270

29

45

140

60

1.050 x 804 x 317

49

45

120

60

1.090 x 904 x 317

57

35

140

71

110

1.322 x 884 x 388

55

105

80

1.322 x 1.134 x 388

83

75

This noise of the product is the value which was measured at the acoustic room. Actually, in the established condition, that undergo influence by the echoing of the room and so that become bigger than the display numerical value. The input, the current and the exchange efficiency are values at the time of the mentioned air volume. The noise level shall be measured 1,5 m below the centre of the unit. The temperature exchange efficiency averages that of when cooling and when heating.

263

Heat Recovery with DX Coil

Balanced Ventilation

Winter

Cool

Outside Inside

Summer

Warm

Warm

Outside Inside

Interconnection to outdoor/indoor units

P-net communication line

ERV+DX

CZ-RTC4 Indoor terminal units

Cool

Characteristic curves

The following curves show the unit external static pressure at maximum fan speed for each model.

350

300

250

200

1= PAW-500ZDX2

2= PAW-800ZDX2

3= PAW-01KZDX2

150

100

50

1 2 3

0 250 500 750 1.000 1.250

Air flow (m³/h)

264

NEW / VRF SYSTEMS / VENTILATION

Technical focus

· Motorised heat recovery by-pass device automatically controlled by unit control to use fresh air free-cooling when convenient

· The Bioxigen® purifying system, activates when the fan runs, provides an efficient antibacterial treatment, ensuring optimum health of supplied air

General characteristics

· Galvanized steel self-supporting panels, internally and externally insulated

· Counterflow air-to-air heat recovery device, made of sheets of special paper with special sealing to keep airflows separate and only permeable to water vapor. Total heat exchange with temperature efficiency up to 77% and enthalpy efficiency up to 63%, also at high level during summer season

· G4 efficiency class filters with synthetic cleanable media, both on fresh air and return air intake

· Removable side panel to access filters and heat recovery in the event of scheduled maintenance

· Low consumption, high efficiency & low noise direct driven fans with 3-speed EC motors

· Supply section complete with DX Coil (R410A) fitted with solenoid control valve, freon filter, contact temperature sensors on liquid and gas line, NTC sensors upstream and downstream airflow

· Built-in electric box equipped with PCB to control internal fan speed and to interconnect outdoor/indoor units

· Duct connection by circular plastic collars

· CZ-RTC4 Timer remote controller (option)

Optional Controller.

Wired remote controller

CZ-RTC5

Compatible with Econavi

Optional Controller.

Timer remote controller

CZ-RTC4

Compatible with Econavi

Model

Power source

Air volume Hi / Med / Lo m³/h

External static pressure¹ Hi / Med / Lo Pa

Maximum current A

Maximum power input W

Sound pressure level³ Hi / Med / Lo dB(A)

Pipe connections

HEAT RECOVERY

135

33 / 31 / 27

Liquid / Gas inch (mm) 1/4 (6,35) / 1/2 (12,70)

Temperature efficiency summer mode %

Enthalpy efficiency summer mode %

Saved power summer mode

Temperature efficiency winter mode

Enthalpy efficiency winter mode

Saved power winter mode

DX COIL

kW

%

% kW

62,5

60

1,7

76,5 (76,5)

62,3 (64,1)

4,3 (4,8)

Total cooling capacity

Sensible cooling capacity

Off temperature

Off relative humidity

Total heating capacity

Off temperature

Off relative humidity

Cooling

Cooling

Heating

Heating kW kW

°C

% kW

°C

%

PAW-500ZDX2

230 V / Single Phase / 50 Hz

500 / 500 / 360

85 / 45 / 21

1,1

3,7

2,3

14,4

87

3,9 (4,1)

35,4 (34,6)

11 (11)

PAW-800ZDX2

230 V / Single Phase / 50 Hz

800 / 800 / 625

117 / 68 / 18

2,3

300

38 / 36 / 32

1/4 (6,35) / 1/2 (12,70)

59

57

2,5

73 (73)

59 (60,8)

6,5 (7,3)

4,9

3,3

16,2

83

5,4 (5,7)

32,6 (31,7)

12 (13)

PAW-01KZDX2

230 V / Single Phase / 50 Hz

1.000 / 780 / 650

104 / 69 / 17

2,5

310

39 / 37 / 33

1/4 (6,35) / 1/2 (12,70)

59,5

57,5

3,2

73,5 (73,5)

59,5 (61,2)

8,2 (9,0)

5,6

3,8

17,0

82

6,3 (6,7)

31,3 (30,3)

13 (14)

Nominal summer conditions: Outside air: 32°C DB, RH 50%. Ambient air: 26°C DB, RH 50%. Nominal winter conditions: Outside air: -5°C (-10°C) DB, RH 80%. Ambient air: 20°C DB, RH 50%. Cooling mode air inlet condition: 28.5°C DB, RH 50%; evaporating temp. 4°C.

Heating mode air inlet condition: 13°C DB, RH 40% (11°C DB, RH 45%); condensating temperature 49°C. DB: Dry Bulb; RH: Relative Humidity.

1) Referred to the nominal airflow after filter and plate heat exchanger. 3) Referred to 1.5 meters from inlet in free field condition.

SELF-DIAGNOSING

INTERNET CONTROL: Optional.

AUTOMATIC FAN

HUMIDITY CONTROL

MILD DRY AUTOMATIC RESTART INTERNET CONTROL

BMS

CONNECTIVITY

265

266

R22 Renewal

An important drive to further reduce the potential damage to our ozone

Unique R22 Renewal from Panasonic: Fast, easy to install and cost effective

· Panasonic refrigerant oil that doesn’t react to the most common oil types used in air-conditioning systems. This make the mix of oil does not damage the units. The installations is easier

· All Panasonic ECOi units can be install in R22 pipings, no specific models are available

· Up to 33 Bar! When there is any doubt about the strength of the piping, the maximum working pressure can be reduced to 33 bar with a setting in the software of the outdoor unit

Required Parameter setting for the renewal system

Model type Item code Setting data

3-Pipe VRF System 4B Set to 0001 = Renewal system operation

(Factory set = 0000)

2-Pipe VRF System

(ME1E81 series only)

Mini VRF System

4B

4B

Set to 0000 = Renewal system operation

(Factory set = 0002)

Set to –001 = Renewal system operation

(Factory set = 0000)

Remarks

Setting only for

Master unit

Setting only for

Master unit

Depending on the outdoor unit type to be used for renewal installation, one additional setting has to be changed properly before starting a test-run operation of the new system. The renewal system operating condition (design pressure: 3,3MPa) will be set by this parameter change. Refer to the following table and be sure to change the parameter accordingly. A maintenance remote controller for the outdoor unit is required to change the relevant parameter. (See the maintenance remote controller’s instruction manual for further details on connections and usage methods.)

Why renewal?

It is often said that legislation is ruling our lives but sometimes it is there to help save lives. R22 phase out can be described as one of these and from Jan 1st 2010 the use of Virgin (new) R22 refrigerant was banned within the European Community.

Panasonic are doing our part

We at Panasonic are also doing our part – recognising that all finances are under pressure at the moment. Panasonic have developed a clean and cost effective solution to enable this latest legislation to be introduced with as minimum an effect on businesses and cash reserves as possible.

The Panasonic renewal system allows good quality existing R22 pipe work to be re-used whilst installing new high efficiency R410A systems.

By bringing a simple solution to the problem Panasonic can renew all Split

Systems and VRF systems; and depending upon certain restrictions we don’t even limit the manufactures equipment we are replacing.

R22 R410A

R22 RENEWAL

By installing a new high efficiency Panasonic R410A system you can benefit from around 30% running cost saving compared to the R22 system.

Yes...

1. Check the capacity of the system you wish to replace

2. Select from the Panasonic range the best system to replace it with

3. Follow the procedure detailed in the brochure and technical data

Simple...

R22 - The reduction of Chlorine critical for a cleaner future.

Panasonic’s Renewal system allows a completely new VRF system, indoor and outdoor units, to be installed using the existing systems pipe work.

Panasonic’s advanced technology enables the system to work with previously installed pipe work by managing the working pressure within the system down to R22 (33 bar) levels, this ensures the system works safely and efficiently without loss of capacity.

The new equipment can offer increased COP/EER by using state of the art inverter compressor and heat exchanger technology.

Having contacted your Panasonic supplier regarding pipe work restrictions and gained approval to use the Panasonic Renewal System there are three main tests that have to be carried out to ensure that the system can be used effectively.

Firstly a thorough inspection of the pipe work must be carried out and any damage must be repaired.

Secondly an oil test has to be carried out to ensure that the system has not been subject to a compressor burnout during its lifetime, Lastly a VRF

Renewal Kit (CZ-SLK2) has to be installed within the pipe work to ensure that the system is cleaned of any remnants of oil.

VRF Renewal Kit (CZ-SLK2) and Sight Glass

The following shows an overview of the VRF Renewal Kit (CZ-SLK2) that is required when existing tubing is reused. If the exact tube length and tube size of the existing tubing are uncertain, attach a sight glass in accordance with the figure below. It will be used for checking the amount of additional refrigerant charge.

VRF Renewal Kit: CZ-SLK2

Outdoor unit

B A

Filter Drier

Charge Port

Indoor unit side

A B

445 (12, 14, 16 HP)

535 (4,5,6,8, 10 HP)

Connecting tube dimensions (inch (mm)): A Ø 1/2 (12,7) (12, 14, 16 HP) - B Ø 3/8 (9,52) (4,5,6,8 10 HP)

Note: If the tube size does not match that of the existing tubing, use a reducer (field supply) to adjust the tube diameter.

NEW / VRF SYSTEMS

Sight glass (field supply)

If the exact tube length and tube size of the existing tubing are uncertain, attach a sight glass to the liquid tubing, and use it to check whether there is an appropriate amount of additional refrigerant charge.

Attaching the Filter Drier Kit and sight glass

· To adjust the limited pressure level into 3,3 MPa only, special setting is necessary at site.

· A filter Drier shall be attached to the liquid tubing of each outdoor unit.

· High-Pressure switches shall be attached to both the liquid and the gas tubings of each outdoor unit.

· There is no need to remove the Filter Drier Kit after a test run is performed because normal operation continues while it is attached (High pressure switches need to be replaced by 3.3 MPa type (field supplied).

· When attaching the Filter Drier Kit, care shall be taken with reguards to the installation location and orientation of the filter drier and ball valve.

If a mistake is made, the refrigerant is the system needs to be recovered when the filter drier is replaced, which will make maintenance difficult.

· Thermal insulation material (field supply: heat resistance of 80°C or higher and thickness of 10mm or greater) shall be applied to the Filter

Drier Kit.

· The filter drier of the Filter Drier Kit may need to be replaced depending on the condition of the existing unit. Use a Danfoss DMB 164 as the replacement filter drier (field supply).

High-Pressure S/W

Balance tubing

VRF Renewal Kit (CZ-SLK2)

Sight glass (field supply).

If the exact tube lenght and tube size of the existing tubing are uncertain, attach a sight glass to the liquid tubing, and use it to check whether there is an appropriate amount of aditional refrigerant charge.

Gas tubing

Liquid tubing

Procedure for VRF Renewal

Judgment 1 Is the existing pipe work reusable?

Judgment 2 Is the pipe work length and the installation height difference of the existing pipe work within the tolerance ranges of the new system?

Judgment 3 Is the existing pipe work within the ranges of reusable tube size?

Judgment 4 Is the additional refrigerant charge at or below the upper limit?

Judgment 5 Is there a problem with dirt inside the existing pipe work?

Judgments 1 to 4 all ok

Renewal flow

Can the existing pipe work be reused?

Yes

No

Can the existing unit perform cooling operation?

Yes

No

Perform cooling operation for at least 15 minutes, and then perform a pump down to recover refrigerant in the existing unit.

New pipe work needs to be installed.

Recover the refrigerant using a refrigerant recovery device.

Remove the existing indoor and outdoor units

Judgment 5

Is there a problem with dirt inside the existing pipe work?

No

Install the new indoor and outdoor units, and attach the VRF Renewal Kit (CZ-SLK2). If the exact length of the pipe work is uncertain, attach a sight glass to aid charging. If the gas pipe size of the main pipeing is three sizes larger, add oil. (Judgment 3 item)

If the existing pipe length and pipe size are uncertain, charge with the minimum amount of additional refrigerant that was calculated in Judgment 4. Furthermore, determine whether the minimum amount of additional refrigerant charge resulted in an appropriate amount of refrigerant charge for the whole system by checking the system sight glass and system pressures during a cooling test run.

Recheck

Recheck

Is there any history of compressor failure in the existing unit?

No

Could the existing unit perform the cooling operation?

Yes

Yes

No

Perform a heating test run.

(1) Operate in heating test run mode for 30 minutes.

(2) Replace the filter driers of all outdoor units.

*Obtain replacement filter driers separately.

Perform a cooling test run: If the minimum amount of additional refrigerant was added when the exact existing pipe lengths were uncertain, check the condition of flowing refrigerant through the sight glass attached to the liquid piping - add as required. However, the amount of additional refrigerant charge should not exceed the maximum level.

267

Branches and Headers

Dimensions and Tube Sizes of Branches and Headers for 2-Pipe ECOi 6N Systems

Optional Distribution Joint Kits

See the installation instructions packaged with the distribution joint kit for the installation procedure.

Outdoor unit side

Cooling capacity after distribution

68,0kW or less

From 68,0kW to 168,0kW

Remarks

CZ-P680PH2BM

CZ-P1350PH2BM

Indoor unit side

Cooling capacity after distribution

22,4kW or less

From 22,4kW to 68,0kW

From 68,0kW 168,0kW or less

Tubing size (with thermal insulation)

CZ-P680PH2BM: For outdoor unit side (Capacity after distribution joint is 68,0kW or less).

Gas tubing Liquid tubing

517

232 285

15 30 20 20 15

15 20 20 20 30

15 20 30

200

10

420

220

25 20 20 15

Remarks

CZ-P224BK2BM

CZ-P680BK2BM

CZ-P1350BK2BM

3

3

1 i 16 i 12.81

i 9.64

i 28,71 i 25,54 i 22,40 i 19,17

2

265

288

CZ-P1350PH2BM: For outdoor unit side (Capacity after distribution joint is greater than 68,0kW and no more than 168,0kW).

Gas tubing Liquid tubing

500 420

245 255 200 220

15 35 25 25 20

10

20 35

15 20 20 20 30

25 20 20 15

1

2

Unit:mm

315

i 31,88

i 28,71

i 25,53

i 22,40

i 19,17

1

3

2

CZ-P224BK2BM: For indoor unit side (Capacity after distribution joint is 22,4kW or less).

Gas tubing Liquid tubing

420

3 4 5 6

6 5 4 3 2

100

1 2 3

5 4 3 2

268

265

300 i 16 i 12.81

i 9.64

3 2 1

90

3 2 1

1

2

3

Unit:mm

Unit:mm

Dimensions and Tube Sizes of Branches and Headers for 2-Pipe ECOi 6N Systems

NEW / VRF SYSTEMS

CZ-P680BK2BM: For indoor unit side (Capacity after distribution joint is greater than 22,4kW and no more than 68,0kW).

Gas tubing Liquid tubing

517

320

5 6 7 8

8 7 6 5 4 3

115

1 2 3 4

4 3 2 1

80

4 3 2 1

8 7 6 5 4 3

CZ-P1350BK2BM: For indoor unit side (Capacity after distribution joint is greater than 68,0kW and no more than 168,0kW).

Gas tubing Liquid tubing

500

7 8

1 2 3

420

11 9 8 7

120

Adat 4

3 4 5 6

Adat 69

7 8 9

8 9 11

7 6 5 4 3

Adat 25

6 5 4 3 2

100

Unit:mm

5 4 3 2

Unit:mm

2

3

4

5

Diameters

1 6,35 mm 1/4’’

9,52 mm 3/8’’

12,70 mm 1/2’’

15,88 mm 5/8’’

19,05 mm 3/4’’

7

8

Diameters

6

9

10

22,40 mm 7/8’’

25,40 mm 1’’

28,57 mm 1’’ 1/8

31,75 mm 1’’ 1/4

34,92 mm 1’’3/8

Diameters

11

12

13

14

38,10 mm 1’’1/2

41,28 mm 1’’5/8

44,45 mm 1’’3/4

50,80 mm 2’’

Header pipe set for ECOi 6N 2-Pipe system

CZ-P4HP4C2BM: Header pipe models for 2-Pipe systems.

11 10 9

576

6 7 8 9

2

3

Diameters

1

4

6,35 mm 1/4’’

9,52 mm 3/8’’

12,70 mm 1/2’’

15,88 mm 5/8’’

3

4

5

6

7

Diameters

5

8

19,05 mm 3/4’’

22,40 mm 7/8’’

25,40 mm 1’’

28,57 mm 1’’ 1/8

3 4 5

1

2

569

Diameters

9

10

11

31,75 mm 1’’ 1/4

34,92 mm 1’’3/8

38,10 mm 1’’1/2

269

Branches and Headers

Dimensions and Tube Sizes of Branches and Headers for 3-Pipe ECOi 6N Systems (MF2)

Optional Distribution Joint Kits

See the installation instructions packaged with the distribution joint kit for the installation procedure.

For outdoor unit

Capacity after distribution joint

68,0kW or less

Greater than 68,0kW and no more than 135,0kW

Remarks

CZ-P680PJ2BM

CZ-P1350PJ2BM

For indoor unit

Capacity after distribution joint

22,4kW or less

Greater than 22,4kW and no more than 68,0kW

Greater than 68,0kW and no more than 135,0kW

Tubing size (with thermal insulation)

CZ-P680PJ2BM: For outdoor unit side (Capacity after distribution joint is 68,0kW or less).

Gas tubing Discharge tubing

295

295

8 7 6 5

8

8

6

5

7

8

7 6 5 4

216

6 7 8

8

6

5

4

7

7

206

8

7

7

8

Liquid tubing

Remarks

CZ-P224BH2BM

CZ-P680BH2BM

CZ-P1350BH2BM

3

5

2

4

6

6 5 4 3 2

165

380

Unit:mm

CZ-P1350PJ2BM: For outdoor unit side (Capacity after distribution joint is greater than 68,0kW and no more than 135,0kW).

Suction tubing

375

8 7 6 5

Discharge tubing

330

8 8

Liquid tubing

3

5

9 11

9

308

100

8 9

7 8

8

242

9

210

9

6

7

5

8

11

9 11 8 7 6 5

6

7

5

8

260

165

380

2

4

6

6 5 4 3 2

Unit:mm

CZ-P224BH2BM: For outdoor unit side (Capacity after distribution joint is 22,4kW or less).

Suction tubing Discharge tubing

290

210

Liquid tubing

2

3

4 5

5 4 3

142

4 3

3 4

107

2 3 3 2

68

3

4

5

3

4

235

Unit:mm

270

Dimensions and Tube Sizes of Branches and Headers for 3-Pipe ECOi 6N Systems (MF2)

NEW / VRF SYSTEMS

CZ-P680BH2BM: For outdoor unit side (Capacity after distribution joint is greater than 22,4kW and no more than 68,0kW).

Suction tubing Discharge tubing Liquid tubing

408

388

8 7 6 5

4

3

5

2

6

5 6 7 8

266 266

8

4

5

6

7

4

5

3

6

7

380

CZ-P1350BH2BM: For outdoor unit side (Capacity after distribution joint is greater than 68,0kW and no more than 135,0kW).

Suction tubing Discharge tubing

5

4 3

Liquid tubing

7

6

5

8

11

193

(x 2)

11

6

5

7

8

193

4

3

5

2

6

11 8 7 6 5

11 8 7 6 5

400

400

380

2

3

4

5

Diameters

1 6,35 mm 1/4’’

9,52 mm 3/8’’

12,70 mm 1/2’’

15,88 mm 5/8’’

19,05 mm 3/4’’

7

8

Diameters

6

9

10

22,40 mm 7/8’’

25,40 mm 1’’

28,57 mm 1’’ 1/8

31,75 mm 1’’ 1/4

34,92 mm 1’’3/8

Diameters

11

12

13

14

38,10 mm 1’’1/2

41,28 mm 1’’5/8

44,45 mm 1’’3/4

50,80 mm 2’’

6 5

4 3 2

165

Unit:mm

6 5 4 3 2

165

Unit:mm

Header pipe set for ECOi 6N 3-Pipe system

CZ-P4HP3C2BM: Header pipe model for 3-Pipe systems.

576

3 4 5

6 7 8 9

3

4

5

1

2

2

3

Diameters

1

4

6,35 mm 1/4’’

9,52 mm 3/8’’

12,70 mm 1/2’’

15,88 mm 5/8’’

6

7

Diameters

5

8

19,05 mm 3/4’’

22,40 mm 7/8’’

25,40 mm 1’’

28,57 mm 1’’ 1/8

569

6 7 8 9

3

4

5

Diameters

9

10

11

31,75 mm 1’’ 1/4

34,92 mm 1’’3/8

38,10 mm 1’’1/2

576

271

ECOi and ECO G outdoor units dimensions

Mini ECOi High efficiency 4-6 HP

Top view

105

170

219

660

75 75

4 x Ø 32 holes (holes for drain)

Of the 4 Ø 32 holes, use 1 of the 2 holes specified for drain use to install the port.

Use rubber plugs to seal the remaining 3 holes.

110

4

50

13

Front view

940

Air discharge

13

1

1 Mounting hole (4-R6.5), anchor bolt:

Size (mm)

M10

2 Refrigerant tubing (liquid tube), flared connection Ø 9,52

3

4 Refrigerant tubing port

5 Electrical wiring port

6

7 Electrical wiring port

8

Refrigerant tubing (gas tube), flared connection

Electrical wiring port

Electrical wiring port

15,88 or 19,05

Ø 16

Ø 19

Ø 29

Ø 38

20

5 6 7

8 4

9

60

55

2

3

Side view

Air discharge

4

5

60

87

20

64

Air intake

6

7

8

Mini ECOi High efficiency 8-10 HP

272

NEW / VRF SYSTEMS

2-Pipe ECOi 6N Series 8-12 HP

Front view

Air discharge

Electrical component box

3

4

2

Top view

Air intake

363

71*

* Installation fixing bracket, installation side.

601

628 71*

2-Pipe ECOi 6N Series 14-16 HP

Front view

Air discharge

Electrical component box

3

4

2

740

(installation hole pitch)

770

1

A 894 (installation hole pitch). The tubing is routed out frpm the front

B 730 (installation hole pitch). The tubing is routed out frpm the front

C 730 (installation hole pitch)

1 Installation holes (8-15x21 elongated holes) anchor bolts M12 or larger

2 Pressure outlet port (for high pressure: Ø 7.94 Scrader-type connection)

3 Pressure outlet port (for low pressure: Ø 7.94 Scrader-type connection)

4 Knock-out hole for connecting pressure gauge (optional)

5 Terminal board

6 Terminal board (for inter-outdoor-unit control wiring)

Top view

Air intake

363

601

71*

* Installation fixing bracket, installation side.

858 71*

970 (installation hole pitch)

1000

1

A 894 (installation hole pitch). The tubing is routed out frpm the front

B 730 (installation hole pitch). The tubing is routed out frpm the front

C 730 (installation hole pitch)

1 Installation holes (8-15x21 elongated holes) anchor bolts M12 or larger

2 Pressure outlet port (for high pressure: Ø 7.94 Scrader-type connection)

3 Pressure outlet port (for low pressure: Ø 7.94 Scrader-type connection)

4 Knock-out hole for connecting pressure gauge (optional)

5 Terminal board

6 Terminal board (for inter-outdoor-unit control wiring)

273

ECOi and ECO G outdoor units dimensions

2-Pipe ECOi 6N Series 18-20 HP

Front view

Air discharge

Electrical component box

3

4

2

71*

487

601

641

* Installation fixing bracket, installation side.

116*

641

71*

Top view

Air intake

1510 (installation hole pitch)

1540

A 894 (installation hole pitch). The tubing is routed out frpm the front

B 730 (installation hole pitch). The tubing is routed out frpm the front

C 730 (installation hole pitch)

1 Installation holes (8-15x21 elongated holes) anchor bolts M12 or larger

2 Pressure outlet port (for high pressure: Ø 7,94 Scrader-type connection)

3 Pressure outlet port (for low pressure: Ø 7,94 Scrader-type connection)

4 Knock-out hole for connecting pressure gauge (optional)

5 Terminal board

6 Terminal board (for inter-outdoor-unit control wiring)

1

3-Pipe ECOi MF2 6N Series 8-16 HP

Front view

Air discharge

Electrical component box

3

4

2

Top view

Air intake

363

601

71*

* Installation fixing bracket, installation side.

858

274

71*

970 (installation hole pitch)

1000

1

A 894 (installation hole pitch). The tubing is routed out frpm the front

B 730 (installation hole pitch). The tubing is routed out frpm the front

C 730 (installation hole pitch)

1 Installation holes (8-15x21 elongated holes) anchor bolts M12 or larger

2 Pressure outlet port (for high pressure: Ø 7,94 Scrader-type connection)

3 Pressure outlet port (for low pressure: Ø 7,94 Scrader-type connection)

4 Knock-out hole for connecting pressure gauge (optional)

5 Terminal board

6 Terminal board (for inter-outdoor-unit control wiring)

NEW / VRF SYSTEMS

ECO G High Power

Service clearances for installation

at least 2000

Rear (refrigerant tubing) Rear (refrigerant tubing)

Front View

at least 100 at least 350

Single-unit installation

at least 100

Front View

at least 100 at least 350

Multi-unit series Installation

Top view

9

1.000

(external)

Ø726

14

kW

1 Suction refrigerant pipe

2 Liquid refrigerant pipe

3 Exhaust gas drain port

4 Electrical power supply port

5 Inter-unit cable port

6 Fuel gas port

7 Condensation drain opening

8 Rain and condensation outlet

9 Engine exhaust outlet

45,0 56,0-71,0

Ø 28,58

Ø 12,7 Ø 15,88

HOSE OD Ø 25 (accessory)

Ø 28

Ø 28

R3/4

Ø 20

10 Suspension holes 4-Ø 20x30

11 Anchor holes 4-Ø 22x30

12 Segmented display

13 Coolant intake (top)

14 Vent

15 Hot water inlet

16 Hot water outlet

Rp 3/4

Rp 3/4

12

5

1

4

2

110 99

153

213

243

329

353

7 15 16 3

60

422

51

Rear view

8

6

10

1.050

(suspension holes)

1.080

(frame width)

Left side view

10

8

325 1.000

(anchor pitch)

1.650

(external)

Front view

11 13

ECO G and ECO G Multi

kW

1 Gas refrigerant pipe

2 Liquid refrigerant pipe

3 Exhaust gas drain port

4 Electrical power supply port

5 Inter-unit cable port

6 Fuel gas port

7 Condensation drain opening

8 Rain and condensation outlet

9 Engine exhaust outlet

10 Suspension holes 4-Ø 20x30

11 Anchor holes 4-Ø 22x30

12 Segmented display

13 Coolant intake (top)

14 Vent

15 Hot water intake

16 Hot water outlet

45 56 - 71

Ø 28,58

85

Ø 31,75

Ø 12,7 Ø 15,88 Ø 19,05

HOSE OD Ø 25 (accessory)

Ø 28

Ø 28

R3/4

Ø 20

Rp3/4

Rp3/4

Service clearances for installation

at least 2.000

Single-unit installation

Rear (refrigerant tubing)

12

9

Front View

5

4

2

1 at least 100 at least 350

Multi-unit series Installation

Rear (refrigerant tubing) at least

100

Front View

at least

100 at least

350

U-16GE2E5 // U-20GE2E5 // U-25GE2E5

325

7

153

213

243

329

353

Top view

1.000

(anchor pitch)

1.650

15 16

51

3

60

422

Rear view

11 13

6

80 150

14

10

8

1.000

(external)

726

1.050

(suspension holes)

1.080

(frame width)

Left side view

10

8

9

U-30GE2E5

Top view

513 1.000

(anchor pitch)

11

2.026

13

12

2

1

4

5

6

99 22

7

153

213

243

329

353

15 16

3

Rear view

51

60

422

80 150

275

ECOi and ECO G outdoor units dimensions

ECO G 3-Pipe

Service clearances for installation

at least 2.000

Rear (refrigerant tubing) Rear (refrigerant tubing)

Top view

Front View

at least

100 at least

350

Single-unit installation

at least 100

Front View

at least 100 at least 350

Multi-unit series Installation kW

1 Suction refrigerant pipe

2 Discharge refrigerant pipe

3 Liquid refrigerant pipe

4 Exhaust gas drain port

5 Electrical power supply port

6 Inter-unit cable port

7 Fuel gas port

8 Condensation drain opening

9 Rain and condensation outlet

10 Engine exhaust outlet

11 Suspension holes 4-Ø 20x30

12 Anchor holes 4-Ø 22x30

13 Segmented display

14 Coolant intake (top)

15 Vent

45,0

Ø 22,22

56,0-71,0

Ø 28,58

Ø 25,4

19,05

HOSE OD Ø 25 (accessory)

Ø 28

Ø 28

R3/4

Ø 20

2

6

5

3

13

153

183

213

243

353 51

8 1 4

Rear view

60

422

15

9

7

11

1.000

(external)

Ø726

1.050

(suspension holes)

1.080

(frame width)

Left side view

11

9

10

325 1.000

(anchor pitch)

12 14

1.650

(external)

Front view

Water Heat Exchanger for chilled and hot water production

Top View

Rear View

Nº 4 Ø28 (anchor holes)

1.005

(anchor hole pitch)

Left View

960

(external cladding)

Hot/cold water outlet

(Rp2 female thread)

Hot/cold water inlet

(Rp2 female thread)

Liquid pipe (brazed)

Ø18 (710)

Ø16 (500)

Ø10 (250)

Gas pipe (brazed)

Ø28 (500)

Ø22 (250)

Ø35 (710)

276

127

260

285

Drain opening

(R1 male thread)

Connecting cable openings

1.005

(suspension holes pitch)

1.056

(frame width)

Service clearances for installation

50 mm or over

50 mm or over

Transmitter box

Front View

495 mm

Connecting cable openings

Nº 4 Ø30 (suspension holes)

570

(external cladding)

(frame width)

NEW / VRF SYSTEMS

ECOi and ECO G indoor units dimensions

U1 Type // 4 Way 90x90 Cassette

Type

1 Air intake grill

2 Air discharge outlet

3

4

5

Refrigerant piping (liquid pipes)

Refrigerant piping (gas pipes)

Drain outlet VP50

22-56 60-160

Ø 6,35 (flared) Ø 9,52 (flared)

Ø 12,7 (flared) Ø 15,88 (flared)

Outer diameter 32mm

6 Power supply port

7 Discharge duct Ø 150

8 Suspension bolt hole 4-12x30 slot

9 Fresh air intake duct connection port Ø 100¹

1 Air inlet kit is necessary.

Filter size: 520 x 520 x 16

X

8

5

840

480

2

860~910

(ceiling opening dimension)

786

(suspension bolt pitch)

345

3

145

840

271

4

50

Less than 35 Less than 35

7

Burring hole

4-Ø3

Less than 300

Ø162

115

Burring hole

4-Ø3

Ø113

80

Type

A

B

22-90

256

124

7

X view

480

82 160

106-160

319

187

2

2

1

2

7

950

514

6

2

9 7

Adjust the suspension bolt length so that the gap from the lower ceiling surface becomes 30mm or more (18mm or more from the lower surface of the body) as shown in the figure. When the suspension bolt length is long, it hits the ceiling panel and installation is not possible.

Dimensions: mm

1

2

Y2 Type // 4 Way 60x60 Cassette

700

336

7

A

650 (ceiling opening dimension)

530 (suspension bolt pitch)

Panel center

A view

148

8

2

(583)

575

200

44 170

(583)

575

146

5

Dimension of Fresh air intake duct (field supply) connection port

ø

80

71

4-ø3Barring hole

4 3 6

1 Air intake

2 Discharge outlet

3 Refrigerant tubing (liquid tube)

4 Refrigerant tubing (gas tube)

5 Drain tube connection port VP25

6 Power supply port

Ø 6,35 (flared)

Ø 12,7 (flared)

Outer dia. Ø 32

7 Suspension bolt hole 4-11 x 26 hole

8 Fresh air intake duct connection port Ø 80

Adjust the suspension bolt length so that the gap from the lower ceiling surface becomes 45mm or more, as shown in the figure at right.

If the suspension bolts is too long, it will contact the ceiling panel and the unit cannot be installed.

Dimensions: mm

277

ECOi and ECO G indoor units dimensions

L1 Type // 2 Way Cassette

1 Refrigerant liquid line Ø 9,52

2 Refrigerant gas line Ø 15,88

3 Drain connection 25 A Outer diameter 32 mm

4 Power supply entry

Inspection panel for drain pump

Panel Center

3

2

110

30 70

1

Inspection panel for ECV, drain pan

4

310 350

40

70

20

80

70

680

102

590

1.140

1.320

1.360

630

Suspension holes

Ceiling opening (1.320 x 640)

For discharge duct (2-Ø 150 hole)

Fresh air intake (for

Ø 125 duct flange)

23

1.360

Dimensions: mm

D1 Type // 1 Way Cassette

28-56 73

1 Air intake grille

2 Discharge outlet

3

4

Refrigerant piping (liquid pipes)

Refrigerant piping (gas pipes)

5 Drain connection VP25

6 Power supply entry

Ø 6,35 (flared) Ø 9,52 (flared)

Ø 12,7 (flared) Ø 15,88 (flared)

Outer diameter32

7 Discharge duct connection port (for descending ceiling)

8 Fresh air intake duct connection port Ø 100

9 Installation port for wireless remote controller receiver

10 Suspension bolt hole 4–12 30 hole

8

230

Required space for installation

200 or more

200 or more

1.000

or more 200 or more

7

2 0

1.060

(suspension bolt pitch)

1 0

5

4

3

1.000

1.190

(ceiling opening dimension)

726

706

363

2 0

41

61

Ø100

(knock

-out hole)

4–

Ø3.1

hole

Ø113

Fresh air intake duct connection port (detail)

356

6

Front view

2

1

9

1.230

Dimensions: mm

278

NEW / VRF SYSTEMS

M1 Type // Slim Variable Static Pressure Hide Away

1 Refrigerant tubing joint (narrow tube)

2 Refrigerant tubing joint (wide tube)

3 Upper and bottom drain port Outer diameter 26mm

4 Suspension lug

5 Power supply outlet

6 Flange for air intake duct

2- Ø 30

7 PL cover

8 Electrical component box

9 Frame filter

10 Signal output board ACC-SG-AGB: optional

692

640 (160 x 4)

5-Ø3,1 Hole

6

750

824

(suspension bolt pitch)

680

29

96

66

26

4

37

150

10

5

11

9

Inspection access

(450 x 450)

Field supply

2

1

7

81

33

153

28

30 84

2-ø3,1 Hole

3

23

14

132

View A

Frame Filter Uninstalled

8

10-Ø3,1

Hole

220

704

220

150

200

14

132

23

Dimensions: mm

E2 Type // High Static Pressure Hide Away

1.138

4-37x12 hole (for suspension bolt)

28-Ø3,2 hole

467

7

(60)

1.170

(suspension bolt pitch)

1.100

8

(60)

26-Ø3,2 hole

1 Refrigerant liquid tubing (Flare)

2 Refrigerant gas tubing (Brazing)

3 Power supply port

4 Communication wiring port

5 Port for optional wiring part

6 Drain port 25A

7 Air intake duct connecting side flange

8 Air discharge duct connecting side flange

224

Ø 9,52

280

Ø 19,05 Ø 22,22

4

5

65

479

264

3

6 1 2

1.220

43

207

45

131

1.205

Electrical component box

Dimensions: mm

279

ECOi and ECO G indoor units dimensions

F2 Type // Variable Static Pressure Hide Away

S-15MF2E5A // S-22MF2E5A // S-28MF2E5A // S-36MF2E5A // S-45MF2E5A // S-56MF2E5A

Filter

172

7

1 Refrigerant tubing joint (liquid tube) Ø 6,35 flare

2 Refrigerant tubing joint (gas tube) Ø 12,7 flare

3 Upper drain port VP25 Outer diameter 32mm

4 Bottom drain port VP 25

5 Suspension lug

6 Power supply outlet

7 Fresh air intake port

8 Flange for flexible air outlet duct

9 Electrical component box

200 flexible hose supplied

O.D. Ø 32mm

4-12 x 30mm

Ø 150mm

5

S-60MF2E5A // S-73MF2E5A // S-90MF2E5A

54

71

8

12 - Ø3 holes

150 x 3 = 450

800

867

(Suspension bolt pitch)

71

592 (Flange O.D.)

33

(150)

154

(75)

Filter

Inspection acces

450 x 450

(Field supply)

6

35

3

9

26

4

89

1

23

27

130

140

186

290

70

23

2

172

7

1 Refrigerant tubing joint (liquid tube) Ø 9,52 flare

2 Refrigerant tubing joint (gas tube) Ø 15,88 flare

3 Upper drain port VP25 Outer diameter Ø

4 Bottom drain port VP 25

5 Suspension lug

6 Power supply outlet

7 Fresh air intake port

8 Flange for flexible air outlet duct

9 Electrical component box

32mm 200 flexible hose supplied

Outer diameter 32mm

4-12 x 30mm

Ø 150mm

5

21

54

8

16 - Ø3 holes

150 x 5 = 750

1.000

1.067

(Suspension bolt pitch)

150

792

(Flange O.D.)

21

154

33

(150)

(75)

Inspection acces

450 x 450

(Field supply)

6

35

3

89

1

23

27

130 70

140

186

290

23

2

9

26

4

Dimensions: mm

280

F2 Type // Variable Static Pressure Hide Away

NEW / VRF SYSTEMS

S-106MF2E5A // S-140MF2E5A // S-160MF2E5A

Filter

172

7

5

1 Refrigerant tubing joint Ø 9,52 flare (liquid)

2 Refrigerant tubing joint Ø 15,88 flare (gas)

3 Upper drain port VP25 O.D. Ø 32mm) 200 flexible hose supplied

4 Bottom drain port VP 25 Outer diameter 32mm

5 Suspension lug 4-12 x 30mm

6 Power supply outlet

7 Fresh air intake port Ø 150mm

8 Flange for flexible air outlet duct

9 Electrical component box

54

71

8

20 - Ø3 holes

1.467

150 x 7 = 1.050

1.400

(Suspension bolt pitch)

1.192

(Flange O.D.)

Heat Recovery with DX Coil

A A1

PAW-500ZDX2 1.470

1.410

A2

1.630

B

997

B1

1.053

B2

1.112

C

312

PAW-800ZDX2 1.822

1.752

1.986

882 936 994 390

PAW-01KZDX2 1.822

1.752

1.986

1.132

1.186

1.244

390

Check cover

D

728

431

681

Electrical case

D1

497

431

532

Ø d

200

250

250

E

38

169

169

150

71

154

33

(150)

(75)

Inspection acces

450 x 450

(Field supply)

6

35

3

9

26

4

89

1

23

27

130 70

140

186

290

23

2

Dimensions: mm

A2

A

A1

Exhaust air

Fresh air

Exhaust air

Fresh air

Dimensions: mm

281

ECOi and ECO G indoor units dimensions

T2 Type // Ceiling

S-36MT2E5A // S-45MT2E5A // S-56MT2E5A

1 Drain port VP20

2 Left drain position

Inside diameter ø26mm, drain hose supplied

3 Refrigerant liquid tubing Ø9,52mm, flare connection

4 Refrigerant gas tubing Ø15,88mm, flare connection

5 Left side drain hose outlet port (cutout)

6 Tubing hole on wall surface Ø100mm

7 Upper side tubing port

8 Right side drain hose outlet port (cutout)

9 Wireless remote controller receiver installation location

1.226

(suspension bolt pitch)

1.269

7

123 61

5

Air intake

Air discharge

Over

250

Service space

S-73MT2E5A // S-106MT2E5A // S-140MT2E5A

A B C D E

106-140 type 1.590 235 690 1.584 1.541

140 type 1.275 235 690 1.269 1.226

2

90

(Closed with rubber stopper at time of shipment.) (Left drain position)

690

216

1 8

1.275

Over

250

Service space

80 186

Tubing hole position on wall surface

(Figure shows view from front)

3

4

7

123

9

86

70

90

(Gas tubing)

(Liquid tubing)

(Right drain position)

6

61

96

5

Air intake

Air discharge

Over

250

Service space

90

2

(Closed with rubber stopper at time of shipment.) (Left drain position)

E

(suspension bolt pitch)

D

C

216

1 8

A

3

4

Over

250

Service space

80 186

Tubing hole position on wall surface

(Figure shows view from front)

9

86

70

90

(Gas tubing)

(Liquid tubing)

(Right drain position)

6

96

Dimensions: mm

282

NEW / VRF SYSTEMS

K2/K1 Type // Wall Mounted

S-15MK2E5A / S-22MK2E5A / S-28MK2E5A / S-36MK2E5A

870

95 60

1 Refrigerant tubing (liquid tube)

2 Drain hose

3 Rear panel

4 Refrigerant tubing (gas tube)

5 Rear panel fixing holes

6 Tubing and wiring holes

Ø 6,35 (flared)

Outer diameter 16mm

PL Back

Ø 12,7 (flared)

Ø 70

S-45MK1E5A / S-56MK1EA5 / S-73MK1E5A / S-106MK1E5A

1.065

60 85

214

49

183

5

2 1 3

5 5

190

6

Ø70

241,5

128

438,5

5 4 5

128

241,5

438,5

Ø70

100 50

197,4

140

384,3

95

2 1

450

148,7

3

95

230,7

200

230

60

(2,5)

(Ø80)

158

415

439,8

496,8

4

415

448,2

568,2

132

5

(Ø80)

11 67

1 Refrigerant tubing (liquid tube)

2 Refrigerant tubing (gas tube)

3 Drain hose VP13

4 Rear panel

5 Tubing and wiring holes

45-56 73-106

Ø 6,35 (flared) Ø 9,52 (flared)

Ø 12,7 (flared) Ø 15,88 (flared)

Outer diameter 18mm

PL BACK

Ø 80

67 86

50 50

Dimensions: mm

283

ECOi and ECO G indoor units dimensions

P1 Type // Floor Standing

1 4-Ø 12 hole (For fastening the indoor unit to the floor with screws.)

2 Air filter

3 Refrigerant connection outlet (liquid tube)

4 Refrigerant connection outlet (gas tube)

5 Level adjusting bolt

6 Drain outlet (20 A)

7 Power cord outlet (downward, rear)

8 Refrigerant tubing outlet (downward, rear)

9 Location for mounting the remote controller (Remote controller can be attached within the room.)

7 9

A

22-36 1065

45

56

71

1380

B

665

980

C

632

947

Liquid pipes

Gas pipes

Ø 6,35 Ø 12,7

Ø 9,52 Ø 15,88

Air outlet

C

B

A

161 26

1

156

138

67

3

4

7

Air inlet

2

R1 Type // Concealed Floor Standing

1 4-ø12 hole (For fastening the indoor unit to the floor with screws.)

2 Air filter

3 Refrigerant connection outlet (liquid tube)

4 Refrigerant connection outlet (gas tube)

5 Level adjusting bolt

6 Drain outlet (20 A)

7 Flange for the air-outlet duct

184,5

A B C D E F Liquid pipes

22-36 904 692 672 665 500 86

45

56

71

1,219 1,007 1,002 980 900 51

Gas pipes

Ø 6,35 Ø 12,7

Ø 9,52 Ø 15,88

166

F

D

A

B

C (Internal dimension)

E (hole pitch=100)

Air outlet

F

46

1

8

50

107

5

6

205

(110)

Dimensions: mm

125

(Internal dimension)

7

20

229

155

85

66

20

61

4

3

30

Power supply outlet

2

Air inlet

(B-60)

30

5

6

205

147

Dimensions: mm

284

Hydrokit for ECOi water at 45°C

502

1

3

353

4

2

9

7

35

116 155

8

11

10

62

98 107

5 6

1 Cabinet front plate

2 Cabinet

3 Pressure gauge

4 Handle (both side)

5 Refrigerant tubing (liquid tube) Ø 9,52 (flared)

6 Refrigerant tubing (gas tube) Ø 15,88 (flared)

7 Water tubing (inlet) use Rp 1 1/4” nut

8 Water tubing (outlet) use Rp 1 1/4” nut

9 Drain hose connection port (outer diameter 15 mm)

10 Attachment hole for drain elbow (accessory)

11 Bushing (cable port)

12 Installation plate (accessory)

13 Installation plate (accessory)

NEW / VRF SYSTEMS

Wall more than 551

213,5

12

Ceiling more than 551

213,5

(6)

Wall

13

160

Front View

20

200

Ground

71

Dimensions: mm

285

Ventilation dimensions

AHU Connection Kit

278

254

210

257

225

Front View (transparent cover removed)

100

130

180

Ø4,2 x 10

115

165

Ø5,2 x 11

Side View

Air Curtain with DX Coil

Jet-Flow dimensions

Top View

A

75

45

60

100

Rivetting nut M8

Pressure line

Intake line

Front View

105

A+210

Bottom View

30

120

45

85

295

560

Side View

Standard dimensions

Top View

75

45

60

100

Rivetting nut M8

Pressure line

Intake line

A

105

Section

260

100

30

Front View

105

Bottom View

30

70

A

PAW-10PAIRC-MJ 1.000

PAW-15PAIRC-MJ 1.500

PAW-20PAIRC-MJ 2.000

PAW-25EAIRC-MJ 2.500

25

A+210

286

45

35 295

460

Side View

105

260

Section

100

30

A

PAW-10PAIRC-MS 1.000

PAW-20PAIRC-MS 2.000

NEW / VRF SYSTEMS

Energy Recovery Ventilation System

A

EA

OA

Maintenance space

M

L

K

H

M

Maintenance opening

J

I

H 270

I 135

J 159

K 882

L 414

M 95

N 219

O 144

FY-250ZDY8 FY-350ZDY8 FY-500ZDY8 FY-800ZDY8 FY-01KZDY8A

A 810 810 890 1.250

1.250

B 599

C 315

804

480

904

500

884

428

1.134

678

D 142

E 600

F 655

G 19

162

600

860

19

202

600

960

19

228

600

940

19

228

600

1.190

19

317

145

159

882

414

95

219

144

317

145

159

962

414

107

246

194

288

194

218

1.322

612

85

258

242

388

194

218

1.322

612

85

258

242

287

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