Natural Comfort for Everybody

Natural Comfort for Everybody
AIR CONDITIONING SYSTEMS
COMFORT
TAKES ON
NEW MEANING
WITH THE POWER OF
TECHNOLOGY
Contents
Our technologically advanced
Mr. Slim Power Inverter systems
improve comfort, operate with
significantly less noise,
.... and provide increased energy savings.
NEW REFRIGERANT
Product Line Up
Page 3
Advanced Power Inverter
Page 5
Advanced Technology
Page 7
Control Technology
Page 10
Product Series
Page 15
Main Features
Page 22
System Controls
Page 23
Specifications
Page 24
Product Line-up of
Product Line-up
2.5kW
4-way
Ceiling
Cassette
SLZ
Series
Compact cassette
3.5kW
5.0kW
6.0kW
7.1kW
10.0kW
12.5kW
14.0kW
17.0kW
20.0kW
Inverter Units
Remote
controller
25.0kW
optional for
SLZ-VAQ
optional for
SLZ-VAQ
3-4
See
page
21
SLZ-KA50VAQ (L)
SLZ-KA25VAQ (L)
standard for SLZ-VAL
PLA
Series
optional
optional
15
16
PLA-RP60BA
Wide Power cassette
PLA-RP100BA
PLA-RP71BA
PLA-RP125BA
PLA-RP140BA
optional
Compact
Bulkhead
* Combination only
with SUZ-KA71
SEZ
Series
optional for
SEZ-VAQ
SEZ-KD25VAQ (L)
SEZ-KD35VAQ (L)
SEZ-KD50VAQ (L)
SEZ-KD60VAQ (L)
optional for
SEZ-VAQ
21
SEZ-KD71VAQ (L)
standard for SEZ-VAL
PEAD
Series
optional
optional
NEW
PEAD-RP71JAA
Ceilingconcealed
PEAD-RP100JAA
PEAD-RP125JAA
17
PEAD-RP140JAA
optional for
PEAD
optional
optional
optional
NEW
PEA
Series
18
NEW
PEA-RP100GAA
PEA-RP125GAA
PEA-RP140GAA
PEA-RP170WJA
PEA-RP200WJA
PEA-RP250WHA
optional
Ceilingsuspended
PCA
Series
optional
PCA-RP50KAQ
PCA-RP60KAQ
PCA-RP71KAQ
PCA-RP100KAQ
PCA-RP125KAQ
optional
19
PCA-RP140KAQ
optional
Wallmounted
* Combination only
with PUHZ-RP71
PKA
Series
optional
PKA-RP71KAL
optional
PKA-RP100KAL
standard
Outdoor unit
SUZ-KA71VAD
SUZ-KA25VAD
SUZ-KA35VAD
SUZ-KA50VAD
SUZ-KA60VAD
PUHZ-RP100V/YKA2
PUHZ-RP71VHA5
*SEZ/SLZ indoor units should be connected to an SUZ outdoor unit.
*PKA-RP71: only for PUHZ-RP outdoor connection.
*PEA-RP: No wireless remote controller as optional parts.
PUHZ-RP125V/YKA2
PUHZ-RP140V/YKA2
PUHZ-RP170V/YKA2
PUHZ-RP200YKA2
PUHZ-RP250YKM
20
05-06
Advanced Power Inverter
Demand Function
Mitsubishi Electric’s Power Inverter systems increase energy efficiency.
Based on the connection of a demand response enabling device (DRED) to
the outdoor unit, Demand Response Mode is activated in response to
signals sent from the electric authority at times when it is necessary to
reduce peak demand.
The units with service reference number PUHZ-RP•VHA5R1-A and
PUHZ-RP•V/YKA2R1-A are demand response capable.
This capability is possible with the connection of a demand response
enabling device (DRED) to the terminal block interface (BT00C023G02).
This item is supplied in a sealed bag located in the compressor chamber.
Connection of the terminal block interface is a mandatory requirement
for the installation of any PUHZ-RP•VHA5R1-A and PUHZ-RP•V/YKA2R1-A
units.
When installed the system is demand response capable; that is, ready to
be connected to a demand response enabling device (DRED)*.
To better meet the needs of shops and offices, our outdoor units are offered
in three-phase power supply models in addition to the existing line-up of
single-phase models. Select the model to best match your needs from our
expanded model range.
High Power
Long Maximum Piping Length
Advanced Power Inverter
More Power for Faster Cooling/Heating
The maximum piping length is 75m.
Therefore there is a wide range of layout possibilities for
unit installation.
Powerful Cooling/Heating Performance
Max. piping length
Max. height difference
Max. piping length
(one-way)
30m
50m
PUHZ-RP71
PUHZ-RP
100/125/140/170/200/250
The maximum operating cooling/heating capacity of the Mr. Slim
Power Inverter units have been improved (compared to conventional
non-inverter models) when operating in either low or high outdoor
temperatures.
Cooling capacity (kW)
R22
Non-inverter
75m
30m
* PUHZ-RP250 is excluded.
Please contact Mitsubishi Electric Australia Pty. Ltd. for details.
71 class
7.7
8.1
105%
100 class
9.7
11.4
118%
125 class
12.4
14.0
113%
140 class
14.0
15.3
109%
Heating capacity (kW)
R22
Non-inverter
PUHZ-RP71
High Energy Efficiency
Air Conditioner Demand Response Mode
Comparison of EER (cooling mode)
Demand Response
Mode (DRM)
Description of operation in this mode
DRM1
Compressor Off
DRM2
The air conditioner continues to cool or
heat during the demand response event,
but the electrical energy consumed by the
air conditioner in a half hour period is not
more than 50% of the total electrical energy
that would be consumed if operating at the
rated capacity in a half hour period.
PUHZ-RP100/125/140/170/200
DRM3
Comparison of EER between non-inverter and Power Inverter
(4-way ceiling cassette) models.
The air conditioner continues to cool or
heat during the demand response event,
but the electrical energy consumed by the
air conditioner in a half hour period is not
more than 75% of the total electrical energy
that would be consumed if operating at the
rated capacity in a half hour period.
71 class
8.4
10.2
121%
100 class
10.4
14.0
135%
125 class
14.0
16.0
114%
140 class
16.1
18.0
112%
53%
EER
UP
4.00
4.0
Operation is now possible at lower speeds, thus cutting energy losses
produced by the repeated On/Off operation of non-inverter models.
Comfort is improved while power consumption is reduced.
Cooling capacity ranges
80%
3.5
71 class 3.3-8.1 kW
3.40
57%
UP
3.29
3.27
41%
32%
UP
3.0
100 class 4.9-11.4 kW
125 class 5.5-14.0 kW
UP
140 class 6.2-15.3 kW
2.47
PUHZ-RP250
0
2
4
6
2.0
71
Single-phase
100
125
140
170
200
250
DRM1 DRM2 DRM3
C
Outdoor Unit
10
12
14
16
18kW
4-way ceiling cassette
71 class 3.5-10.2 kW
71 class
100 class
125 class
140 class
100 class 4.5-14.0 kW
125 class 5.0-16.0 kW
Power Inverter Model
Terminal block
8
Heating capacity ranges
2.22
2.17
Demand
controller
4-way ceiling cassette
UP
2.33
Outdoor unit
4-way ceiling cassette
R410A
Power inverter max. (PUHZ-RP)
Wider Performance Range
Average
2.5
Outdoor Line-up (PUHZ-RP series)
4-way ceiling cassette
R410A
Power inverter max. (PUHZ-RP)
Non-inverter Model
140 class 5.7-18.0 kW
Three-phase
*EER are measured at rated condition.
see specification on Page 24
0
2
4
6
8
10
12
14
16
18kW
see specification on Page 24
Advanced Technology
Cleaning-free Pipe Reuse Technology < PUHZ-RP71–200>
Advanced Energy-efficient Technologies
Ability to use existing piping reduces pipe waste and replacement time
No Need to Clean at the Time of System Renewal
Chloride residue builds up in existing pipes and becomes a source of trouble. In addition, the iron particles and slime produced as a result of
compressor failure lead to problems. To counter this, various original Mitsubishi Electric technologies have been combined to enable the introduction
of “cleaning-free pipe reuse.”
This feature is available in the PUHZ-RP71-200
Why can’t existing piping be used?
R22 refrigerant
1
Problem
At time of renewal
At time of
compressor failure
07-08
2
Highly efficient fan and grille for outdoor unit
Highly efficient heat exchanger
The shapes of the fan and grille of the outdoor unit have been redesigned,
realising an increase in blowing capacity and more efficient heat exchange
while maintaining the same operating noise level.
A high density and increase in surface area have improved the
heat-exchange efficiency of the heat exchanger.
Outdoor unit fan opening increased <PUHZ-RP100-200>
High-density heat exchanger <PUHZ-RP100-200>
The diameter of the opening for the fan in the outdoor unit has
been increased from 490 to 550mm. Blowing capacity has been
increased while maintaining the same fan rotation speed.
The pipe diameter has been changed
from 9.52 to 7.94mm, resulting in a
high-density heat exchanger.
R410A refrigerant
Problem
2 lines, 52 columns
Result
2 lines, 64 columns (RP100 –200)
Chloride residue
High heat generated
during operation
Increased chloride
residue
Accelerated deterioration
of refrigerant oil
Opening increased
from 490 to 550mm
in diameter
Refrigerant circuit
malfunctions and
causes failure
Iron particles and slime
Heat-exchange surface area increased
<PUHZ–RP100–200>
Heat exchanger size extended horizontally, increasing the
surface area.
Increase in heat-exchanger surface area
(image)
Cleaning pipe or replacing with new pipe is required
Grille shape changed <PUHZ-RP71-200>
The shape of the air outlet grille has been changed to reduce
pressure loss. This has helped to improve heat exchange
performance.
Mitsubishi Electric’s Original Replacement Technologies
Heat exchanger
Heat exchanger
< PUHZ–RP • HA >
< PUHZ–RP • KA >
Heat Interchanger (HIC) Added <PUHZ-RP140>
Countermeasure for Problem 1
Countermeasure for Problem 2
A HIC circuit has been added to improve energy efficiency during cooling
operation. Liquid refrigerant is rerouted, transformed into a gas state and
injected back into the system to increase overall pressure of the refrigerant
being sent to the compressor, thereby reducing the load on the
compressor and raising efficiency.
Technology 2
Technology 1
Original High-quality Filtration
Our original high-quality filtration device called
the “Wide strainer” is equipped inside the
refrigerant inlet and outlet pipe. The “Wide
strainer” traps iron particles and provide
cleaning-free pipe reuse. In addition,
improvements to the metal used in the
bearings of our new scroll compressors provide
more robust units.
“Wide strainer”
Friction Reduction
(moving parts in compressor)
Friction inside the compressor is reduced by using an
original Mitsubishi Electric technology called the
“Heat Caulking Fixing Method” or coating the edge of
the blade in the scroll compressor, thereby
suppressing the increase in temperature that causes
refrigerant oil deterioration.
< PUHZ–RP • HA >
< PUHZ–RP • KA >
Cooling operation
Inflexed fan <PUHZ-RP100-200>
Indoor
HEX
Adoption of a fan with improved ventilation characteristics and
a newly designed rear edge that suppresses wind turbulence
raises fan operation efficiency.
Existing piping can be used without cleaning
A
A
w/ HIC circuit
w/o HIC circuit
Cautions when using existing piping
• When removing an old air conditioning unit, please make sure to perform the pump-down process and recover the refrigerant and refrigerant oil.
• Check to ensure that the piping diameter and thickness match Mitsubishi Electric specifications.
• Check to ensure that the flare is compatible with R410A.
see specification on Page 24
Heat
interchanger
(HIC)
Outdoor
HEX
Power
receiver
LEV A
LEV B
Heat Interchanger (HIC)
Compressor
LEV C
Increasing the pressure of the
refrigerant sent to the compressor
reduces the compression load
Fan rear edge
see specification on Page 24
09-10
Control Technology
Full Dot Liquid-crystal Display Adopted
PAR-31MAA
Advanced Technology for High Efficiency
Easier to read thanks to use of a full dot liquid-crystal display with
backlight, and easier to use with a menu format that has reduced the
number of operating buttons.
Easy To Read & Easy To Use
Multi-language Display
Display Example [Operation Mode]
MultiIanguage
Full Dot LCD
PAR-31MAA
[English]
Control panel operation in eight
different languages
Choose the desired language,
among the following languages.
[Spanish]
[Italian]
[German]
[Russian]
[Portuguese]
[Swedish]
Advanced Technology for High Efficiency
Numerous Leading-edge Technologies
Assure High Efficiency
[French]
Reluctance DC Rotary Compressor <PUHZ-RP71>
DC Fan Motor <PUHZ-RP71–200>
The reluctance DC motor has a rotor equipped with powerful
neodymium magnets. The magnetic torque produced by the neodymium
magnets and reluctance torque results in more efficient operation.
A highly efficient DC motor has been installed to drive the fan of
outdoor units, realising up to 60% higher efficiency when compared to
an equivalent AC motor.
Vector-Wave Eco Inverter
DC compressor motor (rotor)
This inverter monitors the varying compressor motor frequency and
creates the most efficient waveform for the motor speed. As a result,
operating efficiency in all speed ranges is improved and less power is used.
Smooth AC wave pattern
Neodymium magnets
Magnetic torque
+
The inverter has been made more compact by inserting the
circuitry inside a synthetic resin molding.
To ensure quiet operation, soft PWM control is used to prevent
the metallic whine associated with conventional inverters.
Reluctance torque
Sine-wave drive soft PWM
<PUHZ-RP71–200>
Higher efficiency has been achieved by adding a
frame compliance mechanism to the DC scroll
compressor. The mechanism allows movement in
the axial direction of the frame supporting the
cradle scroll, thereby greatly reducing the leakage
and friction loss, and ensuring higher efficiency at
all speeds.
Thrust gas power: minimum
Energyefficiency
Schedule
Precise control of power
consumption <PUHZ–RP71–200>
Using a temperature that is 1°C lower/higher for heating/cooling results
in a 10% reduction in power consumption.* Temperature Range
Restriction limits the maximum and minimum temperature settings,
contributing to the prevention of overheating/overcooling.
■Setting pattern example
19(˚C)
Auto-return
Mitsubishi Electric has developed a power receiver and twin linear expansion
valves (LEVs) that optimise the performance of the compressor. By ensuring
optimum control in response to the operating waveform and outdoor
temperature, this technology is tailored to the characteristics of the new
refrigerant to enhance operating efficiency.
Finish time
12:00
13:00
17:00
21:00
Adjusted capacity level
80%
50%
90%
50%
Prevents wasteful operation by
automatically returning to the
preset temperature after specified
operating time
After adjusting the temperature for initial heating in winter or cooling
on a hot summer day, it is easy to forget to return the temperature
setting to its original value. The Auto-return function automatically
resets the temperature back to the original setting after a specified
period of time, thereby preventing overheating/overcooling. The
Auto-return activation time can be set in 10-minute units, in a range
between 30 and 120 minutes.
Cradle scroll
*Based on Mitsubishi Electric laboratory tests in controlled conditions
Cooling/Dry
Keep desired room temperatures
automatically
This function monitors the room temperature and automatically
activates the heating mode when the temperature drops below the
preset minimal temperature setting. It has the same function for
cooling, automatically activating the cooling mode when the
temperature rises above the preset maximum temperature setting.
Primary back-pressure
chamber minimises
leaking loss.
(Setting example of minimum temp. in 25°C)
30(˚C)
Possible temperature range setting
25(˚C)
To prevent excessive cooling
Lower temperatures cannot
be selected
Auto-off
Timer
Office
Restaurant
Turns heating/cooling off
automatically after preset time
elapses
When using Auto-off Timer, even if one forgets to turn off the unit,
operation stops automatically after the preset time elapses, thereby
preventing wasteful operation. Auto-off Timer can be set in 10-minute
units, in a range between 30 minutes and 4 hours. Eliminating all anxiety
about forgetting to turn off the unit.
Recommended for
Meeting room
Operation
Lock
Changing room
Fixed temperature setting promotes
energy efficiency
In addition to operation start/stop, the operation mode, temperature
setting and airflow direction can be locked. Unwanted adjustment of
temperature settings is prevented and an appropriate temperature is
constantly maintained, leading to energy efficiency. This feature is also
useful in preventing erroneous operation or tampering.
Recommended for
Office
Hospital
see specification on Page 24
30(˚C)
Lower temperature limit
*Auto-return cannot be used when Temperature Range Restrictions is in use.
Night
Setback
Secondary back-pressure
chamber minimises
thrust friction loss.
Temperature Range Restriction
prevents overheating/overcooling
The amount of power consumed in each time period is managed so that
the demand value is not exceeded. The demand control function can be
set to start and finish in 5-minute units. Additionally, the level can be
adjusted to 0, 50, 60, 70, 80 or 90% of maximum capacity, and up to 4
patterns can be set per day. Air-conditioning operation is automatically
controlled to ensure that electricity in excess of the contracted volume
is not consumed.
Thrust friction loss: minimum
Frame
Temperature
Range
Restriction
Recommended for
Power Receiver and Twin LEV Control <PUHZ-RP71–200>
Leaking loss: minimum
Operation Control Functions
Start time
8:15
12:00
13:00
17:00
Highly Efficient DC Scroll Compressor
Fixed scroll
Energy-efficient Control
School
Public hall
Computer server facility
Control Technology
Weekly
Timer
Set up to 8 patterns per day including
temperature control
Preparation
1
The Weekly Timer enables the setting of operation start and finish times
and adjusting the temperature as standard features. Up to 8 patterns
per day can be set, providing operation that matches the varying
conditions of each period, such as the number of customers in the store.
*Weekly Timer cannot be used when On/Off Timer is in use.
Temperature setting (°C)
26
Busy
hours
Off-peak
hours
Set to lower temperature
Set to higher temperature
7
25
Opening
time
2
24
4
8
Lunch time
Dinner time
5
8-pattern setting
22
0
10
12
14
16
18
20
22
Necessary to change temperature settings for cooling/heating times.
*Joint research conducted by Mitsubishi Electric.
MAC-558IF-E
Closing time
6
3
23
New
Wi-Fi Controller MAC-558IF-E
Setting Example (restaurant in summer time)
11-12
24 (Time)
Wi-Fi Control unlocks the door to smarter heating
or cooling, for total home comfort wherever you
are. This innovative technology connects your
domestic high wall, floor mounted and ducted air
conditioner to your smartphone, tablet or online
account, giving you the freedom to fully control
each unit on-the-go via an internet connection
from anywhere in the world.
CONTROL
Key Features
Rotation, Back-up and 2nd Stage Cut-in Functions (PAR-31MAA) <PUHZ-RP71–200>
(1) Rotation and Back-up Functions
Operation Pattern
Function Outline
• Main and Sub units take turns operating according to a
rotation interval setting.
• If one unit malfunctions, the other unit automatically
begins operation (Back-up function).
[Back-up function only]
O/U-1
Main
unit
I/U-1
Run
Abnormal condition
Sub
unit
I/U-2
Stop
Run
Superior Customisation
O/U-2
Main
unit
Sub
unit
I/U-1
R/C
Error occurs on main unit.
Main Sub
Start operation
System Image
- View & Control from anywhere in the world
-Enhance energy savings
-Set up 7 days weekly schedule
-Wireless connection using WPS
Start operation
O/U : Outdoor unit
I/U : Indoor unit
R/C : Wired remote controller
Main
Sub
Sub
Main
Main
unit
I/U-1
Run
Stop
Run
Sub
unit
I/U-2
Stop
Run
Stop
1–28 days
(2) 2nd Stage Cut-in Function
Error occurs on main unit.
Main Sub
Abnormal condition
Run
1–28 days
(When the request code is “313”, each unit operates alternately in daily cycle.)
Function Outline
• Number of units operating is based on room temperature and predetermined settings.
• When room temperature rises above the desired
setting, the standby unit starts (2-unit operation).
• When the room temperature falls 4°C below the predetermined setting, the standby unit stops (1-unit operation).
Room Temperature Limits
Operation Pattern ( When cooling)
[2nd stage cut-in function]
Start operation
System Constraint
• This function is only available for rotation operation and
when the back-up function is in cooling mode.
Main
unit
I/U-1
Run
Sub
unit
I/U-2
Stop
Tailor your system to always
meet your needs. Unlock the
full
potential
of
your
air-conditioner,
programme
your system to automatically
turn on/off at specific times,
change settings, and develop
temperature rules to ensure
superior comfort day after day.
This innovative technology
places multiple functions of
your air-conditioner at your
fingertips. Turning the unit
ON/OFF,
adjusting
set
temperature, changing mode,
fan speed and airflow direction
are all possible.
[Rotation function] & [Back-up function]
I/U-2
Develop Operating Rules
Room temp. >
= Set point
Sub unit starts operation
With the ability to sense the
room temperature and now
automatically turn on of off to
take the room to the desires
temperature. Creating ultimate
comfort for your home. Winter
set minimum temperatures to
warm up your home and
Summer
set
maximum
temperatures to create comfort
cooling the room.
Room temp. >
= Set point –4°C
Sub unit stops
Run
Stop
Control Multiple Units
Customise the settings of each
air-conditioner in your home.
Purchase multiple adaptors to
manage all air-conditioners
independently on the same
account to ensure complete
control over your system. The
result is a tailored system to
your needs.
Minimum requirements
Easy Maintenance Function <PUHZ-RP71–200>
• Nearly maintenance-free operation
• Monitor operation data of the indoor and outdoor units via the remote controller.
Remote controller also lets you set the operating frequency, allowing easier inspection.
Compressor
Outdoor Unit
Indoor Unit
1
Accumulated operating time (×10hr)
4
Heat exchanger temperature (˚C)
7
Intake-air temperature (˚C)
2
Number of ON/OFF times (×100 times)
5
Discharge temperature (˚C)
8
Heat exchanger temperature (˚C)
3
Operating current (A)
6
Outdoor-air temperature (˚C)
9
Filter operating time* (hr)
*The filter operating time is the time elapsed since the filter button is reset.
You will require a compatible
WPS router with WPA2-AES
encryption,
with
coverage
including the air-conditioners
installation
location.
A
PC/Tablet/Smartphone that is
iOS, Android compatible.
A
MAC-558IF-E adaptor per indoor
unit. Compatible Mitsubishi
Electric Air-conditioner. For a
full list of requirements visit
mitsubishielectric.com.au/wifi
Available for Download
Download the WiFi App from
the App store or Google Play
Control Technology
New
Zone Controller for PEAD/PEA Series
PAC-ZC40/80L-E
PAC-ZC40/80H-E
Air intake
Operation of up to 8 dampers and occupancy
and brightness sensors provides greater comfort
while improving energy-saving performance.
Main screen
Zone control screen
WIP
Oven
Living
Kitchen
PEAD/
PEA
Touch panel
Air outlet
Veranda
Media
Dining
Porch
Entry
Bed 4
Robe
WR
Robe
Robe
Master suite
Bed 3
Bed 2
Home theater
Actual size: 120×140×25mm (H×W×D)
Control operation of up to 8 dampers
Easy to see and use
By controlling the operation of up to eight dampers, the waste of
operating air conditioning in unoccupied areas and areas where it is not
needed can be prevented. Detailed control makes it possible to set
operation to suit the user's needs.
• A large, full-dot liquid-crystal screen is incorporated, greatly simplifying
touch panel operation.
• The backlight makes operation in dark rooms possible.
Occupancy and brightness sensors
The controller is equipped with a occupancy and brightness sensors that
are used to determine if the room is occupied. When no one is in the
room, operation switches to energy-saving mode. Excellent for ensuring
that the air conditioning gets turned off, and thereby contributing to
further energy savings.
<Example>
LED indicator
The LED indicator in the lower part of the controller clearly shows the
operation mode. Easily confirm if the air conditioning is on or off from a
distance. *Set to all green display before shipping.
Brightness sensor
If room light is on, energy-saving control is deactivated.
Occupancy sensor
Judges whether or not someone is in the room by detecting
human motion. If the room is unoccupied, air conditioning is
switched to Energy-saving mode.
When “Zone control” mode is selected among the energy-saving
mode settings shown below.
The damper is closed.
Touch panel with backlight
A 4.3-inch touch-panel liquid-crystal screen with a backlight
has been incorporated.
Temperature sensor
Monitors the temperature near the remote controller.
LED indicator
Indicates the operation mode or room temperature using
colours. *Setting is required.
Schedule setting
<Occupancy sensor>
Wall
PAR-ZC01M-E
remote controller
m
10
110°
10m
PAR-ZC01M-E
remote controller
10
m
11°
20°
• Built-in weekly schedule function can control turning air conditioner on
and off, and opening and closing of each damper. Up
to eight patterns can be set for each week, enabling operation
suitable for each time zone to be set.
• Night setback function is incorporated. If the room temperature
is outside of the temperature range setting, heating or cooling
operation starts automatically. This can prevent condensation or
excessive temperature rise in the room.
Wi-Fi compatibility
Can be operated from tablet, smartphone, etc.
31°
Floor
<Zone controller>
PAC-ZC40H-E
240Volt
4 zones (max.)
PAC-ZC80H-E
240Volt
8 zones (max.)
<Energy-saving mode>
PAC-ZC40L-E
24Volt
4 zones (max.)
Energy-saving mode settings can be selected (see table below).
PAC-ZC80L-E
24Volt
8 zones (max.)
110°
Detection distance, right/left detection angle
Deactivate
Temperature
setting slide
Reduce airflow
Operation/Stop
Zone control
Up/Down detection angle
Even if no one is detected, Energy-saving mode is not set.
Use slide to set desired temperature from presently
set temperature.
Set airflow to “Low”.
Stop operation.
Turn off target zone settings.
<Optional parts>
Wi-Fi Control Interface
MAC-558IF-E
Remote Sensor
PAC-SE41TS-E
Zone Remote Controller
PAR-ZC01M-E
13-14
15
PLA Series
PLA Series
4-way
Ceiling
Cassette
Advancements in PLA series improve style and
performance for ensured indoor comfort
Auto Fan Speed Mode
The fan speed is adjusted automatically, thereby helping to maintain a
comfortable room environment at all times. At the start of operation, a high
fan speed provides quick heating/cooling of the room. Once the desired
temperature is reached, the fan speed is reduced for stable heating/cooling
and greater comfort.
Conventional model
Wide Airflow
Wide-angle outlets distribute airflow to all corners
of the room, ensuring the room is sufficiently
cooled/heated. Horizontal airflow and a fan speed
reduced by 20% compared to conventional
models also contribute to increased comfort for
occupants.
Lo
PLA-RP ] ] BA
Stylish, pure white-coloured panels and wired remote controller present a
clean, streamlined image that is a suitable match for any interior.
Using wired remote controller,
set airflow direction for each vane
(manual setting also possible)
] Wired remote controller
(PAR-31MAA) has Independent
Vane Direction Setting.
This function is only available
when indoor unit connects
with PUHZ series.
■i-see Sensor Operation
The i-see Sensor rotates 90° and takes 5-second
measurements to accurately determine floor-level
temperatures on all sides of the room.
Other Features
90°
rotation
• Stylish indoor-unit vane covers (when unit is turned off )
• Maximum upward draining of 850mm
• Wireless remote controller available
• Duct flange for Fresh-air Intake
• Branch duct
Horizontal
flow
Set by remote
controller
Vertical
flow
Settings can be changed anytime
using a wired remote controller.
Automatic
elevation to
four metres
Vertical
Vertical Vertical Vertical
flow
flow
flow
flow
Simultaneous horizontal and vertical operation ensure
a comfortable room from corner to corner.
1.2m
1.6m
• The i-see Sensor calculates the temperature by measuring the infrared rays emanating from
“I Feel” Temperature Control
The sensory temperature is calculated by measuring the air-intake temperature and
the floor temperature. This technology helps to avoid overcooling or overheating.
2.4m
Without i-see Sensor
Only intake-air temperature at the
ceiling is measured, resulting in
uneven temperature distribution.
3.2m
Packaged elevating (up-down)
controller in the grille (PLP-6BAJ) can
be used when indoor unit connects
with PUHZ series and SUZ series.
Temperature gap is decreased,
and room is warmed uniformly
Wired remote controller
(PAR-31MAA) has automatic grille
lowering function.
This function is only available
when indoor unit connects with
PUHZ series.
3.6m
With i-see Sensor
Both floor-level and intake-air temperatures are measured, providing operation
that creates a comfortable room environment from ceiling to floor.
Indoor temperature
Indoor
temperature
detecting
sensor
detecting sensor
Indoor temperature
Indoor
temperature
detecting
sensor
detecting sensor
4.0m
360°
Area which the
sensor checks
sensing
Indoor unit
PLA-RP60BA
Outdoor unit
PLA-RP71BA
SUZ-KA60VAD
Capacity (min.-max.)
(kW)
Input
(kW)
PLA-RP71BA
SUZ-KA71VAD
PLA-RP100BA
PUHZ-RP71VHA5
PLA-RP125BA
PUHZ-RP100V/YKA2
PUHZ-RP125V/YKA2
PLA-RP140BA
PUHZ-RP140V/YKA2
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
6.1 (2.3-6.3)
6.9 (2.5-8.0)
7.1 (2.8-8.1)
8.0 (2.6-10.2)
7.1 (3.3-8.1)
8.0 (3.5-10.2)
10.0 (4.9-11.4)
11.2 (4.5-14.0)
12.5 (5.5-14.0)
14.0 (5.0-16.0)
13.0 (6.2-15.3)
16.0 (5.7-18.0)
4.43
1.78
1.97
2.07
2.19
2.09
2.17
2.50
2.95
3.80
3.71
3.97
Rated EER/COP
3.43
3.50
3.43
3.65
3.40
3.69
4.00
3.80
3.29
3.77
3.27
3.61
Rated AEER/ACOP
3.36
3.44
3.38
3.60
3.22
3.49
3.67/3.63
3.54/3.50
3.10/3.08
3.56/3.54
3.10/3.08
3.44/3.42
AEER/ACOP (part-load %) ]
4.13/4.05
Sound pressure level
Dimensions
CMM
12-14-16-18
14-16-18-21
14-16-18-21
20-23-26-30
22-25-28-31
24-26-29-32
L/S
200-233-267-300
233-267-300-350
233-267-300-350
334-384-434-501
367-417-467-517
400-434-484-534
(dB)
28-29-31-32
28-30-32-34
28-30-32-34
32-34-37-40
34-36-39-41
36-39-42-44
Unit: 258, Panel: 35
Height
(mm)
Width
(mm)
Unit: 840, Panel: 950
Depth
(mm)
Unit: 840, Panel: 950
Weight
(kg)
* MEPS compliant at part load
* SUZ-KA •VAD is potentially demand response capable unit. DRC-101A is required.
Sound Pressure Level
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
Unit: 23, Panel: 6
Unit: 298, Panel: 35
Unit: 25, Panel: 6
11.5m
3.95/3.89
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
Power supply
Airflow (Lo-Mi2-Mi1-Hi)
Area
Areawhich
whichthe
the
“i-see
i-see Sensor”
Sensor
checks
checks
2.7m
Specifications: 4-way ceiling-cassette (PLA)
Function
5sec
measurement
2.0m
Elevating (up-down)
controller
Swing mode
5sec
measurement
sensor rotates 360° once every two minutes when there is significant temperature
disparity and once every five minutes when a stable, even temperature has been reached.
2.8m
• Wave control effect thermograph
5sec
measurement
90°
rotation
the walls and floors, and measuring the floor-level temperature.
Easy to use/Simple maintenance
An automatic grille lowering function capable of
stopping at eight different heights is available to
simplify filter maintenance.
“Wave Airflow” operation image
5sec
measurement
90°
rotation
• The
Automatic Grille Lowering
Function (Option)
Wave Airflow Mode for Heating
Temperature gap with uneven
temperature distribution
Power flow fan
i-see Sensor improves energy efficiency and enhances room comfort (Option)
The i-see Sensor is an innovative Mitsubishi Electric technology that uses a
radiation-based sensor to monitor temperature throughout the entire room. When
connected to the air conditioner control panel, i-see Sensor works to maximise
room comfort through 360° sensing that covers the whole floor space.
“Pure White” Colour
Fixed
Vertical flow
Auto
An improved airflow path and powerful highcapacity flow fan contribute to the realisation of
quieter operation.
Use the wired remote controller to set the
airflow pattern of each vane independently.
Easily adjust airflow to the interior layout
and seasonal conditions, to help ensure an
even temperature distribution.
The airflow direction at each
outlet changes intermittently, providing a consistent
temperature throughout the
room.
Hi
360°
Floor-level temperature
measured throughout the room.
Quiet Operation
The horizontal airflow function prevents
cold drafts from striking the body directly,
thereby keeping the body from becoming
over-chilled.
Independent Vane Direction
Setting
optional
Mi1
]Special setting is required for wireless remote controller.
Horizontal airflow
prevents drafty feeling
PLA-RP60/71
100/125/140BA
Mi2
4-way cassettes can be equipped with the i-see Sensor,
a radiation-based sensor that monitors floor-level
temperatures throughout the room to
ensure room comfort.
i-see Sensor works to
ensure even temperature
distribution and save
energy (requires optional
corner panel)
Fan speed setting by remote controller (four levels)
Less Cold Draft
(i-see Sensor: optional)
16
Unit: 27, Panel: 6
Heating
Heating
Set temperature: 23°C
without i-see Sensor
Set temperature: 20°C
with i-see Sensor + Auto Fan Speed
37°C
37°C
25°C
25°C
13°C
13°C
17
18
PEAD Series
Ceilingconcealed
The thin, ceiling-concealed indoor units of the
PEAD series are the perfect answer for the air
conditioning requirements of buildings with
minimum ceiling installation space and
wide-ranging external static pressure.
Energy-saving efficiency has been improved,
thereby reducing electricity consumption and
contributing to a further reduction in operating
cost.
PEA Series
Ceilingconcealed
Compact Indoor Units
Versatile and easy installation is possible; for example, it is possible to
adjust the distance between the air-intake and air-outlet vents to
create the optimal airflow configuration.
■ Long rectangular room
Height
reduced by
250mm
178mm
PEAD-RP71-140JAA
NEW
(7.1kW-14.0kW) models, unit
Compared to the previous
weight has been reduced by an average of 27kg. This significant
weight reduction allows for increased ease of installation.
optional
optional
optional
PEA-RP100/125/140GAA
Wide Selection of Fan Speeds and External
Static Pressure
fixtures
■ L-shaped room
A flexible duct design and 150Pa external static high-pressure are
incorporated. The increased variation in airflow options ensures
operation that best
matches virtually all
room layouts.
PEA-RP • EAQ
PEAD-RP71/100/125/140JAA
■ Room with fixed ceiling
Flexible Duct Design Enables Use
of High-pressure Static Fan
up to
Lighter Weight
NEW
Freedom in Installation
PEA-RP170/200WJA/250WHA
The height of the PEAD (7.1kW-14.0kW) models has been unified to
250mm. Compared to the previous PEA-RP models, the height has
been reduced by as much as 178mm, making installation possible in
low ceilings with minimal clearance space.
PEA-RP71-140EAQ
For elegance and style, the PEA series
compliments the room environment with
aesthetically pleasing ceiling installation and a
vast line-up of performance functions.
optional
Five-stage external static pressure conversions and three fan speed
selections are available. Capable of being set to a maximum of 125Pa,
units are applicable to a wide range of building types.
Easier Handling
High Energy-Saving Efficiency
The new ducted fan coil unit
(PEA-RP170/200/250) now has a
two-piece construction. This
allows separation of the indoor
unit heat exchanger and the fan
deck assembly for easier
handling into the roof space.
Compared to the previous PEA-RP • EAQ (7.1kW-14.0kW) models,
PEAD-RP models achieve enhanced energy efficiency through
adopting a highly efficient DC fan motor. This contributes to a
reduction in electricity consumption.
Capacity
Previous PEA-RP
PEAD-RP
Rated EER
2.86
3.50
22% UP
Rated COP
3.35
4.00
19% UP
Rated EER
3.28
3.61
10% UP
Rated COP
3.54
4.12
16% UP
Rated EER
2.95
3.33
13% UP
Rated COP
3.64
4.00
10% UP
Rated EER
2.90
3.32
14% UP
Rated COP
3.74
3.96
6% UP
Rated EER/COP
7.1kW
10.0kW
12.5kW
14.0kW
Specifications: Ceiling-concealed (PEAD)
Must be reassembled and installed
prior to using the system.
Computerised Dehumidification
The fan speed is controlled electronically in dehumidifying mode,
increasing the range and efficiency of dehumidification.
Specifications: Ceiling-concealed (PEA)
Indoor unit
PEAD-RP71JAA
PEAD-RP71JAA
PEAD-RP100JAA
PEAD-RP125JAA
PEAD-RP140JAA
Outdoor unit
SUZ-KA71VAD
PUHZ-RP71VHA5
PUHZ-RP100V/YKA2
PUHZ-RP125V/YKA2
PUHZ-RP140V/YKA2
Function
Capacity (min.-max.)
(kW)
Input
(kW)
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
7.1 (2.8-8.1)
8.0 (2.6-10.2)
7.1 (3.3-8.1)
8.0 (3.5-10.2)
10.0 (4.9-11.4)
11.2 (4.5-14.0)
12.0 (5.5-14.0)
14.0 (5.0-16.0)
13.0 (6.2-15.3)
16.0 (5.7-18.0)
Indoor unit
Outdoor unit
PEA-RP100GAA
PEA-RP125GAA
PEA-RP140GAA
PEA-RP170WJA
PEA-RP200WJA
PEA-RP250WHA
PUHZ-RP100V/YKA2
PUHZ-RP125V/YKA2
PUHZ-RP140V/YKA2
PUHZ-RP170V/YKA2
PUHZ-RP200YKA2
PUHZ-RP250YKM
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Capacity (min.-max.)
(kW)
10.0 (4.9-11.4)
11.2 (4.5-14.0)
12.5 (5.5-14.0)
14.0 (5.0-16.0)
13.5 (6.2-15.3)
16.0 (5.7-18.0)
16.0 (9.0-20.0)
20.0 (9.5-22.4)
18.9 (9.0-22.4)
22.4 (9.5-25.0)
22.0 (11.2-27.0)
25.0 (12.5-29.0)
(kW)
6.89
Function
2.10
2.04
2.03
2.00
2.77
2.72
3.60
3.50
3.91
4.04
Input
2.60
2.51
3.97
3.27
4.19
3.90
5.00
6.00
5.92
6.89
6.11
Rated EER/COP
3.38
3.92
3.50
4.00
3.61
4.12
3.33
4.00
3.32
3.96
Rated EER/COP ]1
3.85
4.46
3.15
4.28
3.22
4.10
3.20
3.33
3.19
3.25
3.60
3.62
Rated AEER/ACOP
3.33
3.86
3.31
3.78
3.34/3.31
3.81/3.78
3.14/3.11
3.76/3.74
3.09/3.07
3.76/3.73
Rated AEER/ACOP
3.54/3.51
4.11/4.07
2.98/2.96
4.01/3.98
3.06/3.04
3.88/3.86
3.16/3.11
3.22/3.18
3.04
3.12
3.27
3.37
3.68/3.63
AEER/ACOP (part-load %) ]
17.5-21-25
24-29-34
29.5-35.5-42
32-39-46
L/S
292-350-417
400-483-567
492-592-700
533-650-767
Sound pressure level
(dB)
30-34-39
33-38-42
36-40-44
40-44-49
Return air spigot size
(mm)
1,058×210
1,358×210
1,358×210
(mm)
1,060×178
1,360×178
1,360×178
Supply air spigot size
Dimensions
Weight
Height
(mm)
Width
(mm)
34-42
50Pa: 48-60, 100Pa: 43-54, 150Pa: 41-52
50-61-72
58-71-84
L/S
560-700
50Pa: 800-1,000, 100Pa: 716-900, 150Pa: 683-866
833-1,017-1,200
967-1,183-1,400
Sound pressure level ]3
(dB)
39-42
1,558×210
Return air spigot size
(mm)
1,102×330
1,100×420
1,560×178
Supply air spigot size
1,100×340
Depth
(mm)
(kg)
Airflow (Lo-[Mid]-Hi)
External static pressure Pa
250
1,400
1,100
1,600
Dimensions
732
29
38
39
3.71
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
CMM
35/50/70/100/125
External static pressure Pa
3.67/3.61
Power supply
CMM
Airflow (Lo-Mid-Hi)
3.69/3.63
AEER/ACOP (part-load %) ]2
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
Power supply
43
* MEPS compliant at part load
* SUZ-KA •VAD is potentially demand response capable unit. DRC-101A is required.
Sound Pressure Level
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
Weight
60/75/100/150
50/100/150
42-45
40-43-46
38-41-44
(mm)
921×250
Height
(mm)
400
470
Width
(mm)
1,400
1,370
Depth
(mm)
634
1,120
(kg)
63
108
*1 Rated EER/COP for PEA-RP170/200WJA/250WHA are measured at ESP 75 Pa.
*2 MEPS compliant at part load
*3 Sound pressure level for PEA-RP125/140GAA are measured in anechoic chamber at ESP 50 Pa.
Sound pressure level for PEA-RP170/200WJA/250WHA are measured in anechoic chamber at ESP 150 Pa.
19
20
PCA Series
Ceilingsuspended
A stylish indoor unit design and airflow settings for
both high- and low-ceiling
interiors expand installation possibilities
Stylish Indoor Unit Design
PCA-GA
A stylish square-like design is adopted for the
indoor units of all models. As a result, the
units blend in better with the ceiling.
PKA Series
Wallmounted
Elegant design and compact dimensions are
ideal for offices, stores and
residential-use
Auto-flap Shutter
Closing automatically when the air conditioner is not running creating a
flat surface that is aesthetically appealing.
Quick Clean Grille
PCA-KA
Optional Drain Pump for
Full-capacity Models
The intake grille filter can easily slide out completely, allowing easy
cleaning without any special tools making it easy to clean in minutes, washing
in water.
Drain pump installation
possible
Drainage outlet can
be 600mm above
ceiling surface
The pumping height of the optional drain
pump has been increased from 400mm to
600mm, expanding flexibility in choosing
unit location during installation work.
Ceiling
surface
Front grille
Equipped with Automatic Air-speed Adjustment
Filter
In addition to the conventional 4-speed setting, units are now
equipped with an automatic air-speed adjustment mode. This setting
automatically adjusts the air-speed to conditions that match the
room environment. At the start of heating/cooling operation, the
airflow is set to high-speed to quickly heat/cool the room. When the
room
temperature
reaches
the
desired
setting,
the
airflow speed is decreased automatically
Strong
Gentle
for stable comfortable
heating/cooling operStart of
After room
cooling/heating…
temperature is stabilised…
ation.
PCA-RP50/60/71/100/125/140KAQ
optional
Fresh Outside-air Intake
Static pressure (Pa)
l Outside-air intake characteristics
Units are equipped with a knockout hole that enables the induction
of fresh outside-air.
50
0
–50
–100
–150
–200
–250
–300
1
2
3
Airflow volume (m3/min)
4
Equipped with High- /Low-ceiling Modes
Units are equipped with high- and
low-ceiling operation modes that
make it possible to switch the airflow volume to match room height.
The ability to choose the optimum
airflow volume makes it possible to
optimise the breezy sensation felt
throughout the room.
Capacity
4-way Piping Provides More Flexibility
in Selecting Installation Sites
optional
standard
Wired Remote Controller Available
(Option)
A separately sold wired remote controller and a terminal block are
available to suit various installation sites.
Drain Pump Option Available with
All Models
PCA-RP100–140KA
PCA-RP60/71KA
PCA-RP50KA
0
PKA-RP71/100KAL
Installation of the drain pump enables a drain outlet as high as
800mm above the base of the indoor unit. Drain water can be
discharged easily even if the surface where the wall-mounted unit
does not have direct access outside, increasing the degree of freedom
for installation.
High Standard Low
ceiling ceiling ceiling
50
3.5m
2.7m
2.5m
60
3.5m
2.7m
2.5m
71
3.5m
2.7m
2.5m
100
4.2m
3.0m
2.6m
125
4.2m
3.0m
2.6m
140
4.2m
3.0m
2.6m
Drain pump
Indoor unit
800mm
Specifications: Ceiling-suspended (PCA)
Indoor unit
PCA-RP50KAQ
PCA-RP60KAQ
PCA-RP71KAQ
PCA-RP71KAQ
PCA-RP100KAQ
PCA-RP125KAQ
PCA-RP140KAQ
Outdoor unit
SUZ-KA50VAD
SUZ-KA60VAD
SUZ-KA71VAD
PUHZ-RP71VHA5
PUHZ-RP100V/YKA2
PUHZ-RP125V/YKA2
PUHZ-RP140V/YKA2
Cooling
Heating
Capacity (min.-max.)
(kW)
4.9 (2.3-5.6)
5.5 (1.7-7.2)
Input
(kW)
1.49
1.68
Function
Cooling
Heating
5.7 (2.3-6.3) 6.9 (2.5-8.0)
1.67
2.02
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
7.1 (2.8-8.1)
7.9 (2.6-10.2)
7.1 (3.3-8.1)
8.0 (3.5-10.2)
10.0 (4.9-11.4)
11.2 (4.5-14.0)
12.0 (5.5-14.0)
14.0 (5.0-16.0)
13.0 (6.2-15.3)
16.0 (5.7-18.0)
2.06
1.96
1.96
2.21
2.63
3.02
3.66
3.88
3.97
4.43
Capacity (min.-max.)
(kW)
Input
(kW)
3.29
3.27
3.41
3.42
3.45
4.03
3.62
3.62
3.80
3.71
3.28
3.61
3.27
3.61
Rated AEER/ACOP
3.22
3.22
3.35
3.36
3.39
3.96
3.42
3.44
3.50/3.47
3.46/3.43
3.09/3.07
3.41/3.39
3.10/3.08
3.41/3.39
AEER/ACOP (part-load %) ]
4.19/4.11
Dimensions
Weight
3.91/3.85
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
Power supply
Sound pressure level
10-11-13-15
15-16-17-19
16-17-18-20
22-24-26-28
23-25-27-29
24-26-29-32
L/S
167-183-217-250
250-267-283-317
267-283-300-333
367-400-433-467
383-417-450-483
400-433-483-533
(dB)
32-34-37-40
33-35-37-40
35-37-39-41
37-39-41-43
39-41-43-45
41-43-45-48
(mm)
Width
(mm)
Depth
(mm)
(kg)
Outdoor unit
Function
1,600
1,280
32
Cooling
Heating
Cooling
Heating
8.0 (3.5-10.2)
10.0 (4.9-11.4)
11.2 (4.5-14.0)
1.96
2.13
2.90
3.10
3.62
3.76
3.45
3.61
Rated AEER/ACOP
3.42
3.56
3.20/3.17
3.34/3.31
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
Airflow (Lo-Mid-Hi)
Sound pressure level
Dimensions
680
25
36
38
39
* MEPS compliant at part load
* SUZ-KA •VAD is potentially demand response capable unit. DRC-101A is required.
Sound Pressure Level
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
PKA-RP100KAL
PUHZ-RP100V/YKA2
Rated EER/COP
230
960
PKA-RP71KAL
PUHZ-RP71VHA5
7.1 (3.3-8.1)
Power supply
CMM
Height
Indoor unit
Heating
Rated EER/COP
Airflow (Lo-Mi2-Mi1-Hi)
Specifications: Wall-mounted (PKA)
Cooling
Weight
CMM
18-20-22
20-23-26
L/S
300-333-367
333-383-433
(dB)
39-42-45
41-45-49
Height
(mm)
365
Width
(mm)
1,170
Depth
(mm)
295
(kg)
21
Sound Pressure Level
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
21
SLZ /SEZ Series
22
Main Features
4-way
Ceiling
Cassette
Compact
Bulkhead
Compact, quiet concealed indoor units equipped
with cutting-edge control
technologies for enhanced comfort
Main features of Mr. Slim Inverter Units
Indoor unit
Compact Designs
SLZ-KA25/50VAQ (L)
SLZ-VAQ
SLZ-VAL
SEZ-VAQ
SEZ-VAL
SUZ
SUZ
SUZ
SUZ
PLA
Combination
Outdoor unit
Models with capacity ranges for any room size. The dimensions of the
SLZ are perfect for 2-metre-square installations, and the SEZ unit is a
slim 200mm in height, making it ideal for tight installation spaces.
Standard
Energy Saving
Felt Temperature Control
(i-see Sensor)
Demand Function
PUHZ
O
O
O
O
O
*7
PEA
PKA
*7
*7
PUHZ-KA PUHZ-YKM
PUHZ
PEAD
SUZ
PUHZ
*7
SUZ
O Optional
Not Available
PCA-KAQ
*7
PUHZ
*7
SUZ
O
O
O
O
*4
Pure White
990mm
Attractive
700mm
208mm
Auto Vane
200mm
650mm
Fresh-air Intake
650mm
SLZ-KA25/50
SEZ-KD35/50
Impressively Quiet
Air Quality
S series units offer quiet operation at a hushed noise level of 23dB
(SEZ-KD25/35), ensuring a calm and comfortable environment. They’re
so quiet that you may find yourself checking to see if they’re on.
optional for SLZ/SEZ-VAQ
Quiet passenger
car interior
(40km/h)
Subway car
interior
SEZ-KD25/35/50/60/71VAQ (L)
O
O
O
Oil Mist Filter
Long-life Filter
O
Filter Check Signal
Horizontal Vane (Auto Swing)
l Noise level
optional for SLZ/SEZ-VAQ
O
High-efficiency Filter
Human
hearing limits
(Extremely quiet)
Sound of
rustling leaves
Library interior
High Ceiling Mode
Air Distribution
80dB
standard for
SLZ-VAL
60dB
40dB
10dB
23dB
Low Ceiling Mode
Quiet!
standard for
SEZ-VAL
Auto Fan Speed Mode
Energy-saving Operation
Auto Change Over *1
Auto Restart
Air Cleaning Filter
Convenience
Low-temperature Cooling
This built-in filter removes dust and other particulates helping to keep
the air clean. Maintenance is as simple as vacuuming. The long-life
filter in SLZ series air conditioners can be used for approximately 2,500
hours before requiring replacement.
Fresh-air intake
25
100
118
3- 2.8 hole
Burring hole
Rotation, Back-up and
2nd Stage Cut-in Function
°
Electrical box
Refrigerant pipe
Drain pipe
73.4
Cut-out hole
O
O
O
PAR-31MAA Control *2
O
O
O
O
O
O
O
O
O
O
O
O
PAC-YT52CRA Control *2
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
0°
120
A duct hole is provided in
the main body, making it
possible to intake fresh air
from outside.
Low-noise Operation
(Outdoor Unit)
Detail drawing of fresh-air intake
12
Fresh-air Intake
*5
On/Off Operation Timer
Boasting low electricity consumption, SLZ/SEZ series air conditioners
are the key to fresh, cost-effective room comfort.
System Control
PAC-ZC40/80H (L)-E Control
Ceiling surface
System Group Control *2
O
O
O
O
M-NET Connection *2
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
Specifications: 4-way cassette / Compact ceiling-concealed (SLZ, SEZ)
Indoor unit
Outdoor unit
SLZ-KA25VAQ(L)
SLZ-KA50VAQ(L)
SEZ-KD25VAQ(L)
SEZ-KD35VAQ(L)
SEZ-KD50VAQ(L)
SEZ-KD60VAQ(L)
SEZ-KD71VAQ(L)
SUZ-KA25VAD
SUZ-KA50VAD
SUZ-KA25VAD
SUZ-KA35VAD
SUZ-KA50VAD
SUZ-KA60VAD
SUZ-KA71VAD
Cooling
Function
Capacity (min.-max.)
(kW)
2.3 (1.5-3.2)
Input
(kW)
0.6
Heating
Cooling
3.1 (1.3-4.5) 4.2 (2.3-5.2)
0.82
Heating
Cooling
4.5 (1.7-6.5) 2.5 (1.5-3.2)
1.27
1.37
0.75
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
Cooling
Heating
3.0 (1.3-4.5)
3.7 (1.4-3.9)
4.2 (1.7-5.0)
5.1 (2.3-5.6)
6.4 (1.7-7.2)
5.6 (2.3-6.3)
7.4 (2.5-8.0)
6.5 (2.8-8.3)
8.1 (2.6-10.4)
0.83
1.09
1.13
1.64
1.81
1.77
2.05
2.06
2.18
Rated EER/COP
3.83
3.78
3.31
3.28
3.33
3.61
3.39
3.72
3.11
3.54
3.16
3.61
3.16
3.72
Rated AEER/ACOP
3.65
3.66
3.23
3.22
3.21
3.49
3.31
3.62
3.05
3.48
3.11
3.55
3.10
3.66
AEER/ACOP (part-load %) ]
4.32
Airflow (Lo-Mid-Hi)
8-9-10
8-9-11
5.5-7-9
7-9-11
10-12.5-15
12-15-18
12-16-20
L/S
133-150-167
133-150-183
92-117-150
117-150-183
167-208-250
200-250-300
200-267-333
Maintenance
5/15/35/50
Sound pressure level
(dB)
Supply air spigot size
(mm)
—
660×150
860×150
1,060×150
Height
(mm)
Unit: 235, Panel: 20
200
200
200
Width
(mm)
Unit: 570, Panel: 650
790
990
1,190
Depth
(mm)
Unit: 570, Panel: 650
700
(kg)
Unit: 16.5, Panel: 3
18
Weight
Sound Pressure Level
28-31-37
30-34-39
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
23-26-30
30-34-37
23-28-33
700
21
O
Flare Connection
CMM
—
O
Pump Down Switch
3.72
External static pressure Pa
Dimensions
Drain Pump
30-34-38
30-35-40
700
23
27
* MEPS compliant at part load
* SUZ-KA •VAD is potentially demand response capable unit. DRC-101A is required.
O
Installation
V: Single-phase, 50Hz, 230V
Power supply
O
Reuse of Existing Wiring
*3
Self-Diagnosis Function
(Check Code Display)
Failure Recall Function
*1 When multiple indoor units connected to an MXZ outdoor unit are running at the same time,
simultaneous cooling and heating is not possible.
*2 Please refer “System Control” on page 21 for details.
*3 Not available with PEA-RP170/200WJA and PEA-RP250WHA models.
*4 Schedule timer not available
External contact only
*6
*5 Remote controller timer function only
*6 Only error display on remote controller
*7 PUHZ-RP250 is excluded.
PUHZ-RP • VHA5R1-A, PUHZ-RP • V /YKA2R1-A are only demand response capable with
the demand function. Please contact Mitsubishi Electric Australia Pty. Ltd. for details.
O
23
System Controls
Specifications
System Controls (SUZ and Mr. Slim Power Inverter only)
Versatile system controls can be realised by using optional parts, relay circuits, control panels, etc.
24
Specification: Outdoor Unit
MAJOR SYSTEM CONTROL
Outdoor unit
System Examples
Indoor Unit
S Series & P Series Indoor Unit
P Series Indoor Unit
S Series Outdoor
P Series Outdoor
Outdoor Unit
A
Details
PAR-31MAA Control
PAC-YT52CRA Control
Standard equipment (for indoor units
compatible with wired remote controllers)
Major Optional Parts Required
• PAR-31MAA (Wired remote controller)
• PAC-YT52CRA (Wired remote controller)
System Group Control
MAC-397IF-E
MAC-333IF-E
PAR-31MAA
PAC-YT52CRA
PAR-31MAA
PAC-YT52CRA
C
M-NET Connections
Outdoor
unit
Outdoor
unit
Indoor unit
Indoor unit
Indoor
unit
City Multi
indoor unit
PAR-31MAA
PAC-YT52CRA
Indoor
unit
PAR-31MAA
PAC-YT52CRA
PAR-31MAA
PAC-YT52CRA
• One remote controller can control plural air
conditioners with the same settings
simultaneously.
• One remote controller can control up to 16
refrigerant systems.
• Up to two remote controller can be connected.
• Group of air conditioners can be controlled by
MELANS system controller (M-NET).
PAR-31MAA
PAC-YT52CRA
MELANS
system controller
AE-200E
<P Series Outdoor Unit>
• PAR-31MAA (Wired remote controller)
<S Series Outdoor Unit>
• MAC-333IF-E
• MELANS System controller
<P Series Outdoor Unit>
• PAC-SF83MA-E (M-NET converter)
• MELANS System controller
MAC-333IF-E
MELANS
system controller
AE-200E
<S Series Outdoor Unit>
• MAC-397IF-E/MAC-333IF-E (Interface)
• PAR-31MAA (Wired remote controller)
• PAC-YT52CRA (Wired remote controller)
M-NET adapter
PAC-SF81MA-E
SUZ-KA35VAD
SUZ-KA50VAD
External finish
Munsell 3.0Y 7.8/1.1
Power supply
Single-phase, 50Hz, 230V
(kW)
0.9
0.9
1.2
34 (568)/32 (534)
33 (551)
49 (817)
58 (960)/49 (816)
57 (950)/48 (800)
Cooling mode
46
47
53
55
Heating mode
46
48
55
55
59
61
68
69
CMM (L /S)
(dB)
Sound level
Dimensions
SUZ-KA71VAD
0.65
Airflow (cooling/heating)
Sound pressure
level (dB)
SUZ-KA60VAD
0.55
Compressor output
PAR-31MAA
PAC-YT52CRA
B
SUZ-KA25VAD
Height
(mm)
550
850
880
Width
(mm)
800
840
840
Depth
(mm)
285
330
330
Weight
(kg)
Chargeless piping length
(m)
Max. piping length
(m)
20
30
Breaker size
(A)
10
20
30
33
50
53
53
7
FOR P SERIES AND S SERIES INDOOR UNITS
*Above specifications are for outdoor units only.
System Examples
Wired remote controller
A
Wireless remote controller
2-remote Controller
Control
• Up to two remote controllers can be
connected to one group.
With two remote controllers, control
can be performed locally and remotely
from two locations.
PAR-SL97A-E
PAR-31MAA
PAC-YT52CRA
PAR-31MAA
PAC-YT52CRA
* Set "Main" and "Sub"
remote controllers.
(Example of 1 : 1 system)
B
Operation Control by
Level Signal
Air conditioner can be started/
stopped remotely. In addition,
On/Off operation by local remote
controller can be prohibited/permitted.
Remote
control
panel
Wired remote
controller
Operation Control by
Pulse Signal
Adapter for
remote
On/Off
Remote
control
panel
Remote operation adapter/
Connector cable for remote display +
Relay box
PACYT52CRA
PAR-31MAA
(Example of 1 : 1 system)
E
Timer Operation
Allows On/Off operation with
timer
*For control by an external timer,
refer to B Operation Control by
Level Signal.
PAR-31MAA
(Example of 1 : 1 system)
• Adapter for remote On/Off PAC-SE55RA-E
• Operation other than On/Off (e.g., adjustment of temperature, fan speed, and airflow) can • Relay box (to be purchased locally)
• Remote control panel (to be purchased
be performed even when remote controller
locally)
operation is prohibited.
• Timer control is possible with an external timer.
Outdoor unit
PUHZ-RP71VHA5
Relay box (to be purchased locally)
Connector
cable for
remote
display
Remote
control
panel
• The pulse signal can be turned On/Off.
• Operation/emergency signal can be received
at a remote location.
• Connector cable for remote display
PAC-SA88HA-E / PAC-725AD
(10 pcs. x PAC-SA88HA-E)
• Relay box (to be purchased locally)
• Remote control panel (to be purchased
locally)
PUHZ-RP125V/YKA2
Munsell 3.0Y 7.8/1.1
Power supply
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
(kW)
Compressor output
Sound pressure
level (dB)
PUHZ-RP140V/YKA2
1.6
1.9
60 (1,000)
110 (1,830)
Cooling mode
47
49
50
50
Silent mode
44
46
47
47
Heating mode
48
51
52
52
(dB)
66
69
70
70
Height
(mm)
943
1,338
Width
(mm)
950
1,050
Depth
(mm)
330
330
(kg)
67
CMM (L /S)
2.4
2.9
120 (2,000)
PAR-SL97A-E
Sound level
(Example of 1 : 1 system x 2)
Remote operation adapter/
Connector cable for remote display +
Relay box
Remote
display
panel
PUHZ-RP100V/YKA2
External finish
Airflow (cooling/heating)
PAR-SL97A-E
Operating status can be
displayed at a remote location.
Remote
display
panel
• Wired Remote Controller
PAR-31MAA
PAC-YT52CRA
(for PKA, PAC-SH29TC-E is required)
• Wireless Remote Controller
PAR-SL97A-E (for SEZ and PLA-RP)
• Wireless Remote Controller Kit for PCA
PAR-SL94B-E
(Example of 1 : 1 system x 2)
Connector
cable for
remote display
(Example of 1 : 1 system x 2)
Remote Display of
Operating Status
Relay box (to be purchased locally)
Relay box (to be purchased) locally)
Wired remote
controller
• Both wired and wireless remote controllers can
be used in combination.
Major Optional Parts Required
(Example of Simultaneous Twin)
Adapter for
remote
On/Off
Remote
control
panel
D
* When using wired and wireless
remote controllers
Relay box (to be purchased) locally)
(Example of 1 : 1 system x 2)
C
Details
• Operation/emergency signal can be received
at a remote location (when channeled
through the PAC-SF40RM
no-voltage signal, when channeled through
the PAC-SA88HA-E DC 12V signal).
• Remote display panel (to be purchased
locally)
• Connector cable for remote display
PAC-SA88HA-E / PAC-725AD
(10 pcs. x PAC-SA88HA-E)
• Relay box (to be purchased locally)
• Remote operation adapter
PAC-SF40RM
*Unable to use with wireless remote controller
PAR-SL97A-E
Dimensions
Weight
V: 118 Y: 119
V: 120 Y: 121
Sound Pressure Level
(Example of Simultaneous Twin)
• Weekly Timer:
On/Off and up to 8 pattern temperatures can be
set for each calendar day. (Initial setting)
• On/Off Timer:
On/Off can be set once each within 72hr. in
intervals of 5-minute units.
• Auto-off Timer:
Operation will be switched off after a certain time
elapse. Set time can be changed from
30 min. to 4 hr. at 10 min. intervals.
*Simple Timer and Auto-off Timer
cannot be used at the same time.
Standard functions of PAR-31MAA
Chargeless piping length
(m)
30
• Sound pressure measurements were conducted in an anechoic chamber.
30
Max. piping length
• The actual noise level (m)
depends on the distance
50from the unit and the acoustic environment.
75
Protection device
Discharge thermo, HP switch
Rated running current
(cooling/heating)
(A)
9.05/9.64
Breaker size
(A)
25
V: 12.64/13.58 Y: 4.42/4.75
Sound Pressure Level
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
V: 16.36/16.90 Y: 5.73/5.91
V: 32 Y: 16
V: 17.17/19.23 Y: 6.01/6.73
V: 40 Y: 16
*Above specifications are for outdoor units only.
25
Specifications
Optional Parts
Specifications: Outdoor Unit
Optional Parts
Part name
PEAD-RP140
i-see sensor corner panel
PAC-SA1ME-E
PLA-RP
Shutter plate
PAC-SH51SP-E
PLA-RP
9.52‘ 12.7
PAC-SG73RJ-E
PUHZ-RP71/100/125/140/170/200
15.88 19.05
PAC-SG75RJ-E
PUHZ-RP71/100/125/140
M-NET converter
PAC-SF83MA-E
PUHZ-RP71/100/125/140/170/200
Multi-function casement
PAC-SH53TM-E
PLA-RP
PCA-RP50KAQ
PAC-SG94HR-E
PKA-RP
PAC-SH84DM-E
PCA-RP71/100/125/140KAQ
PAC-SG96HR-E
PCA-RP50/60/71/100/125/140KAQ
PAC-SH85DM-E
PCA-RP60KAQ
PAC-SG97HR-E
PEAD-RP, PEA-RP
PAC-KE07DM-E
SEZ-KD
PAC-SH52HR-E
PLA-RP
Drain socket
PAC-SG61DS-E
PUHZ-RP71/100/125/140/170/200
Remote On/Off adaptor
PAC-SE55RA-E
All indoor units
PAC-SH65OF-E
PLA-RP
Remote operation adaptor
PAC-SF40RM-E
All indoor units*2
(excluding PKA-RP)
Air protection guide
Munsell 3.0Y 7.8/1.1
Munsell 3.0Y 7.8/1.1
Munsell 5.0Y 8.0/1.0 or Similar
Control/service tool
3.0
CMM (L /S)
Cooling mode
Sound pressure level (dB)
6.9
140 (2,330)
140 (2,330)
175 (2,917)
58
58
58
56
Silent mode
56
Drain pump
48
PAC-SG59SG-E
PUHZ-RP71
PAC-SH96SG-E
PUHZ-RP100/125/140/170/200
PAC-SH51SP-E
PLA-RP
PAC-SH63AG-E
PUHZ-RP71
PAC-SH95AG-E
PUHZ-RP100/125/140/170/200
PAC-SK52ST
PUHZ-RP71/100/125/140/170/200
PAC-SG64DP-E
PUHZ-RP71
PAC-SH97DP-E
PUHZ-RP100/125/140/170/200
PAC-SH94DM-E
PKA-RP
PAC-SH83DM-E
Filter box
Joint pipe
Power supply terminal kit
59
59
58
Flange for fresh-air intake
(dB)
76
76
78
Liquid refrigerant dryer
for pipe ø9.52
PAC-SG82DR-E
PUHZ-RP
Remote sensor
PAC-SE41TS-E
All indoor units
(excluding PEA-RP • GAA)
Height
(mm)
1,338
1,338
1,650
Wi-Fi interface
MAC-558IF-E
All indoor units
(excluding PEA-RP250WHA)
Space panel
PAC-SH48AS-E
PLA-RP
Width
(mm)
1,050
1,050
920
Terminal block
PAC-SH29TC-E
PKA-RP for wired remote controller
MAC-397IF-E
SLZ-KA, SEZ-KD, PLA-RP60/71*1
PEAD-RP71*1, PCA-RP50/60/71*1
Connector cable
for remote display
PAC-SA88HA-E
All indoor units
PAR-31MAA
MAC-399IF-E
SLZ-KA, SEZ-KD, PLA-RP60/71*1
PEAD-RP71*1, PCA-RP50/60/71*1
All indoor units
(excluding SLZ-VAL and SEZ-VAL)
PAC-YT52CRA
All indoor units
(excluding SLZ-VAL and SEZ-VAL)
Heating mode
Sound level
Dimensions
Centralized drain pan
3.6
Application name
PEAD-RP100/125
PUHZ-RP250YKM
(kW)
Compressor output
Model name
PAC-KE95TB-E
PUHZ-RP200YKA2
V: Single-phase, 50Hz, 230V Y: Three-phase, 50Hz, 400V
Part name
PEAD-RP71
PUHZ-RP170V/YKA2
Power supply
Application name
PAC-KE94TB-E
Air outlet shutter plate
External finish
Model name
PAC-KE93TB-E
Air discharge guide
Outdoor unit
Airflow (cooling/heating)
26
Depth
(mm)
330
330
740
Weight
(kg)
V: 127 Y: 131
136
199
Chargeless piping length
(m)
30
30
0
Max. piping length
(m)
75
75
75
MA & Contact terminal interface
M-NET interface
M-NET &Terminal interface
Discharge thermo, HP switch
Protection device
(A)
Rated running current (cooling/heating)
V: 19.4/23.9 Y: 6.8/8.3
(A)
Breaker size
8.2/9.7
V: 40 Y: 32
9.7/11.0
32
32
PEAD-RP, PEA-RP
Wireless remote controller
signal sender
PAR-SL97A-E
SEZ-KD, PLA-RP
High efficiency filter
Rating conditions (AS/NZS 3823)
Cooling - Indoor: 27°C (80°F) DB, 19°C (66°F) WB
Outdoor: 35°C (95°F) DB
Heating - Indoor: 20°C (68°F) DB
Outdoor: 7°C (45°F) DB, 6°C (43°F) WB
High efficiency filter element
PAC-ZC40H-E
50Hz
Outdoor
Single-phase, 230V
Single-phase, 230V/ Three-phase, 400V
Guaranteed Operating Range
Capacity
SUZ-KA35
SUZ-KA
PAC-ZC80L-E
PAR-SA9CA-E
SEZ-KD, PEAD-RP, PEA-RP
PAR-SA9FA-E
PLA-RP
PAC-SH88KF-E
PCA-RP50KAQ
PAC-SH89KF-E
PCA-RP60/71KAQ
PAC-SH90KF-E
PCA-RP100/125/140KAQ
PAC-SH59KF-E
PLA-RP
25/35
50
60/71
71/100/125/140/170/200
250
46°C
43°C
46°C
46°C
46°C
SUZ-KA60
Upper limit (DB)
24°C
24°C
24°C
–5°C (–15°C )
–5°C
21°C
15.5°C (WB)
Heating
Lower limit (DB)
–15°C
–15°C
–15°C
• Sound pressure measurements were conducted in an anechoic chamber.
• The actual noise level depends on the distance from the unit and the acoustic environment.
PEAD-RP, PEA-RP
PAR-SL94B-E
PCA-RP
Power supply unit
PAC-SC50KUA
All outdoor units
Multiple remote controller
adaptor
PAC-725AD
All indoor units
Interface for DRED
DRC-101A
SUZ-KA • VAD
Max. piping length (m)
12
20
12
20
30
30
30
30
–20°C
–20°C (WB)
SUZ-KA71
PUHZ-RP71
PUHZ-RP100/125/140
30
30
30
30
50
75
With the optional air protection guide, the operation at –15°C outdoor temperature is possible.
Sound Pressure Level
PAC-ZC01M-E
Wireless remote controller kit
(Sender & Receiver)
Between indoor & outdoor units
Cooling
–15°C
Zone remote controller
Max. height difference (m)
PUHZ
SUZ-KA50
–15°C
PEAD-RP, PEA-RP
Refrigerant Piping
Indoor
SUZ-KA25
–10°C
PAC-ZC40L-E
*1 P series indoor units can be used in combination with SUZ outdoor units.
*2 Unable to use with wireless remote controller
* For PUHZ-RP250YKM: 7.5m (24ft.)
Lower limit (DB)
PAC-ZC80H-E
Zone controller
(Interface & remote controller)
Total input based on the indicated voltage (indoor/outdoor)
Refrigerant piping length (one-way): 5m (16ft.)
Upper limit (DB)
SLZ-KA, SEZ-KD,
PEAD-RP71*1, PCA-RP50/60/71*1
MAC-333IF-E
PAR-FL32MA-E
*Above specifications are for outdoor units only.
Notes for All Specifications
PLA-RP60/71*1
Wireless remote controller
Wireless remote controller
signal receiver
Wired remote controller
PUHZ-RP170/200
PUHZ-RP250
30
30
75
75
Pipe size OD (mm)
Thickness (mm)
Liquid: ø6.35
t 0.8
Gas:
ø9.52
t 0.8
Liquid: ø6.35
t 0.8
Gas:
ø9.52
t 0.8
Liquid: ø6.35
t 0.8
Gas:
ø12.7
t 0.8
Liquid: ø6.35
t 0.8
Gas: ø15.88
t 1.0
Liquid: ø9.52
t 0.8
Gas:
ø15.88
t 1.0
Liquid: ø9.52
t 0.8
Gas:
ø15.88
t 1.0
Liquid: ø9.52
t 0.8
Gas:
ø15.88
t 1.0
Liquid: ø9.52
t 0.8
Gas: ø25.4
t 1.0
Liquid: ø9.52
t 0.8
Gas: ø22.2
t 1.0
27
28
Amount of Necessary Refrigerant
Amount of Necessar y Refrigerant ( R410A: kg)
Factory charged
Additional charged
Calculation
Piping length
7m
10m
15m
20m
25m
30m
SUZ-KA25
0.8
0.15
0.3
0.45
—
—
SUZ-KA35
1.05
0.15
0.3
0.45
—
—
SUZ-KA50
1.6
0.06
0.16
0.26
0.36
0.46
SUZ-KA60
1.8
0.06
0.16
0.26
0.36
0.46
SUZ-KA71
1.8
0.165
0.44
0.715
0.99
1.265
Xg = 30g/m × (length-5) m
Xg = 20g/m × (length-7) m
Factory charged
Xg = 55g/m × (length-7) m
Additional charged
Piping length
10 - 30m
31 - 40m
41 - 50m
51 - 60m
61 - 75m
PUHZ-RP71
3.5
0.6
1.2
—
—
PUHZ-RP100/125/140
5.5
0.6
1.2
1.8
2.4
Factory charged
Additional charged
Piping length
PUHZ-RP170/200
10 - 30m
31 - 40m
41 - 50m
51 - 60m
61 - 70m
7.7
0.9
1.8
2.7
3.6
In the Case of PUHZ-RP250YKM
Calculation of additional refrigerant charge
• Calculate the amount of additional charge based on the length of the piping extension and the size of the refrigerant line.
• Use the table below as a guide to calculating the amount of additional charging and charge the system accordingly.
• If the calculation results in a fraction of less than 0.1kg, round up to the next 0.1kg.
For example, if the result of the calculation was 11.38 kg, round the result up to 11.4 kg.
<Additional Charge>
NOTICE
Liquid pipe size
Additional
refrigerant charge
=
Total length of
ø9.52×0.06
(kg)
Factory Charge: 9 kg
(m)×0.06 (kg/m)
+ 3.0 kg
* Air conditioners in this brochure contain and operate with refrigerant R410A and synthetic oils.
Before attempting any installation work you must read the installation instructions.
New tools, materials and procedures are required to install these products.
Under Australian Law, only persons suitably licensed are permitted to install and service air conditioning units. The buyer must ensure
that the person and/or company who is install, service or repair the air conditioner has the necessary licences, qualifications and
experience to perform the work. Suitable access for warranty and service is required. Refer to conditions of warranty on the Mitsubishi
Electric website. For future improvement, specifications, designs of product and availability are subject to change without notice.
Refer to Country, Commonwealth, State or Territory legislation, regulations and industry codes of practice, before installation of these
products.
Recovery and disposal of waste material must comply with Country, Commonwealth, State or Territory guidelines.
* Do not install indoor units in areas (e.g., mobile phone base stations) where the emission of VOCs such as phthalate compounds and
formaldehyde is known to be high as this may result in a chemical reaction.
* When installing or relocating or servicing the air conditioners, use only the specified refrigerant (R410A) to charge the refrigerant
lines.
Do not mix it with any other refrigerant and do not allow air to remain in the lines.
If air is mixed with the refrigerant, then it can be the cause of abnormal high pressure in the refrigerant lines, and may result in an
explosion and other hazards.
The use of any refrigerant other than that specified for the system will cause mechanical failure or system malfunction or unit
breakdown. In the worst case, this may lead to a serious impediment to securing product safety.
* Specifications, designs and other content appearing in this brochure are current as at January 2015 and are subject to change without
notice. Diagrams are representations for illustrative purposes only.
Warm, even heat in winter and cool,
comfort in summer is only a phone
call or click away.
Simply contact your nearest Mitsubishi Electric Specialist today and you can find out all there is to
know about how to enhance your living environment. Our specialists are fully qualified to give you
all the right advice on which Mitsubishi Electric Air Conditioning System is right for you.
To locate your nearest Mitsubishi Electric Specialist go to our website
www.MitsubishiElectric.com.au
They will determine whether a Compact Inverter System or a Power Inverter System best suits your
needs, both in comfort and efficiency. You can either visit one of our Specialist’s Showrooms, or they
will happily arrange for one of their Consultants to come to your home.
All Mitsubishi Electric Compact and Power Inverter Systems are MEPS (Minimum Energy Performance
Standards) Compliant, so you can be sure that they will give you the performance and efficiency that
they were designed to deliver.
www.MitsubishiElectric.com.au
1300 722 228
Specifications, designs and other content appearing in this brochure are current as at the time of printing
and are subject to change without notice. Diagrams are representation for illustrative purposes only.
L-179-7-C7654-K 1412
Revised publication, effective March. 2015
Superseding publication L-179-7-C7654-J Jul. 2014
PRINTED: SEPTEMBER 2015