Air handling units.

Air handling units.

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Air Handling Units

Catalogue 2011

Systemair Trust

- We work to gain your trust

We consider your trust in us as a supplier an important goal. It is always included in our work on all levels and in all areas whether it's a question of cooperation, quality, deliveries or documentation. This catalogue is of course a part of this work.

With this catalogue, which features air handling units, we want to give you as a customer a general overview of what Systemair can offer within this field. This catalogue also contains the most essential technical details for assessing which product best suits your purpose. More detailed information is available in our Online catalogue at www.systemair.com and as downloadable software. Systemair’s range of fans, air terminal devices and accessories also appears in our printed main catalogue.

Our product development leads the field – latest technologies in unit design, fans, motors and heat recovery interact to give high efficiency and with that low power consumption. Systemair has grown each year since the start and we aim to continue with this trend.

Systemair strives to be a reliable supplier of quality products. We help our customers to focus on their own business.

Reliable deliveries give the customer greater possibilities to quickly complete a job, and move on to the next project.

At Systemair we call this Trust.

© Systemair 2011. Systemair reserves the right to make technical changes. For updated documentation, please refer to www.systemair.com.

Contents

Air handling units – Overview .......................................................................2

Systemair .............................................................................................................4

Product range ....................................................................................................6

General advice ...................................................................................................8

Planning tools .....................................................................................................9

Examples of applications ...............................................................................10

TeChniCal daTa

Ta – Supply air handling units ..........................................................14

F – False ceiling units ......................................................................... 20

Maxi – Compact air handling units ................................................ 22

Topvex FR – Compact air handling units .................................... 26

Tovex TR – Compact air handling units ...................................... 30

Topvex TX – Compact air handling units ................................... 36

Topvex SR – Compact air handling units .................................... 40

Topvex SX – Compact air handling units ................................... 46

dVCompact – Compact air handling units ................................ 50

TiMe – Compact air handling units ............................................... 54

dV – Modular air handling units ..................................................... 58

nB – Modular air handling units ..................................................... 64

Functions .......................................................................................................... 70

Control equipment .........................................................................................76

2

air handling units – Overview

Systemair has a wide range of air handling units for use in various applications from small office premises to larger industrial applications. Common to all items in the range is that systems and components have been developed to satisfy stringent demands for low energy consumption. Heat exchangers, motors and fan units have all undergone extensive testing, both in the laboratory and out in the field, in order to comply with current and future demands for low energy consumption.

All products are also manufactured to comply with environmental requirements. To ensure easy installation, many of these units feature control systems enabled for plug-and-play, i.e. simple start-up.

Ta

0.07-1.25 m

3

/s

200 500 1000 1500 2000

4500

4000

Supply air handling units intended for small to medium-sized premises. Available in 7 sizes and supplied complete with control system, fan, heating coil and filter.

1100

1500

2000

3000

650

Technical data .......................................14

0.05

450

0.1

0.2

1 0.3

0.4

0.5

F

0.13-0.97 m

3

/s

False ceiling units for small and mediumsized premises. Available in 3 sizes and in

3 versions.

Technical data .......................................20

0.1

Maxi

0.1-0.56 m

3

/s

Compact air handling units with a low overall height and heat recovery, intended for small and medium-sized premises. Available in 2 sizes and supplied complete with control system. Also available with an electric or hot water heating coil.

Technical data .......................................22

0.08

0.1

500

500

0.2

1100

0.2

016

0.3

1000

030

1000

0.4

0.3

035

1500

0.5

2000

1500

0.4

2000

0.5

2000

1

3000

3000

6000 m 3 /h

2 m 3 /s m

3

/h

1.4

m

3

/s m

3

/h

1 m

3

/s

Topvex FR

0.1-1.75 m 3 /s

Compact air handling units with a low overall height and rotating heat exchangers, EC motors and complete with control system.

Technical data .......................................26

0.05

200

0.1

500 1000

06

08

03

0.2

0.3 0.4 0.5

11

1

5000

2

10000 18000 m

3

/h

3 4 5 m

3

/s

Topvex TR/TX

0.09-1.9 m

3

/s

Compact air handling units with top connection and rotating or cross-flow heat exchangers, intended for medium-sized premises. Supplied complete with control system. Equipped with EC motors and can be supplied with an electric or hot water heating coil.

Technical data TR ................................30

TX ................................36

0.05

200 500

Topvex TR (rotating heat exchanger)

Topvex TX (cross-flow heat exchanger)

0.1

03

0.2

1000

04

1500 2000

06

0.3

0.4

09

0.5

12

15

4000 6000 m

3

/h

1 2 m

3

/s

200 500

Topvex SR (rotating heat exchanger)

Topvex SX (cross-flow heat exchanger)

1000 1500 2000

04

06

07

09

0.05

0.1

03

0.2

0.3

0.4

0.5

11

4000

1

6000 m

3

/h

2 m

3

/s

Topvex SR/SX

0.1-1.9 m

3

/s

Compact air handling units with side connection and rotating or cross-flow heat exchangers, intended for medium-sized premises. Supplied complete with control system. Equipped with EC motors and can be supplied with an electric or hot water heating coil.

Technical data SR .................................40

SX .................................46

1500 2000

0.3

0.4

0.5

10

15

4000 6000

40

10 000

25

30

20

1 2 3

15 000

4 m

3

/h

TiMe

0.4-4.0 m 3 /s

Compact air handling units with heat recovery, intended for medium-sized premises. Available in 6 sizes and supplied complete with control system. Also available with heating coil and cooling coil.

5 m

3

/s

Technical data .......................................50

1500 2000

0.4

3000 5000

10

0.7

15

1

20

25

30

2

10 000

40

50

60

20 000 30 000

150

190

50 000

240

100

120

80

3 5 10

90 000 m

3

/h

15 20 25 m

3

/s

dV

0.4-24 m

3

/s

Modular air handling units intended for large premises. Available in 14 sizes. Large number of combinations and options.

Technical data .......................................54

0.2

1000 2000

2

3

0.5

5

1

8

5000

11

10000

18

23

29

20000 40000

70

35

42

49

55

62

15

2 3 5 10

80000 m

3

/h

nB

0.14-24 m

3

/s

Modular air handling units intended for large premises. Available in 15 sizes. Large number of combinations. Suitable for technically demanding environments.

15 20 25 m

3

/s

Technical data .......................................60

3

Systemair

The straight way

The straight way was our first production idea and led to the circular duct fan. Today

“the straight path” represents our ambition to simplify the life of our customers.

Stocked products are delivered in Europe within 24 hours from local warehouses and within 72 hours from distribution centres.

High product quality, correct technical data and fast deliveries are always in focus.

Systemair

Systemair was established in Sweden in

1974 and is today the parent company in an international group with 50 subsidiaries and approximately 1,900 employees. The

Group's head office and largest production plant is located in Skinnskatteberg with some 400 employees and a floor area of

50,000 m

2

.

Production

We are proud of our production units.

The aim has been to have both effective production of bulk products and, at the same time, an efficient and flexible approach to producing small volumes.

This has steered our choice of machinery and how we plan our production, with focus on the working environment. Our premises are light and pleasant and we invest in tools that facilitate work and provide our employees with a safe and efficient workplace.

Technical data

Our development centre in Skinnskatteberg is one of the most modern in Europe for air flow measurements, acoustic measurements, efficiency measurements, low speed measurements on air terminal devices, etc.

All measurements are performed in compliance with applicable standards as set out in

AMCA and ISO.

Quality and environment

Systemair is certified according to ISO

9001 and ISO 14001. Our quality system allows us to continuously improve our products and our customer service. Certification means that we have undertaken to minimise our environmental impact. We always take the environment into consideration when we choose sub-suppliers, materials, production methods, etc. An important factor is that we continuously work to reduce our energy consumption and reduce waste. Through increased recovery and heightened awareness we have been able to reduce our waste by 90%. Quality and environment management systems are under continuous development. These are audited twice a year by the certification body BVQI

(Bureau Veritas Quality International).

Detailed product information can be found on our website, www.systemair.com

dal, eidsvoll – norway

In Eidsvoll, Norway we manufacture air handling units for the Norwegian market.

The Norwegian warehouse for fans is also located here.

Bouctouche – Canada

In Bouctouche, Canada we primarily produce duct fans and heat exchangers used in residential ventilation for the North

American market.

Production in Skinnskatteberg is virtually fully automated with modern machinery featuring advanced computer support. Also located here is the company's most advanced test installation for measuring technical data.

Kansas City – USa

In Kansas City we produce roof fans, roof extractor fans, wall fans and recirculating air units.

4

Skinnskatteberg – Sweden

Main plant

The main plant in Skinnskatteberg houses one of the company's two central warehouses and the largest production installation as well as the group's head office.

Fans and accessories are produced here as stock items.

Klockargården

Systemair's small air handling units are made at Klockargården in Skinnskatteber g.

Frico’s central warehouse of approximately 8 000 m

2

is also located here.

hässleholm - Sweden

VEAB

VEAB in Hässleholm manufactures first and foremost heating coils and hot air fans.

Ukmerge – lithuania

Production of air handling units for homes.

Bratislava – Slovakia

The factory in Bratislava manufactures air terminal devices and fire dampers.

Maribor – Slovenia

The factory in Maribor, Slovenia specialises in high temperature fans for flue gas ventilation.

Kuala lumpur – Malaysia

Production and marketing of products for tunnel and garage ventilation.

Madrid – Spain

The factory in Madrid, Spain makes air handling units for the southern European market.

hasselager – denmark

The factory in Hasselager, Denmark manufactures large air handling units.

All production here is order based.

Windischbuch – Germany

In Windischbuch, Germany a broad assortment of fans are manufactured, of which the majority are stock items.

One of Systemair's central warehouses is located here.

5

Product range

Systemair has an extensive range of ventilation products, the majority of which are fans and air handling units. Other products include a wide range of air terminal devices for various applications.

These products are installed in a variety of locations, including homes, offices, healthcare premises, shops, industrial buildings, tunnels, parking garages, training facilities, sports centres.

The most common usage is comfort ventilation, but safety ventilation in various forms is also an important market. Smoke gas ventilation and tunnel ventilation are two examples.

FanS

Systemair is one of the world’s largest suppliers of fans for use in various types of property.

Our range includes everything from duct fans with a round connection – the company’s original product – to rectangular duct fans, roof fans, axial fans, explosionproof fans, and smoke gas fans.

These fans can be supplied in sizes suitable for everything from ducts with a diameter of just 100 mm to large road tunnel fans.

All our fans have been developed to comply with stringent requirements and are characterised by user-friendliness, a high level of quality and a long service life.

Circular duct fans

Duct fans with a circular connection.

Radial fans

Single-inlet radial fans.

Rectangular duct fans

Duct fans with a rectangular connection.

Box fans

For extract air systems that transport normal or high-temperature media.

Axial fans

Axial fans for duct connection or wall mounting.

Roof fans

Roof fans with a circular or square connection.

Explosion-proof fans

Explosion-proof fans for duct, roof and axial installations.

Jet fans

The jet fan range includes products for garages and road and rail tunnels.

Thermo fans

Systemair supplies high temperature fans that can withstand conditions of up to 600°C for

120 minutes.

6

FiRe SaFeTy

VenTilaTiOn

Systemair produces fans, dampers and control equipment for protection against smoke and fire certified for use during normal operation and in the event of a fire. The axial fans are certified for installation inside or outside fire risk areas.

Smoke gas fans

High-capacity fans for evacuation of smoke gases.

Fire dampers

Dampers that reduce the spread of smoke and fire.

ReSidenTial

VenTilaTiOn

Complete energy-efficient air handling units with heat recovery and built-in control systems. Designed to be mounted over the cooker, on walls or horizontally in attics.

Residential units

For homes with living areas of 60-320 m 2 .

Cooker hoods

Good at capturing odours even at low airflows.

aiR TeRMinal deViCeS

Systemair’s range also includes a wide selection of air terminal devices for all possible environments and positions. Development and manufacture take place at a modern factory in Slovakia.

Supply, extract & transfer air terminal devices

For mounting in ceilings or walls.

Nozzle air devices

Optimum air distribution for rooms.

Supply & extract air ventilators

For mounting in ceilings and walls.

Duct products

Dampers, plenum boxes, and duct accessories.

7

General advice a good indoor climate is vital

It goes without saying that everyone prefers fresh air. We are also aware of the fact that we must be frugal with the resources we take from

Mother Earth. That is why there is sometimes a conflict between supplying ventilation systems with energy and saving the earth’s resources and protecting the environment. Does it have to be this way? No. Today, there are energy-efficient solutions that create a good indoor climate.

Systemair has products that have been specially adapted to protect the environment with well-thought-out material consumption and production methods. These products are also designed to be economic in terms of energy consumption. The best of Systemair’s ventilation products are labelled “Green ventilation”.

Heat recovery

In areas with a relatively low average annual temperature, ventilation systems employ effective heat recovery that returns energy from extract air to the supply air. A good rotating heat exchanger can recover up to

90% of the energy present.

Energy-efficient fans

Today, there is a new generation of fan motors that contribute to a dramatic reduction in energy consumption, as much as 50% in some cases. The new EC motors are better suited to speed control functions, which is where considerable energy savings can be made. A bonus of this is also quieter operation.

Pressure

The design of the duct system and the unit has an impact on required system pressure. There are often tens, sometimes hundreds, of Pascals to be saved here.

Night cooling

In warmer parts of the world, energy savings may be possible by drawing cool night-time supply air into premises, thus cooling the building structure.

Quality-certified products

How can you choose the right solution and product when there are so many alternatives? Nowadays, most major suppliers are ISO-certified and have CE-marked products, but is that enough? At Systemair we are going one step further and working hard to ensure that our products maintain a high standard and are approved by various bodies. For units, this may mean Eurovent certification or other local certification for the country in question. To achieve this, you need resources and expertise. Within the Group, you will find, among other things, one of Europe’s most modern development centres, which is AMCA-certified.

One of Europe’s most modern development centres

A room that is so quiet that the only thing you’ll hear is your heartbeat.

The development centre in Skinnskatteberg, recently accredited by AMCA, signifies an investment of EUR 700,000 and is fitted with measurement and testing equipment, making it one of the most modern facilities of its kind in Europe.

The quiet room is one of the test stations or a “reverberation chamber”, producing a background sound of less than 10 dBA.

When measuring supply air terminals, a green laser is used to show how the air is expelled from wall-mounted or ceilingmounted devices.

There is also a climate chamber that cools the air to -20°C, which means we can use it all year round to develop our recovery units. As well as the test centre in

Skinnskatteberg, there are also test facilities in Germany and Denmark.

8

Planning tools

We have developed this unit overview to make it easier for you to get an idea of which product best suits your specific needs.

More detailed analysis or planning usually requires additional information, which is where the following tools come in.

Product catalogue and specification data

More detailed technical information, sufficient to carry out complete planning, is available in separate catalogues and specification data. These describe all incorporated functions, available accessories, and additional technical data.

Online catalogue and computer software

For those who prefer to work online, it is possible to select and dimension most products (except DV and NB) using Systemair’s online catalogue.

In addition to complete product information, there is also a selection function that suggests alternative products to suit actual needs. For certain products, such as Topvex, DV and NB, there is computer software that you can download and install locally.

Personal support

Systemair aims to have local expertise close to the customer. We do our utmost to ensure that we have our own representatives on the markets where we operate. On some markets, contact is via distributors.

You can find up-to-date information and contact details for each country on our website, www.systemair.com.

9

examples of applications different types of plant – same basic requirements

All buildings are there to create a “climate shell”, regardless of whether the aim is cleaner air or a cooler or warmer climate than the external surroundings.

Here are a few examples of instances where Systemair’s air handling units have been used and the conditions and requirements that applied.

TA F

Maxi FR

TR

Topvex

TX SR SX TIME

DVC*

SiMPle PROjeCT iMPleMenTaTiOn

Simple project implementation for expansion of existing premises or new builds, for example.

Simplifies selection and planning and includes smart solutions for easier installation.

TIME DV NB

FleXiBle SOlUTiOnS

Flexible solutions with heat recovery and intelligent control functions that are easily adapted to suit current needs, different recovery systems and configurations.

DVC*

TIME DV NB DVC*

laRGe VOlUMeS OF aiR

When choosing central plants, you will usually need units capable of handling large volumes of air and sometimes the option of communicating with an integrated control system.

Topvex

TA F Maxi FR TR TX

COMPaCT SOlUTiOnS

Changed needs when upgrading or renovating a building usually mean new requirements for air handling. Extreme space-saving solutions and connections for units that can also be split for easier transport and handling at the construction site are able to satisfy all new demands.

TA Maxi

FR

TR

Topvex

TX SR SX TIME DV

DVC*

COMMUniCaTiOn

Integrated control systems. The nature and complexity of requirements for controlling units and functions vary depending on the size of a project. Our factory-integrated solutions with various levels of equipment can handle everything from the simplest requirements to the toughest demands.

10

*DVCompact

Field’s Shopping Centre in the Danish capital of Copenhagen is a good example of an environment with exacting demands for comfort that requires large volumes of air. Systemair’s specially customised modular air handling units provide the shopping centre with a high-quality indoor climate.

11

Offices

Office buildings generally require good ventilation during the day as well as heat recovery and reheating of supply air depending on external conditions. Ventilation systems with demand control should be considered for offices where staffing levels vary. As a rule, offices develop an excess of heat produced by people, lighting, solar radiation, computer equipment, etc. In many cases there is a need to cool the air and prevent uncomfortably high temperatures. In larger buildings that accumulate heat energy easily, you should consider employing night cooling. If the office is in a city environment, a higher filtration class should be used. In an office environment, there is also considerable need to reduce the noise generated by the ventilation system.

Schools/day nurseries

A school environment means a lot of people present at certain times of the day, i.e. generally there are relatively large variations.

This means that it should be possible to use demand control for the ventilation system.

Normally, heat recovery is warranted. There will be short periods during the year when cooling may be required. However if there is effective sunscreening, then air conditioning is rarely required. High demand for low noise levels. At day nurseries, activities, such as cooking, that create odours are common, so there is often a need for supply air and extract air to be kept separate. There must be heat recovery in the form of a plate heat exchanger, for example.

Shops

As a rule, the number of people in a shop changes constantly throughout the day, making a control-on-demand ventilation system the sensible option. Recirculating air in combination with carbon dioxide control (CO

2

) and heat recovery can be one optimised solution for these types of premises.

When there are few people present, CO

2 levels will be low and an increased amount of return air can be mixed into the system.

As the number of people present increases, the amount of return air is reduced and replaced with fresh outdoor air.

If heating is required at night-time, the premises are warmed up using 100% recirculating air.

12

Industry

Industrial premises will often have high airflows if the work carried out there generates high levels of air pollution. If the pollutants are also aggressive, there may be requirements that affect the choice of material used. Systemair offers products for different environmental classes that can cope with tough environments. Filtration of processed air can be adapted to suit specific demands.

Hotels

The requirements for ventilation in hotels are characterised by demands relating to fire protection, demand control and low noise levels. The choice of air handling unit will probably be affected by these demands.

What is important here is good functions for speed control and quiet operation.

In addition to quiet air handling units with demand control, Systemair can also supply fans and dampers for fire protection.

Healthcare premises

Healthcare premises can encompass numerous activities, everything from operating theatres to wards. The activity determines the requirements. Operating theatres will have stringent demands for cleanliness and ventilation. Wards require low noise levels.

If several areas are served by the same system, the unit must have demand control and possibly even sub-systems.

Systemair’s range of air handling units can satisfy all requirements relating to healthcare premises, whether these have to do with air cleanliness, noise levels or demand control.

13

Supply air handling units Ta

TA is a range of ventilation units intended for schools, shops and offices, etc. The units are supplied complete with a control system and ready for use. TA has a low overall height.

• Available in 7 different sizes

• Handles airflows of

0.07-1.25 m

3

/s

• Low overall height

• Complete with control system

• Adjustable speed

• Parallel connection of extract air fan

• Wide range of accessories

It could not be simpler!

The units are supplied preprogrammed, tested and ready to install. Connect TA to the duct system (connecting any external components), connect the power supply, and set the timer, temperature and fan speed via the control panel. Installation is now complete.

It could not be simpler!

Low overall height

TA is suitable for petrol stations, schools, shops and other smaller premises. The units have a low overall height and are easy to install. It is possible to install TA units over a frame measuring 600x1200 mm in a ceiling. The handles can be removed using a

16 mm box wrench.

This makes it possible to install TA where there is limited space. The hinges can also be removed with the help of a screwdriver.

Measurement at development centre

TA has been measured and tested at

Systemair’s development centre. Airflows are measured in accordance with AMCA

210-99 “Laboratory methods of testing fans for rating”. Sound levels are measured in accordance with AMCA 300-96 “Test

Code for Sound Rating”.

TECHNICAL DATA

Voltage/Frequency

UNIT 450EL

V/50Hz 230/400

650EL 1100EL 1500EL 1500HW 2000EL 2000HW 3000HW 4500HW

400 400 400 230 400 400 400 400

Phase

Power rating, motor

Power rating, heating coil

Fuse

~

W kW

A

1/3

130

3/3/6

16/10

3

220

5/8.3

10/16

Weight kg 58 63 78

Filter, supply air – F5 F5 F5

* See separate brochure “TA Specification data” at www.systemair.com

3

325

8/13.3

16/25

3

544

12/20.3

25/35

91

F5

1

570

*

10

82

F5

3

705

16/33.3

32/63

110

F5

3

673

*

10

97

F5

3

1084

*

10

141

F5

3

1895

*

10

168

F5

14

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

WORKinG RanGe

TA-450EL, 650EL, 1100EL, 1500EL, 1500HW

0

200 400 600

300

250

TA

450 EL

TA

650 EL

200

150

100

50

0

0 0.1

0.2

800

TA

1100 EL

1000

0.3

1200

TA 1500 EL/HW

1400

0.4

1600 q v

[m

3

/h]

1800 q v

[m

3

0.5

/s]

TA-2000HW, 2000EL, 3000HW, 4500HW

2000 3000

300

TA

2000 HW

TA

2000 EL

250

TA 3000 HW

200

150

100

50

0

0.4

0.6

0.8

TA 4500 HW

1.0

4000

1.2

5000

1.4

q v

[m

3

/h] q v

[m

3

1.6

/s]

diMenSiOnS

DIMENSIONS A

450EL

650EL

1125

1203

1233

1100EL

1500EL

1190

1190

1500HW

2000EL

1190

1190

2000HW

3000HW

4500HW

Dimensions in mm.

1296

1346

B

500

850

850

904

1006

556

620

750

750

C

422

442

442

613

613

375

442

442

442

A B

C

15

PeRFORManCe

TA-450EL TA-650EL

500

0

400

100 200 300 400 q v

[m

3

/h]

500 600

TA-450EL

q v

[m

3

/h]

700

0 100 200 300 400 500 600 700 800

TA-650EL

600

500

300

400

200

100

150

100

50

0

0

1 2 3 4

0.02 0.05 0.07 0.10 0.13 0.15 0.17

q v

[m

3

/s]

4

2

300

200

100

0

0 0.03 0.06 0.09 0.12 0.15

0.18

0.21

q v

[m

3

0.24

/s]

400

4

200

2

0

TA-450EL

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

L wA

outlet dB(A)

58 44 55 51 51 40 37 31 31

71 48 58 63 69 62 61 54 40

L wA

surrounding dB(A)

50 23 38 44 46 42 39 34 23

Measuring point: q v

= 0.087 m 3 /s, p s

= 272 Pa

TA-650EL

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

L wA

outlet dB(A)

66 50 63 59 55 50 50 42 35

74 57 63 69 70 64 63 56 49

L wA

surrounding dB(A)

52 30 45 47 48 36 35 23 13

Measuring point: q v

= 0.11 m 3 /s, p s

= 382 Pa

TA-1100EL

800

0 q v

[m

3

/h]

200 400 600 800 1000 1200 1400

TA-1100EL

600

400

200

0

1

400

0 0.05 0.1 0.15 0.2 0.25 0.3 0.35 0.4

q v

[m

3

/s]

200

0

TA-1100EL

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

66 51 65 58 53 51 51 43 34

L wA

outlet dB(A)

75 56 64 69 70 65 66 59 53

L wA

surrounding dB(A)

51 28 44 47 46 37 38 28 17

Measuring point: q v

= 0.18 m 3 /s, p s

= 420 Pa

16

TA-1500EL TA-1500HW

800

0 300 600 q v

[m

3

/h]

900 1200 1500

800

0

300 600

TA-1500EL

900 qv [m

3/h]

1200 1500

TA-1500HW

600

600

400 400

200

600

400

200

0

0 0.1

0.2

1

0.3

2 3 4

0.4

q v

[m

3

0.5

/s]

TA-1500EL

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

L wA

outlet dB(A)

72 53 70 63 57 53 49 54 53

82 57 72 74 78 72 72 71 64

L wA

surrounding dB(A)

67 39 60 60 60 56 57 57 55

Measuring point: q v

= 0.21 m 3 /s, p s

= 523 Pa

200

600

400

200

0

0 0.1

0.2

0.3

0.4

0.5

qv [m

3/s]

TA-1500HW

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

L wA

outlet dB(A)

72 59 70 64 59 58 57 57 51

78 61 71 71 73 70 69 62 56

L wA

surrounding dB(A)

59 41 50 53 52 50 51 46 40

Measuring point: q v

= 0.22 m 3 /s, p s

= 455 Pa

TA-2000EL TA-2000HW

1200

0

300 600 900 qv [m

3/h]

1200 1500 1800 2100 2400

1000

0 300 600

TA-2000EL

1000

800

900 1200 1500 q v

[m

3

/h]

1800 2000

TA-2000HW

800

600

600

400

400

200

200

900

600

300

0

0 0.1

0.2

0.3

0.4

0.5

0.6

0.7

qv [m

3/s]

750

500

250

0

0 0.1

0.2

0.3

0.4

0.5

q v

[m

3

0.6

/s]

TA-2000EL

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

70 51 67 67 60 56 50 53 50

L wA

outlet dB(A)

85 57 70 81 77 75 75 74 70

L wA

surrounding dB(A)

65 37 57 63 54 49 52 54 51

Measuring point: q v

= 0.36 m 3 /s, p s

= 607 Pa

TA-2000HW

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

73 58 68 70 60 59 58 58 54

L wA

outlet dB(A)

81 60 70 77 72 73 70 65 58

L wA

surrounding dB(A)

63 39 53 62 49 42 39 36 28

Measuring point: q v

= 0.23 m 3 /s, p s

= 747 Pa

17

200

100

1200

800

400

0

0

TA-3000HW TA-4500HW

600

0 1000 2000 3000 q v

[m

3

/h]

4000

800

0 1000 2000

TA-3000HW

500

600

400

3000 q v

[m

3

/h]

4000 5000

TA-4500HW

300

400

0.2

0.4

0.6

0.8

1.0

1.2

q v

[m

3

/s]

200

2000

1000

0

0

0 0.2

0.4

0.6

0.8

1

2

3 4

1.0

1.2

q v

[m

3

1.4

/s]

4

2

TA-3000HW

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

L wA

outlet dB(A)

72 60 70 64 57 54 52 54 50

79 60 71 72 73 73 69 61 52

L wA

surrounding dB(A)

65 47 60 61 53 49 53 48 43

Measuring point: q v

= 0.57 m

3

/s, p s

= 340 Pa

TA-4500HW

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

L wA

inlet dB(A)

L wA

outlet dB(A)

77 55 73 69 70 68 64 63 53

86 60 82 80 79 76 72 71 63

L wA

surrounding dB(A)

73 45 70 69 58 51 50 53 52

Measuring point: q v

= 0.63 m

3

/s, p s

= 495 Pa

18

aCCeSSORieS

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Intake grille

Air cooler, water**

Air cooler, DX***

Step controller DX cooling (24V).

Converts 0..10V signal to output relay.

Plastic casing, step controller IP54

Transformer 230/24 V

Duct sensor****

Room temperature sensor****

Silencer

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

Filter F3

Filter F5

Filter F7

TA-450

E0-R230K*

EFD 200

RVAZ4 24A

ITA 200

CWK/PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDC 200

T 120

IR24-PC

CO

2

RT-DR

BFTA 450/3

BFTA 450/5

BFTA 450/7

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Intake grille

Air cooler, water**

Air cooler, DX***

Step controller DX cooling (24V).

Converts 0..10V signal to output relay.

Plastic casing, step controller IP54

Transformer 230/24 V

TA-2000

E0-R230K*

EFD 50-25

RVAZ4 24A/AQM

ZTV 20-2.0

ZTR 20-4.0

ITA 50-25

CWK/PGK**

DXRE***

SC2/D

TA-3000

E0-R230K*

EFD 60-30

RVAZ4 24A/AQM

ZTV 20-4.0

ZTR 20-6.0

ITA 60-30

CWK/PGK**

DXRE***

SC2/D

Duct sensor****

Room temperature sensor****

Silencer

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

Filter F3

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDR 50-25

T 120

IR24-PC

CO

2

RT-DR

BFTA 2000/3

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDR 60-30

T 120

IR24-PC

CO

2

RT-DR

BFTA 3000/3

Filter F5

Filter F7

BFTA 2000/5

BFTA 2000/7

* Used when the distance between unit and control panel is more than 10 m.

** See catalogue “Ventilation products EIII” or www.systemair.com.

*** See separate brochure “Rectangular duct cooler DXRE”.

**** Used as Extract or Out door temperature sensor.

BFTA 3000/5

BFTA 3000/7

TA-650

E0-R230K*

EFD 200

RVAZ4 24A

ITA 200

CWK/PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDC 200

T 120

IR24-PC

CO

2

RT-DR

BFTA 650/3

BFTA 650/5

BFTA 650/7

TA-4500

E0-R230K*

EFD 70-40

RVAZ4 24A/AQM

ZTV 20-6.0

ZTVB 25-8,0

ITA 70-40

CWK/PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDR 70-40

T 120

IR24-PC

CO

2

RT-DR

BFTA 4500/3

BFTA 4500/5

BFTA 4500/7

TA-1100

E0-R230K*

EFD 250

RVAZ4 24A

ITA 250

CWK/PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDC 250

T 120

IR24-PC

CO

2

RT-DR

BFTA 1100/3

BFTA 1100/5

BFTA 1100/7

TA-1500

E0-R230K*

EFD 40-20

RVAZ4 24A

ZTV 15-1.6

ZTR 20-2.0

ITA 40-20

CWK/PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

TG-R5/PT1000

LDR 40-20

T 120

IR24-PC

CO

2

RT-DR

BFTA 1500/3

BFTA 1500/5

BFTA 1500/7

19

False ceiling units F

F is a flexible unit that can be adapted to satisfy the various demands placed on ventilation systems. This is a smaller modular unit, meaning it can be equipped to suit the customer’s needs and wishes. As a result, the unit can supply the property with an air quality appropriate for the activities conducted inside. F is suitable for offices, restaurants, sports halls, etc.

• Available in 3 different sizes

• Handles airflows of

0.13-0.97 m

3

/s

• Modular system

• Supply air or extract air with/ without heat recovery

Customised solutions

False ceiling units F are available in three sizes and can handle airflows of between

500 and 3500 m 3 /h. These units are made of corrosion-resistant aluminium profiled sections with plastic corners. The design is compact and space efficient.

The panels comprise a 20 mm-thick layer of fireproof rock wool sandwiched between two layers of sheet steel for good heat and sound insulation.

A number of different components are available, including several filter options, heating coils and air coolers, heat recovery units, and other accessories that help to guarantee flexible and specially-adapted solutions. Thanks to the modular design, almost any combination of unit is possible.

F units are available as supply air and/ or extract air units with or without heat recovery.

Control equipment is optional. It is primarily mounted under the ceiling.

Systemair AirCalc

False ceiling units F can be selected with help of a software that is available after a short introduction by Systemair. It’s also possible to use the enquiry form to request a quote.

0

0

WORKinG RanGe

016, 030, 035

500 1000 1500

Heat recovery

Supply air

Heat recovery

Supply air

Extract air

Heat recovery

Supply air

Extract air

0.1

0.2

0.3

0.4

Extract air

0.5

2000

0.6

2500

0.7

0.8

3000 q v

[m

3

/h]

3500

0.9

1.0

q v

[m

3

/s]

20

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

FUnCTiOnal daTa

F016

F030

F035

Dimensions

W = 670 H = 358

Weight

Max. airflow

Dimensions

W = 800 H = 358

Weight

Max. airflow

Dimensions

W = 1000 H = 358

Weight

Max. airflow

Panel filter

L = 358

14 kg

~ 2000 m³/h

L = 358

16 kg

~ 2000 m³/h

L = 358

20 kg

~ 3100 m³/h

Bag filter

G3-F5 / F5-F9

L = 500/800

~ 17 kg/24 kg

~ 2000 m³/h

L = 500/800

~ 20 kg/26 kg

~ 2000 m³/h

L = 500/800

~ 23 kg/29 kg

~ 3000 m³/h

Carbon filter

L = 670

~ 32 kg

~ 800 m³/h 1)

L = 670

~ 35 kg

~ 800 m³/h

1)

L = 670

~ 40 kg

~ 800 m³/h 1)

Heating coil - water

PWW

L = 358

~ 10 kg

~ 1800 m³/h 2)

L = 358

~ 12 kg

~ 2000 m³/h

L = 358

~ 14 kg

~ 3000 m³/h

F016

F030

F035

Dimensions

W = 670 H = 358

Weight

Max. airflow

Dimensions

W = 800 H = 358

Weight

Max. airflow

Dimensions

W = 1000 H = 358

Weight

Max. airflow

Heating coil - electric

L = 500

~ 13 kg

~ 1600 m³/h

L = 500

~ 15 kg

~ 2300 m³/h

L = 500

~ 18 kg

~ 3000 m³/h

Air cooler

(LPCW/DX)

L = 500

~ 18 kg

~ 1600 m³/h

L = 500

~ 20 kg

~ 2300 m³/h

L = 500

~ 24 kg

~ 2800 m³/h

Direct-driven fan

L = 670

~ 25 kg

~ 2200 m³/h

L = 800

~ 30 kg

~ 3500 m³/h

L = 800

~ 35 kg

~ 3500 m³/h

Diffuser

L = 358

~ 6 kg

L = 358

~ 8 kg

L = 358

~ 11 kg

Silencer

F016

F030

Dimensions

Weight

Max. airflow

Dimensions

Weight

Max. airflow

Dimensions

W = 670

W = 800

W = 1000

H = 358

H = 358

H = 358

F035

Weight

Max. airflow

Dimensions in mm.

1)

Reduces odour transfer (does not prevent odours)

2)

In the event of a pressure drop approx. 250 Pa

L = 1000 - 1270 -

1500

~ 40 - 45 - 51 kg

~ 1800

L = 1000 - 1270 -

1500

~ 44 - 52 - 58 kg

~ 2300 m³/h

L = 1000 - 1270 -

1500

~ 11 kg

~ 3000 m³/h

Mixing damper

L = 670

14 kg

L = 800

19 kg

L = 800

~ 56 - 64 - 70 kg

Mixing damper

L = 1340

25 kg

L = 1600

32 kg

L = 1600

44 kg

Heat recovery

LxWxH

1340 x 1340 x 358

130 - 180 kg

~ 900

1600 x 1600 x 358

160 - 250 kg

~ 1700 m³/h

2000 x 2000 x 358

200 - 320 kg

~ 2200 m³/h

21

Compact air handling units

Maxi

Maxi is a range of heat recovery units with a low overall height and crossflow heat exchangers. This unique design with double connections for outdoor air and extract air makes these units extremely compact and easy to install.

• Available in 2 different sizes

• Handles airflows of

0.13-0.56 m

3

/s

• Complete with integral control system

• Low overall height

• Service-friendly

• F7 fine filter

It could not be simpler!

The units are supplied preprogrammed, tested and ready to install. Connect the unit to the duct system, connecting any external components, connect the power supply, and set the timer and fan speed.

Installation is now complete.

It could not be simpler!

Low overall height

Maxi is ideal for premises such as schools, day nurseries, etc. The units are supplied with a cross-flow heat exchanger, and this unique design with double connections for outdoor air and extract air makes these units extremely compact with a low overall height and easy to install.

With the aid of the suspension device

UDM, Maxi 1100 and 2000 with an electric air heater can be installed suspended from a false ceiling. To further simplify use when mounted in a false ceiling, the hinges can be split, and the panel can either be opened as a door or lifted away as a hatch. Floor-mounted units should be fitted with rubber vibration dampers (VDM) to prevent vibrations from the unit being transferred to the building. This also helps reduce sound levels.

TECHNICAL DATA

Voltage/Frequency

Phase

Power rating, motors

Power rating, heating coil

UNIT

V/50Hz

~

W kW

1100EL

400

3

2x492

5

Fuse A 16

Weight

Filter, supply air & extract air kg

175

F7

* See separate brochure “Specification data” at www.systemair.com

WORKinG RanGe

1100, 2000

0

400

350

300

250

200

150

100

50

0

0 0.1

500

Maxi 1100

0.2

1000

0.3

1100HW

230

1

2x492

*

10

165

F7

1500

0.4

2000EL

400

3

2x1119

9

25

232

F7

0.5

2000

Maxi 2000

0.6

2000HW

400

3

2x1119

*

10

232

F7 q v

[m

3

/h]

2500 q v

0.7

[m

3

/s]

22

diMenSiOnS

DIMENSIONS

1100

Dimensions in mm.

A

1524

B

1000

C

516

C

DIMENSIONS

2000

Dimensions in mm.

A

1826

B

982

C

539

C

A

A

B

B

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

PeRFORManCe

Maxi 1100

SuPPLy AIR

400

0 200 400 600 q v

[m

3

/h]

800 1000 1200

300

200

100

MAXI 1100

EXTRACT AIR

400

0 300 600 q v

[m

3

/h]

900 1200 1500

MAXI 1100

300

200

100

500

250

0

0

0 0.05

0.10

0.15

0.20

0.25

0.30

q v

0.35

[m

3

/s]

500

250

0

0

0 0.1

0,2 0.3

0.4

0.5

q v

[m

3

/s]

Maxi 1100 OCTAVE BAND (mid-frequency Hz)

Sound power level L wA

dB(A) Tot 63 125 250 500 1k 2k 4k 8k

Supply air outlet

Max. 230 V

Half 150 V

75

73

63

58

64

59

68

65

68

66

69

68

65

64

63

61

56

53

Extract air inlet

Surrounding outlet

Max. 230 V

Half 150 V

Max. 230 V

Half 150 V

56

55

54

53

44

39

45

40

53

53

51

51

47

46

50

49

50

49

39

38

42

41

42

41

40

35

35

30

39

28

27

16

34

21

21

8

Measuring point 230 V: Supply air q v

= 0.21 m

3

/s. Extract air q

Measuring point 150 V: Supply air q v

= 0.26 m

3

= 0.18 m

3

/s

/s. Extract air q v v

= 0.24 m

3

/s

TEMPERATuRE EFFICIENCy

0 400 800 1200 q v

[m

3

/h]

1600

75

70

65

60

55

0 0.05 0.1 0.15 0.2 0.25 0.3 0.35 0.4 0.45 0.5

q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

23

Maxi 2000

SuPPLy AIR

400

300

200

100

600

0

500

500 1000 1500 2000 q v

[m

3

/h]

2500

MAXI 2000

EXTRACT AIR

600

0 500 1000 1500 2000 q v

[m

3

/h]

2500

MAXI 2000

500

400

300

200

100

0

0 0.1

0.2

0.3

0.4

0.5

0.6

q v

[m

3

0.7

/s]

0

0 0.1

0.2

0.3

0.4

0.5

q

0.6

v

[m

0.7

3

/s]

1200

800

400

0

1200

800

400

0

Maxi 2000 OCTAVE BAND (mid-frequency Hz)

Sound power level L wA

dB(A) Tot 63 125 250 500 1k 2k 4k 8k

Inlet 62 50 54 57 58 54 47 35 23

Supply air

Outlet 82 66 71 75 74 77 70 68 61

Inlet

Extract air

Outlet

Surrounding

Surrounding

61

83

61

52

64

40

55

73

51

54

75

56

55

75

49

49

80

56

42

71

53

36

69

51

41

62

47

Measuring point 400 V: Supply air q v

Extract air q v

= 0.28 m 3 /s, p

= 0.30 m 3 /s, p s

= 480 Pa.

= 454 Pa.

s

TEMPERATuRE EFFICIENCy

0 500 1000 1500 q v

[m

3

/h]

2000 2500

75

70

65

60

55

50

0 0.1

0.2

0.3

0.4

0.5

0.6

q v

[m

3

0.7

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

24

aCCeSSORieS

Quick selection matrix

FUNCTION

By-pass control*

By-pass defrosting*

Shut-off with damper*

Floor-mounted unit

Mounted in false ceiling

Control of water heater

Room control

* Recommended

NECESSARY ACCESSORIES DESIGNATION

By-pass duct (Maxi 2000)

By-pass duct (Maxi 2000)

BP 2000

BP 2000

1 x exhaust air damper and 2 x outdoor air dampers

EFD

Vibration damper

VDM

Suspension device Maxi EL

Valve and valve motor

Room sensor without set point dial

UDM

ZTV/ZTR and RVAZ4 24A

TG-R5/PT1000

ACCESSORIES

Repeater*

E-Tool cable

Shut-off damper**

Valve actuator

Valve, 2-way

Valve, 3-way

Duct adapter (1 set)

Roof cowl

Air cooler, water****

Air cooler, DX*****

Step controller. DX cooling (24V).

Converts 0..10V signal to output relay.

Plastic casing, step controller IP54

Transformer 230/24 V

Silencer, supply air/extract air

Silencer, exhaust air/outdoor air***

Timer

Room temperature sensor

Outdoor sensor, wall-mounted

Duct sensor

Presence detector

CO

2

Room sensor (digital 1/0)

By-pass duct

Vibration damper

Suspension device for EL

Filter F3

Filter F5

Filter F7

MAXI 1100 EL/HW

E0-R230K*

ETC

1 x EFD 315, 2 x EFD 200**

RVAZ4 24A

ZTV 15-1.0

ZTR15-1.6

THM

CWK 315****

DXRE 50-25*****

SC2/D

U-EK

PSS20

LDC 315

LDC 200***

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

VDM 1100

UDM 1100

BFM 1100-3

BFM 1100-5

BFM 1100-7

MAXI 2000 EL/HW

E0-R230K*

ETC

1 x EFD 315, 2 x EFD 250**

RVAZ4 24A

ZTV 20-2.0

ZTR 20-2.5

OKM 1500/2000 (2 x Ø315, 4 x Ø250).

THM

CWK 400****

DXRE 60-30*****

SC2/D

U-EK

PSS20

LDC 315

LDC 250***

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

BP 1500/2000

VDM 1500/2000

UDM 1500/2000

BFM 1500/2000-3

BFM 1500/2000-5

BFM 1500/2000-7

* Used when the distance between unit and control panel is more than 10 m.

** Note that there is one damper mounted in the exhaust air duct and one in each (two) outdoor air duct.

*** Note that Maxi has two ducts for extract air and outdoor air. One or two dampers can be mounted for extract air/outdoor air, depending on demand.

**** See catalogue “Ventilation products EIII” or www.systemair.com.

***** See separate brochure “Rectangular duct cooler DXRE”.

25

Compact air handling units

Topvex FR

Topvex FR is a range of heat recovery units with a low overall height and double rotating heat exchangers. The units are especially designed to meet the coming energy requirements.

• Available in 4 different sizes

• Handles airflows of

0.14-1.67 m

3

/s

• Plug-and-play

- Integrated control system

- Preprogrammed

- Menu-based control panel

for easy use

• Low overall height

• Low energy use

• Easy to service

• Made of aluzinc sheet metal

Efficiency is everything

Topvex FR03-11 is a series of efficient ventilation units designed for offices, shops, schools, daycares centre or similar premises.

The units are especially designed to meet the coming energy requirements and have therefore a very low energy use and high efficiency rotating heat exchangers. No need of condense-water drainage makes the unit very flexible to install.

It could not be simpler!

The units are supplied preprogrammed, tested and ready to install. Connect the unit to the duct system, connecting any external components, connect the power supply, and set the timer and fan speed.

Installation is now complete. It could not be simpler!

Easy inspection

To facilitate inspection and maintenance, both fans and the rotating heat exchangers are removable. All power cables have quick release couplings.

Low overall height

The unique design with double rotating heat exchangers makes it possible to produce the units with a low overall height. Using the enclosed suspension device, the Topvex

FR can be installed in a false ceiling. To further simplify the use when mounted in a false ceiling, the hinges can be split, and the panels opened either as doors or as liftoff panels.

EC fan motors

Unlike motors with frequency converters,

EC motors ensure excellent efficiency even at low speeds. This contributes to good energy economy. EC motors are also very quiet when running at high and low speeds.

TECHNICAL DATA

Voltage/Frequency

Phase

Power rating, motors

Power rating, heating coil

Fuse

Weight

Filter, supply air & extract air

UNIT FR03EL FR03HW FR06EL FR06HW FR08EL FR08HW FR11EL FR11HW

V/50Hz 400 230 400 400 400 400 400 400

~

W kW

A kg

3

2x477

5

16

180

F7/F5

1

2x477

13

180

F7/F5

3

2x941

9.9

20

256

F7/F5

3

2x941

10

256

F7/F5

3

2x972

12

25

345

F7/F5

3

2x972

16

345

F7/F5

3

2x2833

15

35

460

F7/F5

3

2x2833

20

460

F7/F5

diMenSiOnS

A

B

DIM.

A B

FR03

1600 1120

FR06

2000 1320

FR08

2100 1520

TR11

2300 1720

Dimensions in mm.

C

540

640

740

840

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

26

WORKinG RanGe

FR03, FR06, FR08, FR11

600

0

1000 2000

500

400

300

2,5

2,5

200

100

1,5

2,0

0

0 0.2

0.4

x,x

= SFP value (Specific Fan Power)

1,5

2,0

0.6

2,5

2,0

3000

0.8

1,5

1.0

4000

2,5

2,0

1,5

1.2

5000

1.4

6000 q v

[m

3

/h]

7000

Topvex FR03

Topvex FR06

Topvex FR08

Topvex FR11

1.6

1.8

q v

[m

3

/s]

2.0

aCCeSSORieS

Quick selection matrix

FUNCTION

Shut-off damper

Water coil control

Room control

NECESSARY ACCESSORIES

1 for exhaust air and 1 for outdoor air

Valve and valve actuator

Room sensor without set point dial

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Air cooler, water**

Air cooler, DX***

Step controller. DX cooling (24V).

Converts 0...10V signal to output relay.

Plastic casing, step controller IP54

Transformer 230/24 V

Room temperature sensor, witout set point dial

Combi grille

Baffle silencer

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

Filter F5 (exhaust air)

Filter F7 (supply air)

Topvex FR03

E0-R230K*

EFD 315

RVAZ4 24A

ZTV 15-1.0

ZTR 15-1.0

CWK**

DXRE***

SC2/D

U-EK

PSS20

TG-R5/PT1000

CVVX 315

LDC-B 315

T 120

IR24-PC

CO

2

RT-DR

BFT FR03 F5

BFT FR03 F7

* Used when the distance between unit and control panel is more than 10 m.

** See catalogue “Ventilation products EIII” or www.systemair.com.

*** See separate brochure “Rectangular duct cooler DXRE”.

Topvex FR06

E0-R230K*

EFD 400

RVAZ4 24A

ZTV 15-1.0

ZTR 15-1.6

PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-R5/PT1000

CVVX 400

LDC-B 400

T 120

IR24-PC

CO

2

RT-DR

BFT FR06 F5

BFT FR06 F7

DESIGNATION

EFD

ZTV/ZTR and RVAZ4 24A

TG-R5/PT1000

Topvex FR08

E0-R230K*

EFD 500

RVAZ4 24A

ZTV 15-1.6

ZTR 20-2.0

PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-R5/PT1000

CVVX 500

LDC-B 500

T 120

IR24-PC

CO

2

RT-DR

BFT FR08 F5

BFT FR08 F7

Topvex FR11

E0-R230K*

EFD 630

RVAZ4 24A

ZTV 20-2.0

ZTR 20-2.5

PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-R5/PT1000

LDC-B 630

T 120

IR24-PC

CO

2

RT-DR

BFT FR11 F5

BFT FR11 F7

27

PeRFORManCe

FR03

SuPPLy AIR EXTRACT AIR TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

FR03

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

86 78 71 62 58 54 71 70 64 84 74 64 76 70 62 77 71 64 76 69 62 70 63 55 61 53 44

73 68 63 62 57 53 66 64 62 71 65 57 56 51 41 55 48 41 47 41 34 39 32 24 30 22 20

Surrounding

65 59 52 44 40 36 56 53 50 64 56 48 52 46 38 46 39 33 42 35 28 40 33 25 31 23 18

FR06

SuPPLy AIR EXTRACT AIR TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

FR06

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

87 84 73 64 57 50 67 64 69 83 83 64 78 70 61 81 73 68 80 73 65 75 67 57 68 58 49

71 68 60 60 54 47 64 58 58 68 68 55 61 52 43 57 50 42 53 46 39 43 36 29 35 26 22

Surrounding

64 63 54 44 37 31 50 48 52 62 63 47 57 48 40 54 47 40 52 45 38 46 38 30 39 29 23

28

FR08

SuPPLy AIR EXTRACT AIR TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

FR08

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

87 80 72 56 50 43 64 60 67 83 75 62 79 71 62 81 74 66 80 73 66 77 69 59 70 60 50

72 68 64 56 49 44 60 56 63 70 67 51 61 51 43 62 54 47 62 55 48 60 53 44 42 32 25

Surrounding

70 64 59 45 38 32 54 50 58 69 63 48 57 50 41 55 48 40 58 51 44 57 50 40 43 33 24

FR11

SuPPLy AIR EXTRACT AIR TEMPERATuRE EFFICIENCy

SFP

2,5

SFP

2,0

B

SFP

1,5

C

A

With the air ratio 1:1 and atmospheric humidity at 50%.

FR11

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

95 89 79 69 64 57 74 70 70 88 83 71 88 82 71 91 84 74 88 81 72 82 75 67 76 69 59

80 75 68 70 65 57 73 69 66 73 70 58 71 63 54 73 66 56 73 65 55 62 51 41 59 39 28

Surrounding

72 68 61 56 51 44 62 59 58 67 65 53 65 60 49 65 58 48 64 58 49 58 50 42 47 39 29

29

Compact air handling units

Topvex TR

Topvex TR has been specially developed to comply with future energy regulations and therefore has very low energy consumption and an efficient rotating heat exchanger. Topvex TR has top connection.

• Available in 6 different sizes

• Handles airflows of between

0.09 and 1.90 m

3

/s

• Top connection

• Integral automatic control system

• Rotating heat exchanger

• Excellent efficiency

• Low energy consumption

- EC fan motors

• Low sound level

Efficiency is everything

Topvex TR is a range of efficient ventilation units intended for offices, shops, day nurseries, schools and similar premises. Topvex TR is supplied complete with control equipment and is ready to use as soon as it has been connected to the duct system and mains electricity.

It could not be simpler!

The units are supplied preprogrammed, tested and ready to install.

Connect the unit to the duct system, connecting any external components, connect the power supply, and set the timer and fan speed. Installation is now complete. It could not be simpler!

Space-saving top connection

With Topvex TR the ducts are connected on the top. These units take up little space and are easy to install in existing premises, as no ducts need to be connected at the sides. Compared with roof-mounted units,

Topvex TR is easier to install, as you don’t need ducts to pass through the roof. With one unit placed inside the building, service and maintenance are also simplified.

EC fan motors

Unlike motors with frequency converters,

EC motors ensure excellent efficiency even at low speeds. This contributes to good energy economy. EC motors are also very quiet when running at high and low speeds.

TECHNICAL DATA

Voltage/Frequency, EL

Voltage/Frequency, HW

Phase EL

Phase HW (1

Power rating, motors

Power rating, heating coil, EL

Power rating, heating coil, HW

(1

UNIT TR03 CAV/VAV TR04 CAV/VAV TR06 CAV/VAV

V/50Hz

V/50Hz

400

230

400

230

400

400

~

~

W kW kW

3

1

2x505

3

*

3

1

2x769

3.99

*

3

3

2x1005

6.3

*

TR09

400

400

3

3

2x1060

6/15

*

TR12

400

400

3

3

2x1787

9/21

*

Fuse, EL A

3x13 3x16 3x16 3x16/3x35 3x25/3x40 3x35

Fuse, HW

Weight

(1 A kg

10

220

10

280

3x10

350

3x10

520

3x10

615

3x13

730

Filter, supply air – F7 F7 F7 F7 F7 F7

Filter, extract air

– F5 F5 F5 F5 F5 F5

* See separate brochure “Specification data” at www.systemair.com

(1 HW coil delivered as a separate accessorie to TR03-06 CAV/VAV. The coil are delivered separate and to be mounted, into the unit, on site.

TR15

400

400

3

3

2x3380

15

*

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

30

WORKinG RanGe

TR03 CAV/VAV, TR04 CAV/VAV, TR06 CAV/VAV

3,0

2,5

2,0

1,5

2,5

2,0

2,5

1,5

2,0

1,5

Topvex TR03 CAV/VAV

Topvex TR04 CAV/VAV

Topvex TR06 CAV/VAV

TR09, TR12, TR15

0

1000

600

500

3,0

2000 3000

2,5

400

300

200

2,0

100

1,5

0

0 x,x

0.5

= SFP value (Specific Fan Power, kW/m

3

/s)

3,0

2,5

1.0

2,0

4000

1,5

1,5

5000

2,0

2,5

1.5

3,0

6000 7000

2.0

8000 q v

[m

3

/h]

9000

Topvex TR09

Topvex TR12

Topvex TR15 q v

[m

3

2.5

/s]

diMenSiOnS

DIM.

A

TR03

1180

B

750

C

1230

TR04

1480 850 1280

TR06

1700 1000 1279

TR09

1790 1120 1630

TR12

1930 1230 1740

TR15

1930 1470 1980

Dimensions in mm.

D

100

100

100

122

122

122

C

D

A B

31

PeRFORManCe

TR03 CAV/VAV

SuPPLy AIR

F

B

SFP 3,0

D

SFP 2,5

SFP 2,0

SFP 1,5

E

C

A

EXTRACT AIR TEMPERATuRE EFFICIENCy

B

F

D

E

C

A

With the air ratio 1:1 and atmospheric humidity at 50%.

TR03

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A C E A C E A C E A C E A C E A C E A C E A C E A C E L wA

dB(A)

Supply air

81 84 73 56 61 55 68 72 67 77 82 66 71 71 63 75 75 68 72 71 63 66 65 56 54 53 43

Extract air

71 72 65 51 50 45 64 65 64 70 70 57 61 58 52 55 53 48 50 48 42 43 41 34 33 32 22

Surrounding

61 66 55 39 44 37 54 58 53 60 65 48 49 47 41 47 47 40 47 46 39 43 42 33 34 33 23

TR04 CAV/VAV

SuPPLy AIR EXTRACT AIR TEMPERATuRE EFFICIENCy

F

D

B

SFP

2,0

SFP

2,5

C

SFP

1,5

E

A

B

F

D

E

C

A

With the air ratio 1:1 and atmospheric humidity at 50%.

TR04

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A C E A C E A C E A C E A C E A C E A C E A C E A C E L wA

dB(A)

Supply air

Extract air

88 78 70 57 50 47 62 59 61 57 74 59 75 68 61 77 72 65 77 72 64 74 67 56 66 58 47

71 68 63 57 49 45 60 56 57 67 66 60 63 59 52 61 55 48 61 56 49 61 55 45 49 41 29

Surrounding

67 59 51 46 37 34 49 46 47 66 58 46 53 46 40 53 48 41 55 50 43 53 47 36 45 37 26

32

TR06 CAV/VAV

SuPPLy AIR

F

B

D

SFP

2,5

SFP

2,0

C

A

SFP

1,5

E

EXTRACT AIR

B

F

D

E

C

A

TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

TR06

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A C E A C E A C E A C E A C E A C E A C E A C E A C E L wA

dB(A)

Supply air

90 83 78 62 59 56 66 64 62 88 79 72 81 76 73 79 76 71 79 75 70 74 71 65 68 65 59

Extract air

71 68 66 56 53 47 63 59 56 64 63 64 65 61 57 63 60 55 60 57 51 56 53 44 48 45 35

Surrounding

67 63 59 44 42 37 53 51 48 63 60 54 59 55 53 59 56 50 57 54 48 52 49 43 45 42 35

TR09

SuPPLy AIR

500

400

300

700

0

600

200

100

0

0

1000 2000

C

SFP

3,0

SFP 2,5

B

SFP

2,0

SFP

1,

5

A

3000 q v

[m

3

/h]

4000

Topvex TR09

0.2

0.4

0.6

0.8

1.0

1.2

q v

[m

3

/s]

EXTRACT AIR

500

400

300

700

0

600

200

100

0

0

1000

C

2000

B

3000 q v

[m

3

/h]

4000

Topvex TR09

A

0.2

0.4

0.6

0.8

1.0

1.2

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

100

90

80

70

60

0

0

1000 2000 3000 q v

[m

3

/h]

4000

0.2

0.4

0.6

0.8

1.0

1.2

q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

TR09

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

85 76 66 50 43 34 63 60 58 77 67 55 79 70 57 80 71 61 78 70 60 75 67 51 68 56 42

71 67 60 49 39 32 63 60 60 67 65 49 64 54 43 63 53 42 61 51 39 53 42 30 50 38 28

Surrounding

69 62 55 48 36 28 59 54 54 63 58 41 64 54 42 63 53 43 61 52 40 55 46 32 51 39 28

33

TR12

SuPPLy AIR

700

0 1000 2000 3000 q v

[m

3

/h]

4000 5000

Topvex TR12

600

500

400

300

SFP

2,5

SFP

2,0

SFP

1,5

B

A

200

100

C

0

0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6

q v

[m

3

/s]

EXTRACT AIR

700

0 1000 2000 3000

Topvex TR12

600 q v

[m

3

/h]

4000 5000

500

400

300

A

B

200

100

C

0

0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

100

90

80

70

60

0

0

1000 2000 q v

[m

3

/h]

3000 4000 5000

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6

q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

TR12

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

94 88 71 62 60 47 69 65 67 92 86 62 85 81 65 84 78 64 79 74 59 71 66 50 59 54 33

Extract air

72 68 66 52 47 40 66 65 65 70 63 51 60 54 48 60 53 46 58 52 41 54 46 30 54 46 23

Surrounding

78 69 58 51 48 36 60 56 57 77 66 46 66 62 47 65 60 45 61 57 41 54 49 31 50 44 20

TR15

SuPPLy AIR

700

0

600

500

400

300

200

100

0

0

2000 4000 6000 q v

[m

3

/h]

8000

Topvex TR15

SFP

2,0

SFP

2,5

SFP

1,5

C

B

A

0.5

1.0

= 230V 3 phase unit

1.5

2.0

2.5

q v

[m

3

/s]

EXTRACT AIR

700

0

600

500

400

300

200

100

0

0

2000 4000 6000 q v

[m

3

/h]

8000

Topvex TR15

C

0.5

1.0

= 230V 3 phase unit

1.5

B

A

2.0

2.5

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

100

90

80

70

60

0

0

2000 4000 6000 q v

[m

3

/h]

8000

0.5

1.0

1.5

2.0

2.5

q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

TR15

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

100 94 85 63 62 56 73 71 67 98 87 78 87 84 77 92 90 81 88 87 77 85 82 73 76 73 62

85 86 77 59 58 53 73 72 68 82 85 75 76 73 65 76 73 64 74 69 61 61 56 49 52 48 40

Surrounding

81 78 69 52 51 45 64 63 58 75 74 62 73 70 62 75 72 63 74 69 61 61 56 49 51 47 38

34

aCCeSSORieS

Quick selection matrix

FUNCTION

Shut-off damper

Water coil control

External air cooler

NECESSARY ACCESSORIES

1 for exhaust air and 1 for outdoor air

Valve and valve actuator

Duct sensor, supply air

ACCESSORIES

Repeater, 230V main supply*

Repeater, 24V main supply*

E-Tool cable

Shut-off damper

Water heater HWL, low power. Only for units without heater

Water heater HWH, high power. Only for units without heater

Valve actuator

Valve, 2-way. Fits to HWL/HWH coils.

Valve, 3-way. Fits to HWL/HWH coils.

Cooling battery, water**

Cooling battery, DX coil***

Duct sensor

Room temperature sensor

Outdoor sensor, wall mount

Combi grille

Silencer

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

CO

2

Room sensor (analog 0...10V DC)

U-tube manometer, filter guard

Filter F5 (exhaust air)

Filter F7 (supply air)

Topvex TR03

E0-R230K

E0-R

ETC

EFD 250

HWL TR03

HWH TR03

RVAZ4 24A

ZTV 15-0.6

ZTR 15-1.0

PGK 50-25

DXRE 50-25

TG-KH/PT1000

TG-R5/PT1000

TG-UH/PT1000

CVVX 250

LDC 250

T 120

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT 1000/TR03 F5

BFT 1000/TR03 F7

ACCESSORIES

Repeater*

E-Tool cable

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Air cooler, water**

Air cooler, DX***

Silencer, supply air/extract air/exhaust air/outdoor air**

Timer

Room temperature sensor

Outdoor sensor, wall-mounted

Duct sensor

Presence detector

CO

2

Room sensor (digital 1/0)

CO

2

Room sensor (analogue 0...10V DC)

U-tube manometer, filter guard

Filter F3, bag filter (2 per unit)

Filter F5, bag filter (2 per unit)

Filter F7, bag filter (2 per unit)

* Used when the distance between unit and control panel is more than 10 m.

** See catalogue “Ventilation products EIII” or www.systemair.com.

*** See separate brochure “Rectangular duct cooler DXRE”.

Topvex TR09

E0-R230K*

ETC

EFD 70-30

RVAZ4 24A

ZTV 20-2.0

ZTR 20-2.5

PGK**

DXRE***

LDR 70-40**

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT TR09 F3

BFT TR09 F5

BFT TR09 F7

Topvex TR12

E0-R230K*

ETC

EFD 80-35

RVAZ4 24A

ZTV 20-2.5

ZTR 20-4.0

PGK**

DXRE***

LDR 80-50**

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT TR12 F3

BFT TR12 F5

BFT TR12 F7

DESIGNATION

EFD

ZTV/ZTR and RVAZ4 24A

TG-KH/PT1000

Topvex TR04

E0-R230K

E0-R

ETC

EFD 315

HWL TR04

HWH TR04

RVAZ4 24A

ZTV 15-1.0

ZTR 15-1.6

PGK 60-30

DXRE 60-30

TG-KH/PT1000

TG-R5/PT1000

TG-UH/PT1000

CVVX 315

LDC 315

T 120

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT 1500/TR04 F5

BFT 1500/TR04 F7

Topvex TR06

E0-R230K

E0-R

ETC

EFD 50-25

HWL TR06

HWH TR06

RVAZ4 24A

ZTV 15-1.0

ZTR 15-1.6

PGK 60-35

DXRE 60-35

TG-KH/PT1000

TG-R5/PT1000

TG-UH/PT1000

CVVX 400

LDR 50-25

T 120

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT 2000/TR06 F5

BFT TR06 F7

Topvex TR15

E0-R230K*

ETC

EFD 100-35

RVAZ4 24A

ZTV 20-4.0

ZTR 20-6.0

PGK**

DXRE***

LDR 100-50**

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT TR15 F3

BFT TR15 F5

BFT TR15 F7

35

Compact air handling units

Topvex TX

Topvex TX is designed for use in smaller premises such as offices and day nurseries, but it can also be used for zone ventilation in larger buildings such as schools. These units are easy to install because of their top-connecting air ducts. Topvex TX units are equipped with EC fan motors in order to comply with new energy regulations for low SFP (Specific Fan Power).

• Space-saving top connection

• Handles airflows of

0.09-0.78 m 3 /s

• Plug-and-play

- Integrated control system

- Preprogrammed

- Menu-based control panel

for easy use

• Low energy consumption

• Set up for demand control

• Variable fan settings

• Easy to service

• Made of aluzinc sheet metal

• Low sound level

Efficiency is everything

Topvex TX is a range of efficient ventilation units intended for offices, shops, day nurseries, schools and similar premises.

Topvex TX units with their cross-flow heat exchangers are usually used when there is a need to keep supply air and extract air separate. The units have an effective defrost function to ensure optimum performance.

It could not be simpler!

Topvex TX units are supplied complete with control systems, supply air and extract air filters, cross-flowheat exchangers, bypass dampers and an electric or hot water heating coil.

The units are preprogrammed and very easy to install – simply set the timer and enter the desired air temperature, fan speed

(0-100%) and operating time. Installation is now complete. It could not be simpler!

Space-saving top connection

With Topvex TX the ducts are connected on the top. These units take up little space and are easy to install in existing premises, as no ducts need to be connected at the sides. Compared with roof-mounted units,

Topvex TX is easier to install, as you don’t need ducts to pass through the roof. With one unit placed inside the building, service and maintenance are also simplified.

EC fan motors

Unlike motors with frequency converters,

EC motors ensure excellent efficiency even at low speeds. This contributes to good energy economy. EC motors are also very quiet when running at high and low speeds.

TECHNICAL DATA

Voltage

Frequency

Phase

Power supply, fan motors

Power supply, electric heating coil

Fuse

Weight

Filter, supply air

Filter, exhaust air

UNIT

V

A kg

Hz

~

W kW

TX03 EL

400

50

3

2x514

6

3x20

203

F7

F5

TX03 HW

230

50

1

2x514

10

203

F7

F5

TX04 EL

400

50

3

2x1066

12

3x25

270

F7

F5

TX04 HW

400

50

3

2x1066

3x10

270

F7

F5

TX06 EL

400

50

3

2x1084

16

3x32

335

F7

F5

TX06 HW

400

50

3

2x1084

3x10

335

F7

F5

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

36

WORKinG RanGe

TX03, TX04, TX06

300

250

200

150

100

50

0

500

450

400

350

0

500

0 x,x

0.1

0.2

= SFP value (Specific Fan Power)

2,5

2,0

1,5

1000

0.3

1500 2000 2500 q v

3000

[m

3

/h]

Topvex TX03

Topvex TX04

Topvex TX06

2,5

1,5

0.4

2,0

0.5

2,5

2,0

0.6

1,5

0.7

0.8

0.9

q v

[m

3

/s]

diMenSiOnS

DIM.

A B

TX03

1180

TX04

1480

750

TX06

1780

Dimensions in mm.

850

800

C

1230

1280

1280

D

100

100

102

C

D

A B

37

PeRFORManCe

TX03

SuPPLy AIR

600 q v

[m

3

/h]

0 200 400 600 800 1000 1200 1400 1600

Topvex TX03

500

400

300

200

100

C

SFP

2,5

SFP

1,5

B

SFP

2,0

A

0

0 0.05 0.1 0.15

0.2

0.25 0.3 0.35 0.4 0.45

q v

[m

3

/s]

EXTRACT AIR

400

300

200

100

600 q v

[m

3

/h]

0 200 400 600 800 1000 1200 1400 1600 1800

Topvex TX03

500

C

B

A

0

0 0.05 0.1 0.15

0.2

0.25 0.3 0.35 0.4 0.45 0.5

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy q v

[m

3

/h]

0 200 400 600 800 1000 1200 1400 1600 1800

80

70

60

50

40

0 0.05 0.1 0.15

0.2

0.25 0.3 0.35 0.4 0.45 0.5

= With condensing

= Without condensing

q v

[m

3

/s]

At an outdoor temperature of -15°C and an exhaust air temperature of 25°C.

With condensing: 50% air humidity.

Without condensing: 0% air humidity.

TX03

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

81 78 66 60 56 52 69 68 62 76 75 55 73 67 57 75 69 60 72 65 55 66 59 47 57 49 35

Extract air

69 68 65 54 49 45 61 61 65 64 66 45 63 56 47 60 53 46 59 50 41 52 44 32 45 35 25

Surrounding

63 60 56 42 37 34 53 53 55 60 58 39 53 46 37 53 46 38 57 48 39 49 41 29 42 33 22

TX04

SuPPLy AIR

600

0 500

Topvex TX04

1000

500

1500 q v

[m

3

/h]

2000 2500

A

400

300

200

100

C

SFP

1,5

B

SFP

2,0

SFP

2,5

0

0 0.1

0.2

0.3

0.4

0.5

0.6

0.7

q v

[m

3

/s]

EXTRACT AIR

400

300

200

100

600

0

500

500 q v

[m

3

/h]

1000 1500 2000 2500

Topvex TX04

C

B

A

0

0 0.1

0,2 0.3

0.4

0.5

0.6

0.7

0.8

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

70

60

50

40

0

0

500 q v

[m

3

/h]

1000 1500 2000 2500

0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8

= With condensing

= Without condensing

q v

[m

3

/s]

At an outdoor temperature of -15°C and an exhaust air temperature of 25°C.

With condensing: 50% air humidity.

Without condensing: 0% air humidity.

TX04

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

85 82 69 63 60 49 71 65 64 80 81 62 76 70 59 78 71 62 78 71 62 75 68 56 67 59 46

70 67 61 60 64 52 64 62 58 62 59 53 61 55 44 61 54 45 59 52 41 59 51 39 49 41 28

Surrounding

63 64 51 52 50 39 58 52 49 58 64 45 52 46 35 50 44 35 52 45 35 45 37 25 41 33 20

38

TX06

SuPPLy AIR EXTRACT AIR TEMPERATuRE EFFICIENCy

600

0

500

400

300

200

100

500 1000 1500 2000 2500 q v

[m

3

/h]

3000

Topvex TX06

SFP

2,5

C

SFP

1,5

B

SFP

2,0

A

600

0 q v

[m

3

/h]

500 1000 1500 2000 2500 3000 3500

Topvex TX06

500

400

A

300

200

100

C

B

70

60

0 q v

[m

3

/h]

500 1000 1500 2000 2500 3000 3500

50

40

0 0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8 0.9 1

= With condensing

= Without condensing

q v

[m

3

/s]

At an outdoor temperature of -15°C and an exhaust air temperature of 25°C.

With condensing: 50% air humidity.

Without condensing: 0% air humidity.

0

0 0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8 0.9

q v

[m

3

/s]

0

0 0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 q v

[m

3

/s]

TX06

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

85 76 68 57 51 50 65 63 64 83 69 59 75 69 59 77 70 62 76 69 60 73 66 56 68 59 48

74 69 62 56 49 43 60 56 60 72 68 50 66 60 49 64 57 48 62 55 46 61 53 42 54 45 32

Surrounding

70 64 54 45 39 35 53 49 51 68 61 45 62 56 46 60 54 45 61 54 45 57 50 39 53 44 33

aCCeSSORieS

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

Valve, 2-way, HWL/HWH (L = low, H = high)

TX03

E0-R230K*

EFD 250

Valve, 3-way, HWL/HWH (L = low, H = high)

Air cooler, water

Air cooler, DX

Step controller. DX cooling (24V).

Converts 0..10V signal to output relay.

Plastic casing, step controller IP54

RVAZ4 24A

ZTV 15-1.0/15-0.6

ZTR 15-1.6/15-1.0

PGK**

DXRE***

SC2/D

Transformer 230/24 V

Duct sensor

Combi grille

Silencer

U-EK

PSS20

TG-KH/PT1000

CVVX 250

LDC 250

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

Water lock. Where there is a risk of condensation on the outdoor air side of the heat exchanger.

Filter F5 (extract air)

IR24-PC

CO

T 120

2

RT-DR

Water lock

BFT 1000/TX03 F5

Filter F7 (supply air) BFT TX03 F7 Filter

* Used when the distance between unit and control panel is more than 10 m.

** See catalogue “Ventilation products EIII” or www.systemair.com.

*** See separate brochure “Rectangular duct cooler DXRE”.

TX04

E0-R230K*

EFD 315

RVAZ4 24A

ZTV 15-1.6/15-1.0

ZTR 20-2.0/15-1.6

PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

CVVX 315

LDC 315

T 120

IR24-PC

CO

2

RT-DR

Water lock

BFT TX04 F5 Filter

BFT TX04 F7 Filter

TX06

E0-R230K*

EFD 50-30

RVAZ4 24A

ZTV 20-2.0/15-1.6

ZTR 20-2.5/20-2.0

PGK**

DXRE***

SC2/D

U-EK

PSS20

TG-KH/PT1000

CVVX 400

LDR 50-30

T 120

IR24-PC

CO

2

RT-DR

Water lock

BFT TX06 F5 Filter

BFT TX06 F7 Filter

39

Compact air handling units

Topvex SR

Topvex SR03-06 is a range of efficient heat recovery units, intended for offices, shops, schools, day nurseries and similar premises.

These units have been specially developed to comply with future energy requirements and therefore have very low energy consumption and an extremely efficient rotating heat exchanger.

• Available in 6 different sizes

• Handles airflows of

0.1-1.9 m

3

/s

• Rotating heat exchanger

• Excellent efficiency

• EC fan motors

• Low energy consumption

- EC fan motors

• Low sound level

Efficiency is everything

Topvex SR is a range of efficient ventilation units intended for offices, shops, day nurseries, schools and similar premises.

Topvex SR is supplied complete with control equipment and is ready to use as soon as it has been connected to the duct system and mains electricity.

It could not be simpler!

Topvex SR03-06 are supplied preprogrammed and tested. Connect Topvex SR to the duct system, connecting any external components, connect the power supply, set the timer and adjust the 7-day program.

Installation is now complete.

It could not be simpler!

EC fan motors – quiet and energy efficient

Unlike motors with frequency converters,

EC motors ensure excellent efficiency even at low speeds (see diagram). This contributes to good energy economy. EC motors are also very quiet when running at high and low speeds.

Easy to inspect

To make inspections and maintenance even easier both fans and rotating heat exchangers are easy to remove. All electrical cables are fitted with quick connectors so the fans can be released quickly and easily.

Simple electrical connection and servicing

All electrical connections are routed through the same terminal block and are clearly labelled. To facilitate servicing and troubleshooting, all electrical components and reheaters can be accessed from separate hatches.

TECHNICAL DATA UNIT SR03 CAV/VAV SR04 CAV/VAV SR06 CAV/VAV SR07 SR09 SR11

Voltage/Frequency, EL

Voltage/Frequency, HW

(1

Phase, EL

V/50Hz

V/50Hz

~

400

230

3

400

230

3

400

400

3

400

400

3

400

400

3

400

400

3

Phase, HW

(1

Power rating, motors

Power rating, heating coil, EL

Power rating, heating coil, HW

~

W kW kW

1

2x508

3

*

1

2x708

4

*

3x16/3x25 or

3x25/3x40

10

3

2x1033

6.3

*

3x20/3x35 or

3x35/3x50

3x10

3

2x1027

3/12

*

3

2x1877

4.5/15

*

3

2x3065

6/12/24

*

Fuse, EL

Fuse, HW

(1

Separate fuse heater

(over 6 kW)

Weight

A

A

A kg

3x20 or 3x25

10

215

260

305

3x10 or 3x16 3x16 or 3x25 3x20 or 3x35

3x10 3x10 3x13

3x25

320

3x25

390

3x20/3x35

435

Filter, supply air

Filter, extract air

F7

F5

F7

F5

F7

F5

F7

F5

F7

F5

F7

F5

* See separate brochure “Specification data” at www.systemair.com

(1 HW coil delivered as a separate accessorie to SR03-06 CAV/VAV. The coil are delivered separate and to be mounted, into the unit, on site.

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

40

WORKinG RanGe

SR03 CAV/VAV, SR04 CAV/VAV, SR06 CAV/VAV

2,0

1,5

3,0

2,5

2,5

2,0

3,0

2,5

2,0

Topvex SR03 CAV/VAV

Topvex SR04 CAV/VAV

Topvex SR06 CAV/VAV

1,5

1,5 x,x

= SFP värde (Specific Fan Power, kW/m

3

/s)

SR07, SR09, SR11

0 1000

500

450

400

350

300

250

200

150

100

50

0

2,5

2,0

1,5

2000

0 x,x

0.5

= SFP value (Specific Fan Power)

diMenSiOnS

DIM.

A B

SR03

1600 750

C

960

D

100

100

SR04

1600 850 1041

SR06

1600 1000 1128 100

SR07

1780 1000 1000 100

SR09

1780 1120 1120 100

100

SR11

1780 1230 1230

Dimensions in mm.

C

D

3000

2,0

1,5

2,5

1.0

4000

1,5

A

2,5

5000

2,0

1.5

6000 7000 8000 q v

[m

3

/h]

9000

Topvex SR07

Topvex SR09

Topvex SR11

2.0

B q v

[m

3

2.5

/s]

41

PeRFORManCe

SR03 CAV/VAV

SuPPLy AIR

A

E

SFP

3,0

C

SFP

2,5

SFP

2,0

SFP

1,5

D

F

B

EXTRACT AIR

A

C

E

F

D

B

TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

SR03

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

B F D B F D B F D B F D B F D B F D B F D B F D B F D L wA

dB(A)

Supply air

80 76 67 53 49 47 64 62 61 77 73 60 72 67 59 72 69 61 71 67 59 66 61 51 55 49 37

Extract air

71 69 64 50 45 45 64 64 63 68 66 52 66 60 52 60 55 48 53 48 40 45 40 31 34 28 21

Surrounding

59 56 48 34 30 29 49 49 46 57 53 40 49 44 36 47 43 37 47 42 34 40 35 25 35 29 19

SR04 CAV/VAV

SuPPLy AIR

F

B

SFP

2,5

D

E

SFP

1,5

SFP

2,0

C

A

EXTRACT AIR

B A

F

D

E

C

TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

SR04

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A C E A C E A C E A C E A C E A C E A C E A C E A C E L wA

dB(A)

Supply air

Extract air

84 78 70 52 47 41 60 55 58 75 70 59 73 68 60 77 72 65 79 74 67 76 74 59 70 62 50

70 69 61 50 44 38 58 54 58 68 69 57 62 57 51 59 54 48 57 52 45 53 48 38 44 36 25

Surrounding

66 62 52 33 27 21 45 40 43 62 59 47 55 50 43 55 50 44 59 54 47 56 50 40 52 44 33

42

SR06 CAV/VAV

SuPPLy AIR

E

F

A

SFP

2,5

C

SFP

2,0

SFP

1,5

D

B

EXTRACT AIR

B

F

D

E

C

A

TEMPERATuRE EFFICIENCy

With the air ratio 1:1 and atmospheric humidity at 50%.

SR06

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

B D F B D F B D F B D F B D F B D F B D F B D F B D F L wA

dB(A)

Supply air

83 77 56 53 47 39 60 56 42 74 71 43 76 68 48 79 72 53 77 70 50 73 66 41 67 60 35

Extract air

69 63 48 47 39 40 62 63 44 66 50 41 64 51 39 54 47 36 52 45 31 47 37 21 41 28 21

Surrounding

61 53 39 31 24 23 48 49 29 57 43 32 55 43 31 51 44 33 52 44 31 50 40 23 47 37 24

SR07

SuPPLy AIR

600

0

500

400

300

200

100

0

0

1000 2000

SFP 2,5

3000 q v

[m

3

/h]

4000

Topvex SR07

SFP 2,0

A

0.2

C

0.4

SFP

1,5

B

0.6

0.8

1.0

1.2

q v

[m

3

/s]

EXTRACT AIR

600

0

500

400

300

200

100

0

0

1000

C

2000

B

3000 q v

[m

3

/h]

4000

Topvex SR07

A

0.2

0.4

0.6

0.8

1.0

1.2

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

100

90

80

70

60

0

0

1000 2000 3000 q v

[m

3

/h]

4000

0.2

0.4

0.6

0.8

1.0

1.2

q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

SR07

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

83 75 64 55 48 40 60 54 56 75 67 52 75 67 57 77 70 59 76 68 58 72 65 53 68 57 44

70 65 57 48 42 37 59 54 56 65 62 45 66 59 49 60 53 43 55 48 38 48 41 29 40 30 20

Surrounding

65 59 49 33 27 21 49 43 45 61 55 40 59 53 42 58 51 41 56 48 38 51 44 32 46 35 23

43

SR09

SuPPLy AIR

600

0 1000 2000 3000

Topvex SR09

500 q v

[m

3

/h]

4000 5000

400

A

300

SFP

2,0

SFP

2,5

B

200

100

C

SFP

1,5

0

0 0.2

0.4

0.6

0.8

1.0

1.2

1.4

1.6

q v

[m

3

/s]

EXTRACT AIR

600

0 1000 2000 3000

Topvex SR09

500 q v

[m

3

/h]

4000 5000

A

400

300

B

200

100

C

0

0 0.2

0.4

0.6 0.8 1.0 1.2 1.4 1.6

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

100

90

80

70

60

0

0

1000 2000 3000 4000 q v

[m

3

/h]

5000

0.2

0.4

0.6

0.8

1.0

1.2

1.4

1,6 q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

SR09

Tot 63 125

OCTAVE BAND (mid-frequency Hz)

250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

88 83 68 55 51 40 63 59 55 77 70 55 80 75 61 83 78 64 81 78 62 77 72 56 72 66 48

Extract air

75 74 60 51 49 36 63 60 59 70 72 50 70 66 51 65 61 48 61 57 45 56 52 37 48 44 25

Surrounding

71 66 54 37 33 22 57 53 51 67 61 45 63 58 44 64 59 46 63 59 45 60 55 40 61 55 37

SR11

SuPPLy AIR

600

0 2000

Topvex SR11

500

4000

400

300

200

100

0

0 0.5

1.0

B

C

SFP

1,5

SFP

2,0

SFP

2,5

1.5

A

6000 q v

[m

3

/h]

8000

2.0

2.5

q v

[m

3

/s]

EXTRACT AIR

600

0 2000

Topvex SR11

500

4000

400

300

200

100

0

0 0.5

C

1.0

B

1.5

6000

A q v

[m

3

/h]

8000

2.0

2.5

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

100

90

80

70

60

0

0

2000 4000 6000 q v

[m

3

/h]

8000

0.5

1.0

1.5

2.0

2.5

q v

[m

3

/s]

With the air ratio 1:1 and atmospheric humidity at 50%.

SR11

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

93 86 79 51 46 41 64 60 57 87 77 64 84 78 71 87 82 75 85 80 73 81 76 69 76 71 62

77 74 70 55 52 46 65 62 63 74 71 67 72 69 62 69 64 57 66 61 55 61 56 49 53 48 39

Surrounding

70 65 58 41 38 32 57 54 52 66 61 51 60 54 47 62 57 50 62 56 49 57 52 44 50 45 36

44

aCCeSSORieS

Quick selection matrix

FUNCTION

Shut-off damper

Water coil control

NECESSARY ACCESSORIES

1 for exhaust air and 1 for outdoor air

Valve and valve motor

ACCESSORIES

Repeater, 230V main supply*

Repeater, 24V main supply*

E-Tool cable

Outdoor set, Outdoor/Exhaust air Hood + Roof

Shut-off damper

Water heater HWL, low power.

Only for units without heater

Water heater HWH, high power. Only for units without heater

Valve actuator

Valve, 2-way. Fits to HWL/HWH coils.

Valve, 3-way. Fits to HWL/HWH coils.

Cooling battery, water**

Cooling battery, DX coil***

Duct sensor

Room temperature sensor

Outdoor sensor, wall mount

Combi grille

Silencer

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

CO

2

Room sensor (analog 0...10V DC)

U-tube manometer, filter guard

Filter F5 (exhaust air)

Filter F7 (supply air)

Topvex TR03

E0-R230K

E0-R

ETC

EFD 315

HWL SR03

HWH SR03

RVAZ4 24A

ZTV 15-0.6

ZTR 15-1.0

PGK 50-25

DXRE 50-25

TG-KH/PT1000

TG-R5/PT1000

TG-UH/PT1000

CVVX 315

LDC 315

T 120

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT 1000/TR03 F5

BFT 1000/TR03 F7

DESIGNATION

EFD

ZTV/ZTR and RVAZ4 24A

Topvex TR04

E0-R230K

E0-R

ETC

ODS SR04

EFD 50-25

HWL SR04

HWH SR04

RVAZ4 24A

ZTV 15-1.0

ZTR 15-1.6

PGK 60-30

DXRE 60-30

TG-KH/PT1000

TG-R5/PT1000

TG-UH/PT1000

CVVX 400

LDC 50-25

T 120

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT 1500/TR04 F5

BFT 1500/TR04 F7

Topvex TR06

E0-R230K

E0-R

ETC

ODS SR06

EFD 60-30

HWL SR06

HWH SR06

RVAZ4 24A

ZTV 15-1.0

ZTR 15-1.6

PGK 60-35

DXRE 60-35

TG-KH/PT1000

TG-R5/PT1000

TG-UH/PT1000

CVVX 500

LDR 60-30

T 120

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFT 2000/TR06 F5

BFT TR06 F7

ACCESSORIES

Repeater*

E-Tool cable

Outdoor set, hood for outdoor air/extract air duct + roof

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Air cooler, water**

Air cooler, DX***

Silencer, supply air/extract air/exhaust air/outdoor air**

Timer

Room temperature sensor

Outdoor sensor, wall-mounted

Duct sensor

Presence detector

CO

2

Room sensor (digital 1/0)

CO

2

Room sensor (analogue 0...10V DC)

U-tube manometer, filter guard

Filter F5, supply air or exhaust air bag filter (2 per unit)

Filter F7, supply air or exhaust air bag filter (2 per unit)

Topvex SR07

E0-R230K*

ETC

ODS SR07 E

EFD 60-30

RVAZ4 24A

ZTV 15-1.6

ZTR 20-2.0

PGK**

DXRE***

LDR 60-30**

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFRO SR07 E F5

BFRO SR07 E F7

Topvex SR09

E0-R230K*

ETC

ODS SR09 E

EFD 60-40

RVAZ4 24A

ZTV 15-1.6

ZTR 20-2.0

PGK**

DXRE***

LDR 70-40**

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFRO SR09 E F5

BFRO SR09 E F7

Topvex SR11

E0-R230K*

ETC

ODS SR11 E

EFD 80-40

RVAZ4 24A

ZTV 20-2.0

ZTR 20-2.5

PGK **

DXRE***

LDR 80-50**

T 120

TG-R5/PT1000

TG-UH/PT1000

TG-KH/PT1000

IR24-PC

CO

2

RT-DR

CO

2

RT

MFRO

BFRO SR11 E F5

BFRO SR11 E F7

* Used when the distance between unit and control panel is more than 10 m.

** See catalogue “Ventilation products EIII” or www.systemair.com.

*** See separate brochure “Rectangular duct cooler DXRE”.

45

Compact air handling units

Topvex SX

Topvex SX is designed for use in smaller premises such as offices and day nurseries, but these units can also be used for zone ventilation in larger buildings such as schools. Topvex SX units are equipped with EC fan motors in order to comply with new energy regulations for low SFP (Specific Fan Power).

• Available in 3 sizes

• Handles airflows of

0.1-0.75 m 3 /s

• Plug-and-play

- Integrated control system

- Preprogrammed

- Menu-based control panel

for easy use

• Low energy consumption

• Set up for demand control

• Variable fan settings

• Easy to service

• Made of aluzinc sheet metal

• Low sound level

Efficiency is everything

Topvex SX is a range of efficient ventilation units intended for offices, shops, day nurseries, schools and similar premises.

Topvex SX units with their cross-flow heat exchangers are usually used when there is a need to keep supply air and extract air separate. The units have an effective defrost function to ensure optimum performance.

It could not be simpler!

Topvex SX units are supplied complete with control systems, supply air and extract air filters, cross-flowheat exchangers, by-pass dampers and an electric or hot water heating coil.

The units are preprogrammed and very easy to install – simply set the timer and enter the desired air temperature, fan speed

(0-100%) and operating time. Installation is now complete! It could not be simpler!

EC fan motors

Unlike motors with frequency converters,

EC motors ensure excellent efficiency even at low speeds. This contributes to good energy economy. EC motors are also very quiet when running at high and low speeds.

TECHNICAL DATA

Voltage

Frequency

Phase

Power supply, fan motors

Power supply, electric heating coil

Fuse

Weight

Filter, supply air

Filter, exhaust air

UNIT

V

Hz

~

W kW

A kg

SX03 EL

400

50

3

2x496

6

3x16

213

F7

F5

SX03 HW

230

50

1

2x496

13

213

F7

F5

SX04 EL

400

50

3

2x1069

12

3x25

260

F7

F5

SX04 HW

400

50

3

2x1069

3x10

260

F7

F5

SX06 EL

400

50

3

2x1052

16

3x32

308

F7

F5

SX06 HW

400

50

3

2x1052

3x10

308

F7

F5

46

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

WORKinG RanGe

SX03, SX04, SX06

300

250

200

150

100

50

0

500

450

400

350

0 500

2,5

2,0

1,5

0 x,x

0.1

0.2

= SFP value (Specific Fan Power)

1000

0.3

1500 2000 2500 q

3000 v

[m

3

/h]

Topvex SX03

Topvex SX04

Topvex SX06

2,5

2,0

0.4

1,5

0.5

2,5

0.6

1,5

0.7

2,0

0.8

0.9

diMenSiOnS

DIM.

A B

SX03

1600

SX04

1747

750

SX06

2000

Dimensions in mm.

800

800

C

960

1041

1127

D

100

100

100

C

D

A B

47

PeRFORManCe

SX03

SuPPLy AIR

600 q v

[m

3

/h]

0 200 400 600 800 1000 1200 1400 1600 1800

Topvex SX03

500

400

300

C

SFP

2,5

SFP

1,5

SFP

2,0

B

A

200

100

0

0 0.05 0.1 0.15

0.2

0.25 0.3 0.35 0.4 0.45 0.5

q v

[m

3

/s]

EXTRACT AIR

400

300

200

100

600 q v

[m

3

/h]

0 200 400 600 800 1000 1200 1400 1600 1800

Topvex SX03

500

C

B

A

0

0 0.05 0.1 0.15

0.2

0.25 0.3 0.35 0.4 0.45 0.5

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy q v

[m

3

/h]

0 200 400 600 800 1000 1200 1400 1600 1800

80

70

60

50

40

0 0.05 0.1 0.15

0.2

0.25 0.3 0.35 0.4 0.45 0.5

= With condensing

= Without condensing

q v

[m

3

/s]

At an outdoor temperature of -15°C and an exhaust air temperature of 25°C.

With condensing: 50% air humidity.

Without condensing: 0% air humidity.

SX03

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

84 72 66 54 49 44 63 62 63 82 64 56 72 66 58 73 67 59 72 64 56 67 59 48 67 48 37

64 57 52 47 44 40 53 53 51 62 52 40 51 44 36 53 46 39 50 44 30 45 31 21 31 23 22

Surrounding

66 53 50 31 27 23 50 49 49 66 48 40 48 41 33 48 42 34 50 43 32 44 33 23 38 29 23

SX04

SuPPLy AIR

600

0 500 1000 1500 2000

Topvex SX04

500

A q v

[m

3

/h]

2500

400

300

200

100

C

B

SFP

1,5

SFP

2,0

SFP

2,5

0

0 0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

q v

[m

3

/s]

EXTRACT AIR

400

300

200

100

600

0 500

Topvex SX04

1000

500

1500 q v

[m

3

/h]

2000 2500

A

C

B

0

0 0.1

0.2

0.3

0.4

0.5

0.6

0.7

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

0

70

60

50

40

0

500 1000 1500 2000 q v

[m

3

/h]

2500

0.1

0.2

0.3

0.4

= With condensing

= Without condensing

0.5

0.6

0.7

q v

[m

3

/s]

At an outdoor temperature of -15°C and an exhaust air temperature of 25°C.

With condensing: 50% air humidity.

Without condensing: 0% air humidity.

SX04

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

86 81 71 60 55 49 67 65 61 77 75 62 81 76 64 80 74 65 79 72 65 76 69 58 69 62 50

64 61 57 52 49 40 59 56 54 57 57 52 59 52 43 56 50 42 47 41 40 45 37 24 42 33 22

Surrounding

63 60 54 38 35 27 56 53 51 57 56 48 57 52 42 55 49 41 55 48 43 51 43 32 48 41 29

48

SX06

SuPPLy AIR

600

0

500

500 1000 1500 2000 2500 q v

[m

3

/h]

3000

Topvex SX06

400

300

SFP

2,5

SFP 2,0

A

SFP 1,5

B

200

100

C

0

0 0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8 0.9

q v

[m

3

/s]

EXTRACT AIR

400

300

200

100

600

0

500 q v

[m

3

/h]

500 1000 1500 2000 2500 3000

Topvex SX06

C

B

A

0

0 0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8 0.9

q v

[m

3

/s]

TEMPERATuRE EFFICIENCy

70

0 500 q v

[m

3

/h]

1000 1500 2000 2500 3000

60

50

40

0 0.1

0.2

0.3 0.4 0.5 0.6 0.7 0.8 0.9

= With condensing

= Without condensing

q v

[m

3

/s]

At an outdoor temperature of -15°C and an exhaust air temperature of 25°C.

With condensing: 50% air humidity.

Without condensing: 0% air humidity.

SX06

OCTAVE BAND (mid-frequency Hz)

Tot 63 125 250 500 1k 2k 4k 8k

A B C A B C A B C A B C A B C A B C A B C A B C A B C L wA

dB(A)

Supply air

Extract air

84 80 71 54 51 49 60 58 57 80 72 60 74 73 63 77 74 66 77 73 64 74 70 60 68 64 52

64 62 57 39 39 38 53 50 51 60 58 53 58 56 49 56 53 49 50 47 42 52 47 37 49 43 30

Surrounding

64 61 54 34 32 29 48 46 45 60 55 47 55 54 46 56 52 47 56 53 46 55 51 42 54 49 39

aCCeSSORieS

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

SX03

E0-R230K*

Valve, 2-way, HWL/HWH (L = low, H = high)

Valve, 3-way, HWL/HWH (L = low, H = high)

Air cooler, water

Air cooler, DX

Step controller. DX cooling (24V).

Converts 0..10V signal to output relay.

Plastic casing, step controller IP54

Transformer 230/24 V

EFD 315

RVAZ4 24A

ZTV 15-1.0/0.6

ZTR 15-1.6/1.0

PGK**

DXRE***

SC2/D

U-EK

PSS20

Combi grille

Silencer

CVVX 315

LDC-B 315

Timer

Presence detector

CO

2

Room sensor (digital 1/0)

Water lock. Where there is a risk of condensation on the outdoor air side of the heat exchanger.

Filter F5 (extract air)

T 120

IR24-PC

CO

2

RT-DR

Water lock

BFRO SX03 F5 Filter

Filter F7 (supply air) BFRO SX03 F7 Filter

* Used when the distance between unit and control panel is more than 10 m.

** See catalogue “Ventilation products EIII” or www.systemair.com.

*** See separate brochure “Rectangular duct cooler DXRE”.

SX04

E0-R230K*

EFD 50-25

RVAZ4 24A

ZTV 15-1.6 /1.0

ZTR 20-2.0/15-1.6

PGK**

DXRE***

SC2/D

U-EK

PSS20

CVVX 400

LDR 50-25

T 120

IR24-PC

CO

2

RT-DR

Water lock

BFT SX04 F5 Filter

BFT SX04 F7 Filter

SX06

E0-R230K*

EFD 60-30

RVAZ4 24A

ZTV 15-1.6/1.6

ZTR 20-2.5/2.0

PGK**

DXRE***

SC2/D

U-EK

PSS20

CVVX 500

LDR 60-30

T 120

IR24-PC

CO

2

RT-DR

Water lock

BFT SX06 F5 Filter

BFT SX06 F7 Filter

49

dVCompact

DVCompact is an energy-optimised unit that fulfils the requirements to be labelled with Systemair’s Green Ventilation symbol. The range of units is available in nine sizes for air flows up to 10m

3

/s and can be supplied with or without control equipment.

DVCompact is always supplied in sections (3 sections) to cope with transportation through a 90 door (up to air flow 5 m 3 /s). Compact design and quick assembly of the sections with disc-lock system and quick-release connections on the electrical side shortens installation time and provides a cost effective installation.

DVCompact is designed with a focus on energy efficiency and has a low

SFPv while being designed to take up as little space as possible. Full range of mixing sections, coolers, roof hoods, silencers and other accessories provide a simple selection and purchase process.

• Simple to dimension

• Compact design

• Easy to transport

• Simple to assemble

• Easy to commission

• Low SFPv

Combination options

DVCompact includes a number of welldimensioned functions. You can choose between different systems for heat recovery, several fan and filter types, different types of heating coils and air coolers etc. That is why so many different versions of DVCompact are available, from the simple unit with few functions to the advanced ventilation unit with complete control functions and monitoring via the web.

The unit casing

DVCompact is built to last. In order to ensure that the unit casing is of a quality that adheres to the high standards of the functions, we have chosen to use frames and panels made from top-quality corrosionresistant aluzinc sheets, AZ185.

Fans

Belt-driven centrifugal fans with various high-efficiency impellers.

The direct-drive plug fans ensure low sound levels even at low frequencies.

Heat exchanger

DVCompact can be supplied with 2 types of heat exchanger: a rotating heat exchanger with high efficiency and a moisture recovery option or plate heat exchanger for separation of the supply air and extract air flows with the option to choose a corrosion-resistant version.

Control system - Systemair E28

DVCompact can be ordered with the Systemair E28 control system.

Information on functions can be found on page 54. Information on control equipment can be found on page 60. Please visit our website

www.systemair.se for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

50

WORKinG RanGe

The SFP graphs are based on DVCompact, equipped with an efficient fan and motor, a rotating heat exchanger, two sections of heating coil, an F7 supply air filter, an F5 extract air filter, and supply air and extract air dampers.

DVCompact 20, 25, 30

2000

600

4000 6000 8000 10000 q v

[m

3

/h]

500

DVCompact-20

DVCompact-25

DVCompact-30

2,5

400

2,5

2,5

300

2,0

200

2,0

2,0

100

1,5

1,5

1,5

0

0.5

1.0

x,x

= SFP value (Specific Fan Power)

1.5

2.0

2.5

q v

[m

3

/s]

3.0

DVCompact 40, 50, 60

8000

600

500

400

2,5

300

200

100

0

2,0

1,5

2.0

3.0

x,x

= SFP value (Specific Fan Power)

12000

4.0

1,5

2,5

2,0

16000

5.0

1,5

20000 q v

[m

3

/h]

DVCompact-40

DVCompact-50

DVCompact-60

2,5

2,0 q v

[m

3

/s]

6.0

DVCompact 80, 100

15000

600

500

400

300

200

100

0

4.0

5.0

x,x = SFP value (Specific Fan Power)

20000

6.0

2,5

2,0

1,5

25000

7.0

8.0

1,5

30000 q v

[m

3

/h]

DVCompact-80

DVCompact-100

2,5

2,0 q v

[m

3

/s]

9.0

51

UniT COMBinaTiOnS

ROTATING HEAT EXCHANGER

Dimensions

Width

Height

Length

Weight

Length

Weight

Length

Weight

Length

Weight

808

3675

1050

3375

812

20

1270

1270

2705

698

3040

892

3675

1227

3375

860

25

1420

1420

2705

771

3040

1013

3675

1364

3375

1009

30

1570

1570

2705

880

3040

= uteluft = tilluft

40

1720

1720

3005

SIZE

50

2020

2020

3155

1127

3340

1234

3975

1386

3490

1515

4125

1625

3825

1205

2046

3975

1493

= frånluft = avluft

1959

4575

2600

4275

2080

60

2170

2170

3455

1818

3790

2360

5025

3134

4725

2494

80

2470

2470

3905

2200

2470

2616

5175

2872

100

2270

2270

4405

2413

4390

PLATE HEAT EXCHANGER

Dimensions

Width

Height

Length

Weight

Length

Weight

Length

Weight

Length

Weight

20

1270

1270

3305

796

3640

924

4275

1155

3975

916

25

1420

1420

3605

938

3940

1072

4575

1395

4275

1028

30

1570

1570

3605

1064

3940

1211

4575

1549

4275

1194

40

1720

1720

4055

1397

4390

1504

5025

1906

4875

1475

SIZE

50

2020

2020

4055

1684

4390

1824

5025

2359

4875

1801

60

2170

2170

4655

2226

4990

2367

5575

3025

5475

2507

80

2470

2470

4955

2600

5290

2760

6075

3531

5575

2910

100

2270

2270

5255

2835

5610

3038

6375

3272

52

Dimensions in mm. Weights in kg.

aCCeSSORieS

Quick selection matrix

FUNCTION

Shut-off damper

Water coil control

NECESSARY ACCESSORIES

1 x for exhaust air and 1 x for extract air

Valve and valve actuator

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Air cooler, water**

Air cooler, DX***

Combi grille

Timer

Motion sensor

CO

2

Room sensor (digital 1/0)

DVCompact 20

E0-R230K*

DVC-20

RVAZ4 24A

ZTV

ZTR

DVK 20

DX-20N

DVCompact 25

E0-R230K*

DVC-25

RVAZ4 24A

ZTV

ZTR

DVK 25

DX-25N

T 120

IR24-PC

CO

2

RT-DR

T 120

IR24-PC

CO

2

RT-DR

ACCESSORIES

Repeater*

Shut-off damper

Valve actuator

Valve, 2-way

Valve, 3-way

Air cooler, water**

DVCompact 50

E0-R230K*

DVC-50

RVAZ4 24A

ZTV

ZTR

DVK 50

Air cooler, DX***

Combi grille

DX-50N

Timer T 120

Motion sensor

CO

2

Room sensor (digital 1/0)

IR24-PC

CO

2

RT-R-D

* Used when the distance between unit and control panel is more than 10 m.

**** See catalogue "Ventilation products EIII" or www.systemair.se

*** See separate brochure “Rectangular duct cooler DXRE”.

DVCompact 60

E0-R230K*

DVC-60

RVAZ4 24A

ZTV

ZTR

DVK 60

T 120

IR24-PC

CO

2

RT-R-D

COVERAGE

DVC

ZTV/ZTR and RVAZ4 24A

DVCompact 30

E0-R230K*

DVC-30

RVAZ4 24A

ZTV

ZTR

DVK 30

DX-30N

CO

CO

T 120

IR24-PC

2

2

RT-DR

DVCompact 80

E0-R230K*

DVC-80

RVAZ4 24A

ZTV

ZTR

DVK 80

T 120

IR24-PC

RT-R-D

DVCompact 40

E0-R230K*

DVC-40

RVAZ4 24A

ZTV

ZTR

DVK 40

DX-40N

T 120

IR24-PC

CO

2

RT-DR

DVCompact 100

E0-R230K*

DVC-100

RVAZ4 24A

ZTV

ZTR

DVK 100

T 120

IR24-PC

CO

2

RT-R-D

53

Compact air handling units

TiMe

TIME is a range of Plug-and-Play units with a great range of functions, including control equipment. The plug fan units guarantee low sound levels.

The casing is designed as a sandwich construction with 50 mm of rock wool insulation encased between an inner and outer layer of sheet metal.

• Available in 6 different sizes

• Handles airflows of

0.4-4.0 m 3 /s

• Simple to dimension and order

• Short delivery time

• Made of aluzinc sheet metal

• Integrated control system

• 2 heat exchanger types available

• Roof version available

• Selection software

TIME saves time

TIME can be dimensioned and ordered quickly and easily.

Systemair CAD – unit design

It is easy to design and dimension TIME units using our Systemair CAD software.

This helps us to produce the perfect solution for each individual project. Easyto-read documents contain the correct data and drawings can be transferred to

AutoCad. Download Systemair CAD free of charge from www.systemair.se.

Functions

TIME can be fitted with two types of heat recovery unit. The rotating heat exchanger features variable rotor operation, while the plate heat exchanger has a by-pass function.

Heat recovery is extremely efficient and achieves a very high level of quality. The units have maintenance-free supply air and exhaust air dampers, durable bag filters, and highly efficient plug fans.

The fans are available with a directly-connected frequency converter. Both systems have high-efficiency motors for low operating costs.

TIME is also available with a water coil, air cooler for cold water.

Control system – Systemair E28

TIME is supplied with a user-friendly integrated control system, Systemair E28.

Functions can be selected easily using the external control panel called SCP (Systemair Control Panel). SCP can be fitted anywhere and can also be used as a remote control (10 m cable).

Systemair E28 can satisfy the majority of demands made of a modern unit; it has an alarm, time settings, set points and displays the unit’s operational status. The most important operating data is continuously displayed on the screen.

Roof version

TIME is also available in a roof version.

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

50

WORKinG RanGe

The SFP graphs are based on data from the unit combination C1E, equipped with an efficient fan and motor, a rotating heat exchanger, two sections of heating coil, an F7 supply air filter and an F5 extract air filter.

10, 15, 20

0 1000 2000 3000 4000 5000 6000 q v

[m

3

/h]

7000

600

550

500

450

400

350

2,0

2,5

3,0

3,0

3,0

2,5

TIME 10

TIME 15

TIME 20

TIME 25

2,5

2,5

300

250

200

150

1,5

2,0

2,0

1,5

2,0

100

50

0

1,5

1,5

0 x,x

0.25

0.5

= SFP value (Specific Fan Power)

0.75

1.0

1.25

1.5

1.75

q v

[m

3

2.0

/s]

25, 30, 40

600

550

500

450

400

350

300

250

200

150

100

50

0

1.00

4000 x,x

1.25

5000

1.50

6000

1.75

= SFP value (Specific Fan Power)

2,0

1,5

7000

2,5

2.00

3,0

8000

2.25

9000

2,5

10000

3,0

11000 12000

3,0

13000 q v

[m

3

14000

/h]

TIME 25

TIME 30

TIME 40

2,5

2,0

2,0

2.50

1,5

2.75

3.00

3.25

1,5

3.50

3.75

q v

[m

3

4.00

/s]

51

UniT COMBinaTiOnS

Dimensions

TIME

C0

C0A

C1

C1A

C2

C2A

ROTATING HEAT EXCHANGER

TIME

TIME

TIME

TIME

TIME

TIME

C1H/K

TIME

C1H/KA

Weight

Length

Weight

Length

Weight

Length

Weight

Length

Weight

Width

Height

Length

Weight

Length

Weight

Length

Weight

Length

3050

584

2460

533

2600

533

2080

445

2160

507

2300

207

2910

584

10

970

1200

1940

445

Dimensions

TIME

Q0

TIME

Q0A

TIME

Q1

TIME

Q1A

TIME

Q2

TIME

Q2A

TIME

Q1H/K

TIME

PLATE HEAT EXCHANGER

Q1H/KA

Length

Weight

Length

Weight

Length

Weight

Length

Weight

Length

Weight

Width

Height

Length

Weight

Length

Weight

Length

Weight

Dimensions in mm. Weights in kg.

4170

725

3580

677

3720

677

3200

589

3280

651

3420

651

4030

725

10

970

1200

3060

589

52

4470

899

3880

837

4020

837

3500

741

3580

217

3720

817

4330

899

15

1120

1350

3360

741

3050

673

2460

608

2600

608

2080

512

2160

588

2300

588

2910

673

15

1120

1350

1940

512

= outdoor air = supply air

3350

810

2760

725

2900

725

2380

620

2460

701

2600

701

3210

810

20

1270

1500

2240

620

SIZE

3650

1091

2760

819

2900

819

2380

707

2460

795

2600

795

3210

911

25

1420

1650

2240

707

= extract air = exhaust air

3650

1117

3060

997

3200

997

2680

874

2760

971

2900

971

3510

1117

30

1570

1800

2540

874

3950

1295

3360

1155

3500

1155

2980

1026

3060

1135

3200

1135

3810

1295

40

1720

1950

2840

1026

4920

1099

4330

1017

4470

1017

3950

913

4030

993

4170

993

4780

1099

20

1270

1500

3810

913

SIZE

5070

1250

4480

1162

4620

1162

4100

1049

4180

1138

4320

1138

4930

1250

25

1420

1650

3960

1049

5520

1533

4930

1417

5070

1418

4700

1485

4630

1392

4770

1392

5380

1533

30

1570

1800

4410

1294

5670

1766

5080

1630

5220

1630

4700

1501

4780

1611

4920

1611

5530

1766

40

1720

1950

4560

1501

TIME

C0T

ROTATING HEAT EXCHANGER,

ROOF VERSION

Dimensions

Width

Height

Length

TIME

C0YT

Weight

Length

TIME

C1T

Weight

Length

TIME

C1YT

Weight

Length

TIME

C2T

Weight

Length

TIME

C2YT

Weight

Length

TIME

C1H/KT

Weight

Length

TIME

C1YH/KT

Weight

Length

Weight

3660

802

2690

636

3210

724

2910

682

3140

715

2760

656

2390

576

10

970

1222

2240

551

3810

878

2690

717

3360

782

2910

715

2390

657

3060

742

3140

813

15

1120

1372

2240

631

4260

1091

2990

854

3810

978

3360

899

2690

810

3510

934

3440

968

20

1270

1522

2540

774

SIZE

4260

1230

2990

962

3810

1095

3360

1008

2690

919

3510

1053

3440

1098

25

1420

1672

2540

876

5160

1666

3590

1310

4710

1498

4260

1374

3290

1260

4410

1434

4040

1479

40

1720

1972

3140

1202

4710

1470

3290

1148

4260

1303

3810

1208

2990

1099

3960

1254

3740

1302

30

1570

1822

2840

1053

Dimensions in mm. Weights in kg.

53

Modular air handling units dV

DV is a range of units constructed as modules, which offers numerous design options. Units can be constructed as separate supply air and extract air units or as a complete system with a rotating, cross-flow heat exchanger or run around coils.

The plug fan units guarantee low sound levels.

• Available in 14 different sizes

• Handles airflows of

0.4-24 m

3

/s

• Large number of combinations

• 4 fan options

• 3 heat exchanger options

• Disc-Lock system for easy assembly of sections

• Made of aluzinc sheet metal

• Can be supplied with control system

• Selection software

Combination options

The DV unit includes a number of well- dimensioned functions. You can choose between various systems for heat recovery and several types of fan and filter. Different types of heating coil and air cooler, etc.

That is why so many different versions of

DV units are available, from the simple unit with few functions to the advanced ventilation unit.

The unit housing

The DV units are built to last. In order to ensure that the unit housing is of a quality that adheres to the high standards of the functions, we have chosen to use frames and panels made from top-quality corrosion-resistant aluzinc sheets, AZ185. Sheet steel coated with aluzinc AZ185 provides corrosion resistance equivalent to class C4 as per EN ISO 12944-2.

Fans

Belt-driven centrifugal fans with various high-efficiency impellers. The direct-drive plug fans ensure low sound levels at low frequencies.

Heat exchanger

The DV units can be supplied with 3 types of heat exchanger: a rotating heat exchanger with high efficiency and a moisture recovery option, a plate heat exchanger for separation of the supply air and extract air flows with the option to choose a corrosion-resistant heat exchanger, or a heat exchanger with run around coils for supply air and extract air in separate locations.

Control system – Systemair E28

DV can be ordered with the Systemair E28 control system.

Roof version

Sizes 10-150 are also available as outdoor units with two different roof solutions, polyester-reinforced bitumen roof or corrugated sheet metal roof of aluzinc. The roof units are supplied assembled on base frames.

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

WORKinG RanGe

The SFP graphs are based on data from the unit combination C1E, equipped with an efficient fan and motor, a rotating heat exchanger, two sections of heating coil, an F7 supply air filter, an F5 extract air filter, and supply air and extract air dampers.

10, 15, 20, 25

2000 q v

[m

3

/h]

9000

600

0 1000 3000 4000 5000 6000 7000 8000

550

500

450

400

2,5

3,0

3,0

2,5

3,0

3,0

2,5

DV 10

DV 15

DV 20

DV 25

DV 30

350

300

250

200

2,0

1,5

150

100

50

2,0

2,5

2,0

2,5

2,0

1,5

1,5 1,5

2,0

1,5

0

0 x,x

0.25

0.5

= SFP value (Specific Fan Power)

0.75

1.0

1.25

1.5

1.75

2.0

2.25

q v

[m

3

2.5

/s]

54

30, 40, 50, 60

5000

600

550

500

450

400

350

300

250

200

150

100

50

0

1.0

x,x

1.5

2.0

= SFP value (Specific Fan Power)

1,5

2.5

2,0

10000

2,5

3,0

3.0

1,5

3,0

3.5

2,0

4.0

1,5

15000

3,0

2,5

2,0

2,5

4.5

80, 100, 120

20000 25000

600

550

500

450

400

350

300

250

200

150

100

50

0

2,0

2,5

1,5

3,0

5 x,x

6

= SFP value (Specific Fan Power)

7

150, 190, 240

40000

1,5

2,0

2,5

3,0

50000

600

550

500

450

400

350

300

250

200

150

100

50

0

10 12 x,x

= SFP value (Specific Fan Power)

14

2,0

1,5

16

2,5

60000

3,0

18

70000

1,5

20

2,0

5.0

1,5

3,0

2,5

2,5

20000 q v

[m

3

/h]

DV 30

DV 40

DV 50

DV 60

DV 80

2,0

2,0

1,5

5.5

q v

[m

3

6.0

/s]

8

1,5

30000

2,0

2,5

3,0

9

1,5

35000

3,0

2,5

2,5

40000

3,0 q v

[m

3

/h]

DV 80

DV 100

DV 120

DV 150

2,0

2,0

1,5

10 11 q v

[m

3

12

/s]

2,5

80000

3,0 q v

[m

3

/h]

DV 150

DV 190

DV 240

22 q v

[m

3

24

/s]

55

UniT VeRSiOnS WiTh dVe PlUG FanS

In order to facilitate the work of designing an air handling unit based on the numerous options available, we have provided specifications for the most common unit combinations for units with

DVE plug fans.

These examples should help to speed up the process of designing your preferred units with the right functions. Choose the unit version that best matches your preferences and then add or remove functions as required.

= outdoor air = supply air = extract air = exhaust air

ROTATING HEAT EXCHANGER

Standard

10 15 20 25 30 40 50

SIZE

60 80 100 120 150 190 240

Width

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890 3190 3490

Rotating heat exchanger

1)

Double unit (2-storey)

C1E

Width

Height

Length

2)

970

2160

1120

2160

1270

1420

2460 2460

1570

1720

2760 3060

2020

2910

3280

2320

3210

2520 2890 3040 3720

2240 2540 2840 3140

4020

3440 4340 4940

3960 4260 4560 5010 5530

C2E

Weight

430 520 660 760 920 1100 1470 1980 2140 2630 3250 3990 6290 7610

Length

2910 2910 3210 3210 3510 3810 3660 4030 4030 4930 5230 5530 5980 6430

C3E

C4E

Weight

500 610 770 870 1080 1270 1690 2250 2470 3050 3890 4690 7220 8600

Length 2680 2680 3130 3130 3430 3880 4030 4400 4400 5450 5900 6200 6430 7100

Weight

480 580 730 810 1010 1220 1700 2230 2480 3160 3870 4660 6870 8280

Length 3430 3430 3880 3880 4180 4630 4780 5220 5220 6420 7020 7170 7400 8000

C5E

C6E

Weight

550 660 840 920 1180 1380 1850 2410 2670 3370 4280 5060 7790 9170

Length 2680 2680 3130 3130 3430 3880 3730 4100 4100 5080 5380 5680 6430 7100

Weight

480 570 720 800 1010 1220 1630 2120 2330 2970 3620 4390 6860 8280

Length 3430 3430 3880 3880 4180 4630 4480 4850 4850 6050 6350 6650 7400 8000

Weight

550 660 840 920 1180 1380 1850 2410 2670 3370 4280 5060 7790 9170

SIZE

PLATE HEAT EXCHANGER

10 15 20 25 30 40 50 60 80 100 120 150

Width

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890

Double unit (2-storey)

Q1E

Height 2)

Length

970 1120 1270 1420 1570 1720 2020 2240 2540 2840 3140 3440

3210 3580 4030 4330 4780 5080 5230 5460 5230 5910 6960 7260

Weight

570 760 940 1130 1370 1640 2300 2550 2610 3210 4200 5130

Q2E

Length 3960 4330 4780 5080 5530 5830 5980 6210 5980 6880 7930 8230

Weight

660 850 1060 1260 1540 1810 2520 2880 2910 3660 4870 5790

Q3E

Length 3800 4100 4700 5000 5450 5900 6050 6280 6280 7330 8380 8680

Weight

650 820 1030 1140 1470 1760 2480 2720 2840 3620 4600 5550

Q4E

Length 4550 4850 5450 5750 6200 6650 6800 7030 6800 8000 9050 9350

Weight

720 900 1140 1310 1630 1930 2720 3030 3130 3980 5150 6130

Q5E

Length 3800 4100 4700 5000 5450 5900 6050 6280 6130 7030 8080 8680

Weight

640 810 1020 1170 1480 1750 2460 2700 2890 3690 4690 5840

Q6E

Length 4550 4850 5450 5750 6200 6650 6800 7100 6800 8000 9050 9350

Weight

720 900 1140 1300 1620 1920 2700 3030 3200 4120 5320 6380

Dimensions in mm. Weights in kg.

1)

The casing protrudes an equal distance on both sides.

2)

For DV 10-150 = height excluding base frame DVZ, For DV 190-240 = height including base frame DVZ.

56

LIQUID-COUPLED

HEAT EXCHANGERS

SIZE

10 15 20 25 30 40 50 60 80 100 120 150 190 240

Width

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890 3190 3490

Single unit (1-storey)

Double unit (2-storey)

R1E

Height

2)

Height 2)

520

970

595

1120

670

1270

745

1420

820

1570

895

1720

1045

2020

Length 2540 2540 2690 2690 2840 2990 2990

1120

2240 2540 2840

3140

1270

3140

1420 1570

3140

3590 3890

1720

3440 4340 4940

4110

2170

5010

2470

5230

Weight

580 700 840 990 1170 1420 1980 2240 2460 2990 3800 4580 6290 7420

R2E

Length 3360 3360 3510 3510 3660 3810 3810 3960 3960 4560 4860 5010 5910 6060

Weight

680 820 980 1150 1360 1620 2220 2550 2790 3510 4340 5170 7050 8270

SUPPLY AIR UNITS

10 15 20 25 30 40 50

SIZE

60 80 100 120 150 190 240

Width

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890 3190 3490

Single unit (1-storey)

Height 2)

520 595 670 745 820 895 1045 1120 1270 1420 1570 1720 2170 2470

Double unit (2-storey)

Height

2)

970 1120 1270 1420 1570 1720 2020 2240 2540 2840 3140 3440 4340 4940

S1E

Length

1940 1940 2090 2090 2240 2390 2240 2390 2390 2690 2990 3140 4040 4260

S2E

Weight

220 260 320 370 430 510 700 800 880 1100 1400 1700 2250 2820

Length 2690 2690 2840 2840 2990 3140 2990 3140 3140 3590 3960 4110 5010 5160

S3E

S4E

Weight

310 370 450 520 620 730 960 1110 1230 1490 2020 2320 3170 3720

Length

1940 1940 2090 2090 2240 2390 2240 2390 2390 2690 2990 3140 4040 4260

Weight

340 400 500 580 690 830 1140 1320 1440 1790 2350 2800 3690 4560

Length 2690 2690 2840 2340 2990 3140 2990 3140 3140 3590 3960 4110 5010 5160

Weight

430 510 630 730 870 1040 1400 1630 1790 2180 2960 3410 4610 5460

UNITS WITH MIXING SECTION

Single unit (1-storey)

Double unit (2-storey)

M1E

Width

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890 3190 3490

Height

2)

520 595 670 745 820 895 1045 1120 1270 1420 1570 1720 2170 2470

Height 2)

970 1120 1270 1420 1570 1720 2020 2240 2540 2840 3140 3440 4340 4940

Length

10 15 20 25 30 40 50

SIZE

60 80 100 120 150 190 240

2240 2240 2390 2390 2540 2840 2690 2840 2990 3660 3810 3960 4410 5080

Weight

250 280 350 390 470 560 800 900 1000 1300 1560 1900 2320 3040

M2E

Length 3060 3060 3210 3210 3360 3660 3510 3660 3810 4410 4560 4710 5380 5980

Weight

330 400 480 560 640 780 1050 1180 1320 1660 2140 2460 3250 3940

M3E

Length 3580 3580 3880 3880 4180 4780 4480 4780 5080 5980 6350 6650 7550 8820

Weight

390 450 560 620 760 940 1270 1470 1630 2060 2660 3150 3930 5100

M4E

Length 4400 4400 4700 4700 5000 5600 5300 5600 5900 6950 7250 7620 8520 9720

Weight

480 560 690 790 940 1150 1550 1760 1960 2530 3250 3800 4850 6000

M5E

Length

2610 2610 2910 2910 3210 3660 3360 2990 2990 3590 3810 3960 4710 5080

Weight

360 430 530 580 750 910 1220 1360 1520 1950 2510 2990 4190 5150

M6E

Length 3430 3430 3730 3730 4030 4480 4180 3810 3880 4630 4780 4860 5680 5980

Weight

460 540 670 730 930 1150 1480 1650 1880 2430 3150 3570 5110 6050

Dimensions in mm. Weights in kg.

1)

The casing protrudes an equal distance on both sides.

2)

For DV 10-150 = height excluding base frame DVZ, For DV 190-240 = height including base frame DVZ.

57

UniT VeRSiOnS WiTh dVV Radial FanS

In order to facilitate the work of designing an air handling unit based on the numerous options available, we have provided specifications for the most common unit combinations for units with

DVV radial fans.

These examples should help to speed up the process of designing your preferred unit with the right functions. Choose the unit version that best matches your preferences and then add or remove functions as required.

= outdoor air = supply air = extract air = exhaust air

ROTATING HEAT EXCHANGER

Standard

Rotating heat exchanger

1)

Double unit (2-storey)

C1V

Width

Width

Height 2)

SIZE

10 15 20 25 30 40 50 60 80 100 120 150

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890

970 1120 1270 1420 1570 1720 2020 2240

2320

2540

2520

2840

2890

3140

3040

3440

Length

2090 2090 2090 2390 2390 2690 3140 3210 3510 4110 4560 4710

C2V

Weight

450 550 640 780 900 1110 1590 2040 2330 2860 3450 4010

Length

2910 2910 2910 3210 3210 3510 3960 4030 4330 4930 5530 5830

C3V

Weight

580 700 830 970 1120 1350 1920 2350 2650 3300 4020 4670

Length

2610 2610 2760 3060 3060 3510 3960 4030 4330 5230 5680 5830

C4V

C5V

Weight

510 600 730 840 990 1230 1760 2180 2530 3210 3820 4400

Length

3430 3430 3580 3880 3880 4330 4780 4850 5150 6050 6500 6950

Weight

640 760 910 1030 1220 1480 2100 2500 2860 3680 4410 5110

Length

2610 2610 2760 3060 3060 3510 3960 4030 4330 5230 5680 5980

C6V

Weight

500 600 730 850 990 1230 1760 2180 2530 3210 3820 4390

Length

3430 3430 3580 3880 3880 4330 4780 4850 5150 6050 6650 6650

Weight

630 750 910 1030 1210 1480 2100 2510 2860 3680 4410 5110

Double unit (2-storey)

Q1V

PLATE HEAT EXCHANGER

Width

Height 2)

10

970

970

15

1120

1120

20

1270

1270

25

1420

1420

30

1570

1570

40

1720

1720

SIZE

50

2020

2020

60

2170

2240

80

2170

2540

100

2370

2840

120

2590

3140

150

2890

3440

Length

3210 3510 3660 4260 4410 4410 5010 5460 5460 6060 7260 7560

Weight

610 780 940 1160 1330 1580 2320 2640 2750 3430 4337 5110

Q2V

Length

4030 4330 4480 5080 5230 5230 5830 6280 6280 6880 8080 8230

Weight

740 940 1120 1340 1550 1790 2630 2950 3070 3830 4820 5580

Q3V

Length

3730 4030 4330 4930 5080 5230 5830 6280 6280 7180 8380 8680

Weight

670 840 1030 1220 1430 1700 2500 2820 2960 3770 4650 5460

Q4V

Length

4550 4850 5150 5750 5900 6050 6650 7100 7100 8000 9200 9350

Weight

790 990 1210 1400 1640 1910 2810 3100 3250 4170 5140 5940

Q5V

Length

3730 4030 4330 4930 5080 5680 6350 6800 6280 7180 8380 8680

Weight

660 840 1030 1220 1420 1770 2680 3000 3050 3920 4890 5730

Q6V

Length

4550 4850 5150 5750 5900 6500 7170 7550 7100 8000 9200 9350

Weight

790 990 1200 1400 1640 1980 2970 3250 3350 4320 5400 6230

1

Dimensions in mm. Weights in kg.

)

The casing protrudes an equal distance on both sides.

2)

Height excludes DVZ base frame.

58

Single unit (1-storey)

Double unit (2-storey)

R1V

LIQUID-COUPLED

HEAT EXCHANGERS

Width

Height

2)

Height 2)

SIZE

10 15 20 25 30 40 50 60 80 100 120 150

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890

520

970

595

1120

670

1270

745

1420

820

1570

895

1720

1045

2020

1120

2240

1270

2540

1420

2840

1570

3140

1720

3440

Length

2690 2690 2690 2840 2840 2990 3140 3140 3290 3740 4040 4190

Weight

630 770 870 1050 1200 1460 2120 2370 2630 3200 3840 4540

R2V

Length

3510 3510 3510 3660 3660 3810 3960 3960 4110 4710 5010 5160

Weight

720 880 1020 1200 1380 1620 2360 2650 2970 3610 4390 5180

Single unit (1-storey)

Double unit (2-storey)

S1V

SUPPLY AIR UNITS

Width

Height 2)

Height

2)

10

970 1120 1270 1420 1570 1720 2020 2170 2170 2370 2590 2890

520

970

15

595

1120

20

670

1270

25

745

1420

30

820

1570

40

895

1720

SIZE

50

1045

2020

60

1120

2240

80

1270

2540

100

1420

2840

120

1570

3140

150

1720

3440

Length

1940 1940 1940 2090 2090 2240 2390 2390 2540 2840 3290 3440

S2V

Weight

240 280 320 380 440 520 750 840 960 1240 1470 1710

Length

2760 2760 2760 2910 2910 3060 3210 3210 3360 3660 4260 4540

S3V

S4V

Weight

330 390 460 540 610 720 1020 1150 1300 1630 1990 2320

Length

1940 1940 1940 2090 2090 2240 2390 2390 2540 2840 3290 3440

Weight

370 450 500 610 700 870 1240 1400 1590 2070 2480 2890

Length

2610 2760 2760 2910 2910 3060 3210 3210 3360 3660 4260 4340

Weight

460 560 640 770 880 1060 1510 1710 1930 2460 3000 3500

UNITS WITH MIXING SECTION

Single unit (1-storey)

Double unit (2-storey)

M1V

Width

Height

2)

Height 2)

10

970

520

970

15

1120

595

1120

20

1270

670

1270

25

1420

745

1420

30

1570

820

1570

40

1720

895

1720

SIZE

50

2020

1045

2020

60

2170

1120

2240

80

2170

1270

2540

100

2370

1420

2840

120

2590

1570

3140

150

2890

1720

3440

Length

2090 2240 2240 2390 2390 2690 2840 2840 3140 3660 3810 4110

Weight

350 430 490 580 650 800 1100 1230 1400 1750 2140 2510

M2V

Length

3060 3060 3060 3210 3210 3510 3660 3660 3960 4410 4710 4560

Weight

330 400 480 560 640 780 1050 1180 1320 1660 2140 2460

M3V

Length

3430 3580 3580 3880 3880 4480 4780 4780 5380 6350 6800 7100

Weight

430 490 570 660 780 980 1400 1550 1790 2420 2810 3260

M4V

Length

4250 4400 4400 4700 4700 5300 5600 5600 6200 7100 7700 8000

Weight

520 610 700 820 940 1190 1660 1850 2120 2800 3330 3890

M5V

Length

2310 2460 2610 2760 2910 3060 3660 3060 3210 3810 4110 4260

Weight

380 450 540 620 740 910 1340 1460 1680 2260 2650 3090

M6V

Length

3280 3280 3430 3730 3730 4180 4330 3810 3960 4630 5080 5160

Weight

480 570 680 760 920 1150 1580 1730 2000 2670 3200 3720

Dimensions in mm. Weights in kg.

2)

Height excludes DVZ base frame.

59

Modular air handling units nB

NB is probably the most flexible unit on the market when it comes to design. As we do not have standard unit combinations, units can be adapted to suit customer requirements.

• Available in 15 different sizes

• Handles airflows of

500-90 000 m 3 /h

• For use with low, intermediate or high air pressure systems.

• Heating and cooling units

• Extensive range of filters

• Heat recovery sections

• Two different types of air humidifier unit housing

The unit housing is made from galvanised sheet steel and sandwiched panels. The outside of the unit housing has a stoveenamelled surface in our characteristic blue colour.

Panels are available in two different versions:

• 25 mm – which is the standard version.

The panels are attached directly to the framework.

• 50 mm – which satisfies demands when more effective heat insulation is required.

These panels are attached to a frame made from 70x70 mm profiled aluminium sections.

All panels are filled with injected polyurethane insulation foam, which has excellent heat and sound-insulating properties.

Rockwool panels are optional.

Range and software

Detailed information on NB units is available in our NB catalogue and product selection software. Both are easy to use and are available from your nearest Systemair office.

Information on functions can be found on page 66. Information on control equipment can be found on page 72. Please visit our website www.systemair.com for more detailed technical information in the form of our online catalogue, computer software and PDF documents!

WORKinG RanGe

2, 3, 5, 8

600

550

500

450

400

350

300

250

200

150

100

50

0

1000

3,0

2,5

2,0

1,5

2000 3000

3,0

2,5

2,0

1,5

0.2

x,x

0.4

0.6

0.8

= SFP value (Specific Fan Power)

1.0

4000

1.2

5000

1.4

3,0

2,5

2,0

1,5

1.6

6000

1.8

7000

2.0

8000

2,5

2,0

1,5

9000

2,5

2,0

1,5

10000 q v

[m

3

/h]

NB2

NB3

NB5

NB8

NB11

2.2

2.4

2.6

2.8

q v

[m

3

3.0

/s]

60

11, 15, 18, 23

8000 10000

3,0

2,5

2,0

1,5

12000

600

550

500

450

400

350

300

250

200

150

100

50

0

2.0

x,x

2.5

3.0

3.5

= SFP value (Specific Fan Power)

14000

4.0

2,5

2,0

1,5

16000

4.5

18000 20000

2,5

22000 24000

2,5

2,0

2,5

26000 q v

[m

3

/h]

28000

NB11

NB15

NB18

NB23

NB29

2,0

1,5

2,0

1,5

1,5

5.0

5.5

6.0

6.5

7.0

7.5

q v

[m

3

8.0

/s]

29, 35, 42, 49

20000

2,5

2,0

1,5

25000

2,5

2,0

1,5

30000

600

550

500

450

400

350

300

250

200

150

100

50

0

5 x,x

6 7 8

= SFP value (Specific Fan Power)

9

35000

10

40000

11 12

45000

2,5

2,0

1,5

13

50000

14

2,5

2,0

1,5

15

55000

2,5

16

60000 q v

[m

3

/h]

NB29

NB35

NB42

NB49

NB55

2,0

1,5

17 q v

[m

3

18

/s]

55, 62, 70 x,x

600

550

500

450

400

350

300

250

200

150

100

50

0

50000

2,5

2,0

1,5

13 14 15

= SFP value (Specific Fan Power)

55000

16

60000

17

2,5

2,0

1,5

65000

18 19

70000

2,5

2,0

20

1,5

75000

3,0

21

800 00

22 q v

[m

3

/h]

85000

NB55

NB62

NB70

23 q v

[m

3

24

/s]

61

UniT VeRSiOnS WiTh CenTRiFUGal FanS

In order to facilitate the work of designing an air handling unit based on the numerous options available, we have provided specifications for the most common unit combinations.

These examples should help to speed up the process of designing your preferred unit with the right functions. Choose the unit version that best matches your preferences and then add or remove functions as required.

= outdoor air = supply air = extract air = exhaust air

C1V

ROTATING HEAT EXCHANGER

Panel 25

Panel 50

Width

Height 1)

Width

Height

1)

SIZE

2 3 5 8 11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

1170 1520 1560 2260 2260 2960 2960 2980 3680 4380 4380 4380 4380 4380 4380

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

1270 1620 1660 2360 2360 3060 3060 3060 3760 4460 4460 4460 4460 4460 4460

Panel

25

Length

2860 2860 2880 2880 3230 3230 3580 3940 4290 4640 4640 4990 5340 5340 5340

Weight

2)

481 576 813 1051 1289 1575 1852 2629 3105 3535 4891 5470 6030 6590 7150

C2V

C3V

C4V

C5V

C6V

Panel

50

Length

2940 2940 2940 2940 3290 3290 3640 3990 4340 4690 4690 5040 5390 5390 5390

Weight

2)

553 615 849 1098 1347 1644 1932 2693 3181 3622 5012 5605 6178 6751 7324

Panel

25

Length

2860 3035 3230 3405 3755 3755 4105 4465 4815 5165 5165 5515 5865 5865 5865

Weight

2)

549 658 917 1194 1453 1775 2074 2920 3450 3932 5321 5934 6529 7124 7719

Panel

50

Length

2940 3115 3290 3465 3815 3815 4165 4515 4865 5215 5215 5565 5915 5915 5915

Weight

2)

608 704 959 1248 1518 1861 2164 2992 3535 4029 5452 6080 6689 7298 7907

Panel

25

Length

3035 3035 3230 3405 3930 3930 4280 4815 5165 5690 6215 6565 6915 6915 6915

Weight

2)

519 622 878 1135 1392 1701 2000 2839 3353 3818 5282 5908 6512 7117 7722

Panel

50

Length

3115 3115 3290 3465 3990 3990 4340 4865 5215 5740 6265 6615 6965 6965 6965

Weight

2)

597 664 917 1186 1455 1776 2087 2908 3435 3912 5413 6053 6672 7291 7910

Panel

25

Length

3210 3385 3755 3930 4455 4455 4805 5340 5690 6215 6740 7090 7440 7440 7440

Weight

2)

593 711 990 1290 1569 1917 2240 3154 3726 4247 5747 6409 7051 7694 8337

Panel

50

Length

3290 3465 3815 3990 4515 4515 4865 5390 5740 6265 6790 7140 7490 7490 7490

Weight

2)

657 760 1036 1348 1639 2010 2337 3231 3818 4351 5888 6566 7224 7882 8540

Panel

25

Length

3035 3035 3230 3405 3930 3930 4280 4815 5165 5690 6215 6565 6915 6915 6915

Weight

2)

510 611 862 1114 1366 1670 1963 2787 3291 3747 5184 5798 6392 6985 7579

Panel

50

Length

3115 3115 3290 3465 3990 3990 4340 4865 5215 5740 6265 6615 6965 6965 6965

Weight

2)

586 652 900 1164 1428 1743 2048 2855 3372 3839 5313 5941 6549 7156 7763

Panel

25

Length

3210 3385 3755 3930 4455 4455 4805 5340 5690 6215 6740 7090 7440 7440 7440

Weight

2)

582 697 972 1266 1540 1882 2198 3095 3657 4168 5640 6290 6921 7551 8182

Panel

50

Length

3290 3465 3815 3990 4515 4515 4865 5390 5740 6265 6790 7140 7490 7490 7490

Weight

2)

644 746 1017 1323 1609 1973 2294 3172 3747 4271 5779 6445 7090 7736 8381

Dimensions in mm. Weights in kg.

1)

Does not include the height of the metal frame.

2)

Does not include the weight of the metal frame.

62

Q1V

PLATE HEAT EXCHANGER

Panel 25

Panel 50

Width

Height 1)

Width

Height

1)

SIZE

2 3 5 8 11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

1170 1520 1560 2260 2260 2960 2960 2980 3680 4380 4380 4380 4380 4380 4380

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

1270 1620 1660 2360 2360 3060 3060 3060 3760 4460 4460 4460 4460 4460 4460

Panel

25

Length

2860 3035 3055 3230 3930 4280 4630 5165 5690 6040 6565 7090 7440 7440 7440

Weight

2)

553 662 935 1209 1482 1811 2130 3023 3571 4065 5625 6291 6935 7579 8223

Q2V

Q3V

Q4V

Q5V

Q6V

Panel

50

Length

3080 3255 3255 3430 4130 4480 4830 5355 5880 6230 6755 7280 7630 7630 7630

Weight

2)

636 707 976 1263 1549 1891 2222 3097 3658 4165 5764 6446 7105 7764 8423

Panel

25

Length

3035 3385 3580 3755 4455 4805 5155 5690 6215 6565 7090 7615 7965 7965 7965

Weight

2)

631 757 1055 1373 1671 2041 2385 3358 3968 4522 6119 6824 7508 8193 8877

Panel

50

Length

3115 3465 3640 3815 4515 4865 5215 5740 6265 6615 7140 7665 8015 8015 8015

Weight

2)

699 810 1103 1435 1746 2140 2489 3441 4065 4633 6270 6992 7692 8393 9093

Panel

25

Length

3035 3210 3405 3755 4630 4980 5330 6040 6565 7090 8140 8665 9015 9015 9015

Weight

2)

597 715 1010 1305 1601 1956 2300 3265 3856 4390 6075 6794 7489 8185 8880

Panel

50

Length

3115 3290 3465 3815 4690 5040 5390 6090 6615 7140 8190 8715 9065 9065 9065

Weight

2)

687 764 1054 1364 1673 2042 2400 3345 3951 4499 6225 6961 7673 8385 9096

Panel

25

Length

3210 3560 3930 4280 5155 5505 5855 6565 7090 7615 8665 9190 9540 9540 9540

Weight

2)

682 817 1139 1483 1805 2205 2576 3627 4285 4884 6609 7370 8109 8848 9587

Panel

50

Length

3290 3640 3990 4340 5215 5565 5915 6615 7140 7665 8715 9240 9590 9590 9590

Weight

2)

755 874 1191 1550 1885 2311 2688 3716 4390 5004 6771 7551 8308 9064 9820

Panel

25

Length

3035 3210 3405 3755 4630 4980 5330 6040 6565 7090 8140 8665 9015 9015 9015

Weight

2)

586 702 991 1281 1571 1920 2258 3205 3785 4309 5962 6668 7351 8033 8716

Panel

50

Length

3115 3290 3465 3815 4690 5040 5390 6090 6615 7140 8190 8715 9065 9065 9065

Weight

2)

674 750 1035 1338 1642 2004 2355 3283 3878 4415 6110 6832 7531 8229 8928

Panel

25

Length

3210 3560 3930 4280 5155 5505 5855 6565 7090 7615 8665 9190 9540 9540 9540

Weight

2)

669 802 1118 1455 1771 2164 2528 3559 4206 4793 6486 7234 7959 8684 9409

Panel

50

Length

3290 3640 3990 4340 5215 5565 5915 6615 7140 7665 8715 9240 9590 9590 9590

Weight

2)

741 858 1169 1521 1850 2269 2638 3647 4309 4911 6646 7412 8154 8896 9639

Dimensions in mm. Weights in kg.

1)

Does not include the height of the metal frame.

2)

Does not include the weight of the metal frame.

63

LIQUID-COUPLED HEAT EXCHANGERS

Panel 25

Panel 50

Width

Height 1)

Width

Height 1)

2 3 5 8

SIZE

11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

1170 1520 1560 2260 2260 2960 2960 2980 3680 4380 4380 4380 4380 4380 4380

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

1270 1620 1660 2360 2360 3060 3060 3060 3760 4460 4460 4460 4460 4460 4460

R1V

Panel

25

Length

2160 2335 2530 2705 3055 3055 3230 3590 3765 3940 3940 4115 4290 4290 4290

Weight

2)

483 579 794 1045 1297 1488 1849 2706 3184 3666 4439 4975 5539 6103 6670

R2V

Panel

50

Length

2240 2415 2590 2765 3115 3115 3290 3640 3815 3990 3990 4165 4340 4340 4340

Weight

2)

529 619 829 1091 1355 1653 1930 2775 3260 3756 4548 5098 5675 6252 6829

Panel

25

Length

2685 2860 3055 3230 3580 3580 3755 4115 4290 4465 4465 4640 4815 4815 4815

Weight

2)

551 662 898 1187 1461 1688 2071 2997 3529 4062 4868 5439 6038 6637 7236

Panel

50

Length

2765 2940 3115 3290 3640 3640 3815 4165 4340 4515 4515 4690 4865 4865 4865

Weight 2)

610 707 939 1241 1526 1865 2161 3071 3616 4162 4988 5572 6187 6802 7417

Panel 25

Panel 50

S1V

S2V

Panel 25

Panel 50

S3V

SUPPLY AIR UNITS

Width

Height 1)

Width

Height

1)

2 3 5 8

SIZE

11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

585 760 780 1130 1130 1480 1480 1490 1840 2190 2190 2190 2190 2190 2190

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

635 810 830 1180 1180 1530 1530 1530 1880 2230 2230 2230 2230 2230 2230

Panel

25

Length

1810 1985 2180 2355 2705 2705 2880 3240 3415 3590 3590 3765 3940 3940 3940

Weight

2)

207 243 338 449 570 700 827 1207 1424 1645 2024 2281 2552 2823 3064

Panel

50

Length

1890 2065 2240 2415 2765 2765 2940 3290 3465 3640 3640 3815 3990 3990 3990

Weight

2)

221 265 360 471 592 722 849 1237 1454 1675 2054 2311 2582 2853 3124

Panel

25

Length

2335 2510 2705 2880 3230 3230 3405 3765 3940 4115 4115 4290 4465 4465 4465

Weight

2)

276 326 441 592 735 903 1053 1499 1755 2028 2441 2733 3040 3347 3654

Panel

50

Length

2415 2590 2765 2940 3290 3290 3465 3815 3990 4165 4165 4340 4515 4515 4515

Weight

2)

295 354 469 620 763 931 1081 1535 1808 2080 2494 2786 3093 3400 3707

Width

Height 1)

Width

Height 1)

2 3 5 8

SIZE

11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

1170 1520 1560 2260 2260 2960 2960 2980 3680 4380 4380 4380 4380 4380 4380

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

1270 1620 1660 2360 2360 3060 3060 3060 3760 4460 4460 4460 4460 4460 4460

Panel

25

Length

1810 1985 2180 2355 2705 2705 2880 3240 3415 3590 3590 3765 3940 3940 3940

Weight 2)

333 393 555 740 946 1147 1362 1969 2311 2678 3359 3804 4271 4758 5192

S4V

Panel

50

Length

1890 2065 2240 2415 2765 2765 2940 3290 3465 3640 3640 3815 3990 3990 3990

Weight 2)

357 430 592 777 983 1184 1399 2019 2381 2748 3428 3874 4347 4828 5309

Panel

25

Length

2335 2510 2705 2880 3230 3230 3405 3765 3940 4115 4115 4290 4465 4465 4465

Weight 2)

402 476 658 883 1111 1350 1588 2261 2642 3061 3776 4256 4759 5282 5782

Panel

50

Length

2415 2590 2765 2940 3290 3290 3465 3815 3990 4165 4165 4340 4515 4515 4515

Weight 2)

431 519 701 926 1154 1393 1631 2317 2735 3153 3868 4349 4858 5375 5892

Dimensions in mm. Weights in kg.

1)

Does not include the height of the metal frame.

2)

Does not include the weight of the metal frame.

64

M1V

UNITS WITH MIXING SECTION

Panel 25

Panel 50

Width

Height 1)

Width

Height 1)

2 3 5 8

SIZE

11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

585 760 780 1130 1130 1480 1480 1490 1840 2190 2190 2190 2190 2190 2190

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

635 810 830 1180 1180 1530 1530 1530 1880 2230 2230 2230 2230 2230 2230

Panel

25

Length

1810 1985 2180 2355 2705 2705 2880 3240 3415 3765 3940 4115 4290 4290 4290

Weight

2)

215 254 361 467 606 729 862 1273 1469 1716 2135 2403 2685 2967 3234

M2V

M3V

M4V

Panel 25

Panel 50

M5V

Panel

50

Length

1890 2065 2240 2415 2765 2765 2940 3290 3465 3815 3990 4165 4340 4340 4340

Weight

2)

229 276 383 489 628 751 884 1304 1514 1761 2180 2448 2730 3012 3294

Panel

25

Length

2335 2510 2705 2880 3230 3230 3405 3765 3940 4290 4465 4640 4815 4815 4815

Weight

2)

283 341 472 610 765 920 1069 1564 1823 2115 2557 2852 3178 3497 3816

Panel

50

Length

2415 2590 2765 2940 3290 3290 3465 3815 3990 4340 4515 4690 4865 4865 4865

Weight 2)

303 372 493 638 799 960 1116 1603 1868 2167 2620 2922 3241 3560 3879

Panel

25

Length

2685 3210 3580 3930 4630 4630 4980 5690 6390 6740 7090 7790 8140 8140 8140

Weight 2)

339 416 512 734 960 1138 1347 2037 2403 2767 3513 4013 4495 4822 5149

Panel

50

Length

2765 3290 3640 3990 4690 4690 5040 5740 6440 6790 7140 7840 8190 8190 8190

Weight 2)

362 445 606 766 1003 1188 1405 2087 2462 2835 3599 4111 4605 5177 5504

Panel

25

Length

3150 3675 4025 4375 5075 5075 5425 6125 6825 7175 7525 8225 8575 8575 8575

Weight 2)

408 499 617 877 1124 1338 1569 2329 2748 3163 3942 4477 4944 5323 5650

Panel

50

Length

3290 3815 4165 4515 5215 5215 5565 6265 6965 7315 7665 8365 8715 8715 8715

Weight 2)

436 533 715 916 1175 1396 1637 2410 2816 3241 4039 4586 5117 5464 5791

Width

Height 1)

Width

Height

1)

2 3 5 8

SIZE

11 15 18 23 29 35 42 49 55 62 70

760 760 1130 1130 1480 1480 1830 2190 2190 2190 2540 2890 3240 3590 3940

1170 1520 1560 2260 2260 2960 2960 2980 3680 4380 4380 4380 4380 4380 4380

810 810 1180 1180 1530 1530 1880 2230 2230 2230 2590 2920 3290 3620 3990

1270 1620 1660 2360 2360 3060 3060 3060 3760 4460 4460 4460 4460 4460 4460

Panel

25

Length

1810 1985 2180 2355 2705 2705 2880 3240 3415 3765 3940 4115 4290 4290 4290

Weight

2)

339 416 512 734 960 1138 1347 2037 2403 2767 3513 4013 4495 4822 5149

M6V

Panel

50

Length

1890 2065 2240 2415 2765 2765 2940 3290 3465 3815 3990 4165 4340 4340 4340

Weight

2)

362 445 606 766 1003 1188 1405 2087 2462 2835 3599 4111 4605 5177 5504

Panel

25

Length

2335 2510 2705 2880 3230 3230 3405 3765 3940 4290 4465 4640 4815 4815 4815

Weight

2)

408 499 617 878 1124 1338 1569 2329 2748 3163 3942 4477 4944 5323 5650

Panel

50

Length

2415 2590 2765 2940 3290 3290 3465 3815 3990 4340 4515 4690 4865 4865 4865

Weight

2)

436 534 715 916 1175 1396 1637 2170 2816 3241 4039 4586 5117 5464 5791

Dimensions in mm. Weights in kg.

1)

Does not include the height of the metal frame.

2)

Does not include the weight of the metal frame.

65

Functions

This section briefly describes the functional elements of the various units.

There is a general explanation of the purpose of the function as well as a description of each unit.

CaSinG

The units’ casings and doors are made of rustproof sheet steel and are insulated internally with 50 mm rock wool, which has excellent sound and heat insulation properties.

TA

The unit’s double-skin casing is made of

0.9 mm galvanised sheet steel surrounding a 50 mm layer of rock wool insulation. TA has large lockable doors for easy inspection and service. Angle brackets for mounting in ceilings or on walls.

F

Sound and heat insulation between the panels comprises an A1 class flameproof material in accordance with DIN 4102. In order to avoid sharp edges, chamfered cast aluminium corners or plastic corners are used.

Maxi

The unit’s double-skin casing is made of

0.9 mm galvanised sheet steel. Maxi 1100 is supplied as a unit with a built-in by-pass duct. In order to make delivery easier, the large Maxi 2000 unit is supplied in two parts with any by-pass ducts as a separate third module.

Topvex, TIME, DV, DVCompact

The unit’s double-skin sheet metal casing is treated with aluzinc 185 to protect against rust and complies with corrosion class

C4 as per EN ISO 12944.2. TIME and

DV are constructed using a strong closed frame profile. Topvex is constructed using self-supporting panels. The units have chamfered cast aluminium corners that guarantee a stable unit casing.

NB

The unit casing is made of galvanised sheet steel and has polyurethane foam or rock wool insulation. The exterior sheet metal is stove-enamelled.

daMPeRS

The various types of damper used in our units are outdoor air dampers/exhaust air dampers, mixing dampers and regulating dampers. These comply with air tightness class 3.

The circular dampers comprise a pipe union, equipped with damper blades and shaft. The connection ducts have seals of silicone rubber.

The rectangular shutter dampers comprise a number of opposing blades housed in nylon bushings in a sheet metal frame. The blades are connected via a link system, which is insulated (protected), on the outside of the frame. The dampers are made of hot-dip galvanised sheet metal and are prepared for external insulation and have a position indicator showing the percentage opening of the damper.

TA, F, Maxi and Topvex

See general information.

TIME, DV, DVCompact

The damper used in TIME and DV units has aerodynamic blades of extruded aluminium with rubber seals.

NB

For two-way and three-way mixing, we use a combination of outdoor air and regulating dampers. The dampers are made of aluminium or galvanised sheet metal.

70

Shut-off damper

Mixing damper

FilTeRS

There are different types of filter material and a variety of designs for different degrees of air purification and thus different classes of filter. With some units the filter type can be adapted to satisfy specific requirements for air purification at the premises in question.

The filters must be replaced at specified intervals and are mounted in a way that makes it easy to carry out inspections and replacement work. A monitoring function for filter replacement is available for some units, using either set time intervals or differential pressure sensors. Some filters can be cleaned.

TA

TA units are supplied with F5 bag filters as standard. F3 and F7 class bag filters can be ordered separately. The filter is positioned before the fan and heating coil and is monitored via time intervals.

F

F comes with three different filter options: panel filter, bag filter and carbon filter.

The panel filters absorb oil and grease and discourage bacteria. Can withstand temperatures of up to 80°C. Bag filters are available in filter classes G3-F9 for bag filters 360 mm long and

F5-F9 for bag filters 625 mm long. Carbon filters are intended for kitchen extractor fans.

The individual carbon cartridges comprise one inner and one outer cylinder made of galvanised steel and a cover.

Maxi

Maxi units are supplied with F7 class bag filters as standard. G3 and F5 class bag filters can be ordered separately. The filters are monitored by means of a differential pressure sensor.

Topvex

All Topvex units are supplied with bag filters as standard. Both the filters are positioned before the rotating heat exchanger to keep it clean. Topvex is supplied with an

F7 class filter on the supply air side and an

F5 filter on the extract air side. Filters are monitored via a time interval in Topvex size

03-06 and a differential pressure sensor in

Topvex size 07-15.

TIME

F5/F7 class bag filter.

DV/NB/DVCompact

The bag filter DVF is made up of filter cells and is available in classes G3-H14 in accordance with EN779. The large surface area guarantees a long service life. The filter employs a simple system of lateral locking rails, which makes replacing the filters easier, and the tight seal complies with EN1886.

CenTRiFUGal Fan

The fan is the heart of an air handling unit.

It is the fan that creates the pressure required by the unit. Each type of fan is chosen to ensure optimum performance with regard to airflow, sound level and efficiency.

F

F has two fan options: a direct-driven fan with external rotor motor or a centrifugal fan with a single or double inlet with forward-curved blades. The impeller and casing are made of galvanised steel. The wheels are made of galvanised steel or polyamide (PA).

Maxi

Maxi has direct-driven centrifugal fans with external rotor motors. The impellers have forward-curved blades and generate very little duct noise. A built-in transformer controls the fans in two stages.

DV

DVV is a double-inlet, belt-driven centrifugal fan integrated into a soundproof unit housing.

The BK fan, with backward-curved blades, has an efficiency of 82%. The FK fan, with forward-curved blades, has an efficiency of

73%. The multiple fan blades on the wheel give the FK fan good sound properties and generate low sound levels. DVV is supplied with a 1 or 2-speed motor and is also available with running stand-by motor. Standard fans are belt-driven and fitted with the highly efficient RE-X V-belts, with an efficiency of

98%. Supplied for sizes 10-150.

NB

The centrifugal fan has double inlets with an anchor bedplate, drive pulley and has three fan options. Two of these options have forward-curved blades and are intended for use in low-speed airflow units, while the third, which has forward-curved blades and is designated RDH, has been developed for use with intermediate and high-speed airflow units. The fan motor is driven by a pulley and V-belts.

Compact filter

Bag filter

71

PlUG FanS

This type of fan is chosen to ensure optimum performance with regard to airflow, sound level and efficiency. A plug fan is a single-inlet, free-blowing fan with the unit casing acting as the fan casing.

TA

TA has a direct-drive plug fan with an external rotor motor. The impellers have backward-curved blades. TA can also be supplied with an external extract air fan that can be connected to the unit and controlled parallel to the TA unit.

Topvex with Standard controller

Topvex SR03-06 uses efficient plug fans with backward-curved blades and maintenance-free external rotor motors. The units have EC motors achieving excellent efficiency. The EC motors are controlled in three stages via the control unit. All stages are infinitely variable between 0 and 100%.

Electrical cables have quick connectors so that the fans can be released quickly and easily.

Topvex with Advanced controller

Topvex TR units have efficient plug fans with EC motors. Both impellers have backward-curved blades. The infinitely variable RPM control is integrated into the fan motors. The air volumes are individually controlled by measuring the pressure difference across the inlet cone (CAV) or by measuring the pressure in the ventilation duct (VAV). Electrical cables have quick connectors so that the fans can be released quickly and easily.

TIME, DV, DVCompact, NB

Have highly efficient built-in plug fans with low sound levels and a low pressure drop at the duct connection. The plug fans achieve an efficiency of up to 75%. TIME and

DV (DVE) are supplied with single-speed motors. With direct-drive plug fans (no belt drive), the unit requires very little servicing.

Fans and motors are mounted on effective vibration dampers and are thus isolated from the unit casing. It is possible to add a built-in frequency converter to ensure the desired pressure and airflow. Status alarm as standard.

ROTaTinG heaT eXChanGeR

The rotating heat exchanger is a functional element that recovers heat from indoor air to warm up the cold outdoor air. A belt drive transfers power from a rotor motor to the heat exchanger. A rotor monitor emits an alarm if the rotating heat exchanger stops. The design of the rotor with its corrugated aluminium has been optimised to ensure high efficiency and a low pressure drop. A stabilising rotor shaft guarantees smooth and steady operation.

Topvex FR03-11, Topvex TR03-06,

Topvex SR03-06

The heat exchanger is non-hygroscopic, i.e. does not recover moisture. Efficiency is up to 85% for balanced airflows. The heat exchanger can be removed and has quick connectors on its electrical cables.

Topvex TR09-15, Topvex SR07-11 E

The heat exchanger is non-hygroscopic, i.e. does not recover moisture. Efficiency is up to 85% for balanced airflows. The heat exchanger in Topvex TR09-15 can be removed and has quick connectors on its electrical cables.

TIME, DVCompact

The rotating heat exchanger is extremely efficient, up to 85%. Heat exchangers are controlled by a built-in motor and have variable RPM control. They are also supplied with purging sectors that prevent extract air from mixing with supply air.

DV

DVC is also available in a hygroscopic version, i.e. does recover moisture. This type of heat exchanger saves the most energy. The standard version has an efficiency of up to

80%, and there is an even more efficient version that can achieve 87% efficiency depending on the operating conditions. It has a short overall length. Heat exchangers can be equipped with purging sectors that prevent extract air from mixing with supply air.

NB

Rotating heat exchanger with an efficiency of up to 70% with purging sectors available for all sizes.

72

CROSS-FlOW heaT eXChanGeR

The cross-flow heat exchanger is a functional element that recovers heat from indoor air to warm up the cold outdoor air. These are made of corrugated aluminium sheets. Heat transfer between the sheets is improved by the turbulence created by the surface.

Turbulence is created without any dirt being collected and causing changes in velocity.

The design of the plates means that the entire surface of the heat exchanger can be used to maximum effect. With balanced airflows, efficiency can exceed 70% but around

50-60% is normal. In units where separate airflows are required, it can be useful to have a plate heat exchanger to perform this function, for example, if you want to avoid supply air being tainted by odours.

Maxi

Maxi 1100 has a built-in by-pass duct as standard. This by-pass duct is available as an accessory for Maxi 2000.

TIME, DVCompact

TIME with plate heat exchanger has a build in by-pass and is supplied with a high efficiency heat exchanger type.

Topvex TX/SX

Topvex TX/SX has a built-in by-pass duct as standard.

DV, NB

In units where separate airflows are required, it can be useful to have a plate heat exchanger to perform this function, for example, if you want to avoid supply air being tainted by odours. In cases where no moisture is transferred between the airflows, the plate heat exchanger DVQ can be used as a dehumidifier and can be delivered with a standard or a high efficiency type. There are two versions of this heat exchanger, both of which are suitable for different types of environment. The aluminium version is used in commercial ventilation, for example, in schools, day nurseries, offices and hotels, where the air does not contain corrosive particles that could damage the material.

Corrosion-resistant versions fitted with surface-treated aluminium elements are used in environments where the extract air could contain aggressive particles. Heat recovery is controlled via a built-in by-pass damper.

RUn aROUnd COil heaT eXChanGeR

DV

The run around coil heat exchanger DVR is a system where a mixture of water and glycol is circulated between two coils. DVR are used where the two airflows must be completely separated.

73

heaTinG COil – WaTeR

A water heating coil is used to supplement the warmth of the air after any installed heat exchanger so that the air (the supply air) enters the unit at the correct temperature. The coil is made of copper tubing with a galvanised sheet steel frame and aluminium elements.

Maxi

The coil is positioned in front of the fan.

TIME

The coil is positioned after the fan and two capacities per size are available. Aluzinc

185-coated steel panel frame.

DV

The heating coil DVH, is calculated and designed for each air handling unit. Aluzinc

185-coated steel panel frame. Change over coil, where the same coil is used for both heating and cooling, are available.

DVCompact

The coil is positioned after the fan and two capacities per size are available. Aluzinc

185-coated steel panel frame and vertical pipe connections.

heaTinG COil – eleCTRiC

The heating coil is positioned after the fan to provide a comfortable supply air temperature even at low outdoor air temperatures. It comprises a frame of galvanised sheet steel with stainless steel elements.

Maxi

The coil is positioned before the fan.

DV

The electric heating coils will be designed and calculated for each air handling unit.

DVCompact

The electric heating coil is positioned after the fan and will be designed and calculated for each air handling unit. Aluzinc

185-coated steel panel frame.

aiR COOleR – WaTeR

Air coolers are used to cool supply air. Air coolers are made of copper tubing and have aluminium elements. The refrigerant is water. Can be fitted with a drip tray.

TA, Maxi, Topvex

Ordered as an external accessory. Controlled via the unit’s built-in control system.

TIME

The cooling coil is positioned after the fan. Different capacities are available. The cooling capacity is controlled via the units control system. The coils are fitted with a drip tray. Aluzinc 185-coated steel panel frame.

DV

The cooling coil DVK, is calculated and designed for each air handling unit. Aluzinc

185-coated steel panel frame. Are fitted with a drip tray. Change over coil, where the same coil is used for both heating and cooling, are available.

DVCompact

The electric heating coil, witch have several capacities, are positioned after the fan and are fitted with condensation insulated aluzinc 185-coated steel panel frame and vertical pipe connections.

74

aiR COOleR – dX

Air coolers are used to cool supply air and employ the direct expansion principle (expansion valve). Air coolers are made of copper tubing and have aluminium elements.

The refrigerant does not contain freon.

Can be fitted with a drip tray.

TA, Maxi, Topvex

Ordered as an external accessory. Controlled via the unit’s built-in control system.

Topvex size 03-06 and FR03-11 also requires the accessory: Signal converter

SC2/D.

TIME

The Cooling coil is positioned after the fan. Different capacities are available. The cooling capacity is controlled via the units control system. Are fitted with a drip tray.

Aluzinc 185-coated steel panel frame.

DV

The cooling coil DVK, is calculated and designed for each air handling unit. Aluzinc

185-coated steel panel frame. Are fitted with a drip tray. Change over coil, where the same coil are used for both heating and cooling are available. Cooler DVU in size

10-40 is a complete cooling system with all cooling components and control system Integreted in a DV casing. Stepless operation from 0 to max capacity by advanced control system and speed controlled compressor.

DVCompact

The electric heating coil, witch have several capacities, are positioned after the fan and are fitted with condensation insulated aluzinc 185-coated steel panel frame and vertical pipe connections.

SilenCeRS

Silencers are a functional element used to reduce the transfer of unit noise to the building and surroundings.

All our units can be equipped with silencers, as integrated or loose duct silencers.

For TA, Maxi, and Topvex, silencers are available as an external accessory.

F

With integrated sound-damping screens in thicknesses of 100 or 200 mm.

TIME

Silencers can be integrated as a part of the unit. Always as double silencers (inlet and exhaust).

DV

Sound attenuator DVD is an absorptive silencer fitted with baffles. For environmental reasons, the screens have been surfacetreated to prevent wear to the sound- absorbing material. There are 3 different types of surface treatment:

1. Standard coating ideal for all forms of commercial ventilation.

2. Baffles coated with a strong, durable material that is extremely resistant to mechanical wear. This is used when baffles will only be cleaned by brushing or vacuuming.

3. Plastic-coated baffles are preferable when they are likely to be cleaned by washing. In order to facilitate inspections and cleaning of DVD, the unit housing has large inspection panels for types 2 and 3.

The baffles are designed so that they can be removed for cleaning.

DVCompact

The sound attenuator are fitted with aluzinc

185-coated steel panel frames and baffels.

Order as external accessory.

NB

The baffles are filled with a soundproof fibreglass material. There are two options to choose from:

PA – the soundproof material has a protective flameproof layer to discourage erosion caused by airflows.

PAM – has the same properties as PA, but with an additional protective layer comprising polyester film (Melinex).

75

Control equipment

Systemair offers two different control equipment options, Standard and

Advanced, depending on the unit to be controlled. Both systems have the same menu structure and use the same technical terms to ensure easy operation.

Topvex FR03, 06, 08 and 11 will have E28 controller in April 2011. FR units with E17S controller will thereafter be expired.

Control panel

Repeater

Software

Temperature control

Control of airflow

Fan speed control

Heat exchanger

Heater

Cooler

Free cooling

Cool recycling

Demand ventilation, CO

2

Pump control

Heat exchanger efficiency

Extended operation

7-day program

Damper control

Alarm

Communication

TA

T o p ve x FR

0

3

, 0

6

, 0

8

, 1

1

6

X

/S

X 0

3

, 0

R 0

4

, 0

9

,

12

,

R 0 R

15

9

, 1

7, 0

/S

R 0

1

3

, 0

4

, 0

6 C

T o p ve x T

T o p ve

T o x T p ve

T o x S p ve x T

M a xi

T im e

A

V

/V

A

V

DV

E15S E17S E17S E28 E28 E28 E28 2xE28

CONTROL EQUIPMENT

Separate with 10-metre cable

For installations with >10 metres between unit and panel

E-Tool

Exhaust air

Supply air

Outdoor air temperature compensation supply air

Room air control

Outdoor air temperature-dependent exchange between supply air/exhaust air or supply air/room air control

7-day timer with two separate operational periods

Transformer

Individual variable voltage regulation

Air volume control, CAV

Constant duct pressure, VAV

Airflow compensated for outdoor air temperature

Cross-flow heat exchanger

By-pass damper, variable

Rotating

Liquid-coupled

Recirculation

S

S

Without

Hot water

Electrical

Cold water coil. 0….10VDC output signal.

Cold water coil. Built-in.

DX cooling. 24VAC (1, 2 or 3-stage binary) output.

DX cooling. Built-in.

-

2-stage, CO

2

sensor with potential-free contact

Variable, CO

2

sensor with 0...10VDC signal

Heat, 24VAC output signal (230V relay for Time and DV)

P

Cooling, 24VAC output signal (potential-free relay for DV)

Requires duct-mounted extract air temperature sensor

S

Alternates between operating modes normal, reduced or off.

S

Fresh air/Extract air

S

Alarm notification

High and low priority

S

S Buzzer alarm (24VAC output signal)

Timed filter alarm (monthly)

Filter alarm triggered by pressure difference (Pa)

Exoline, Modbus via RS 485

LON, Exoline via TCP/IP

S

O

P

P

4)

P

C

2)

C

2)

S

P

P

S

O

Standard

S

P

P

S

O

S

S

S

O

S

S

S

S

P

P

P

C

C

P

P

4)

S

S

S

O

P

S

P

S

P

P

P

C

C

P

P

4)

S

S

S

S

O

O

S

P

P

P

P

S

S

S

S

5)

C

6)

S

S

S

S

P

S

P

P

P

P

P

P

P

C

C

S

C

S

C

S

S

O

S

S

S

S

S

O

O

S

P

P

P

P

Advanced

S

O

O

C

C

C

C

C

S

O

O

C

C

C

C

C

C

O

C

O

S

S

O

C

S

S

S

S

S

O

S

S

S

S

P

S

P

P

P

3)

P

3)

P

S

S

O

1)

C

C

P

P

4)

S

S

C

S

C

S

S

S

S

C

C

(S)

S

P

P

P

C

C

C

C

C

C

C

C

C

C

C

P

C

S

C

C

C

C

S

S

S

C

C

C

(S)

C

C

C

C

C

C

C

C

C

C

C

C

C

C

S

C

C

C

S

C

S

C

S

S

S

S

S

S

S

S

C

C

C

C

C

C

C

C

C

S

C

S

C

C

C

S

D

VC o m p a c t

1)

Maxi 1100 has a built-in by-pass damper as standard

2)

TA 450-1100 EL, 1500-2000EL or HW and 3000-4500HW

3)

Requires by-pass damper

4) Requires step controller SC2/D. Converts 0..10V signal to output relay

5)

Exoline, Modbus via RS485 and built-in Web via TCP/IP standard for Topvex TR/SR03-06 CAV/VAV

6)

Option for Topvex TR/SR03-06 CAV/VAV

S = Standard setting

P = Potential setting

C = Choose on order

O = Optional

72

diFFeRenCeS BeTWeen STandaRd and adVanCed

Standard controller is designed to be easy to use and controls smaller units with airflows of up to 2 500 m

3

/h. Advanced controller includes all the necessary functions demanded by the market.

CONTROL EQUIPMENT

Uses E-Tool – PC-based software

Temperature control

Timed airflow

Fan speed control

Heat exchanger control

Demand control

DX cooling control (external DX cooler)

Hot water/Cold water pump control

Filter monitor

Standard - E15S/E17S

No.

Advanced - E28

Yes.

3 control options.

7-day timer.

Individual variable voltage regulation between 0 and 100%. Transformer.

6 control options.

7-day timer + Holiday + Duct for digital timer, e.g. for door locks.

CAV, air volume control. VAV, constant duct pressure. Airflow compensated for outdoor air temperature.

Rotating, on/off. By-pass damper, on/off.

Rotating, variable. By-pass damper, variable.

Option of using external equipment with an output relay to increase airflow by one setting.

Option of using external equipment with an analogue output to increase airflow continuously or with an output relay.

Requires a step controller that converts an analogue control signal to digital 2-stage binary control (accessory).

Up to 3-stage binary control as standard.

No.

Timed.

Yes.

Pressure difference.

73

FUnCTiOnS inClUded in STandaRd – e15S/e17S

Menu language

Over 20 different languages.

Temperature control

Control of airflow

Fan speed control

Heat exchanger control

Constant supply air.

Constant supply air with compensation for outdoor air temperature.

Extract air (cascade).

7-day timer with two separate operational periods/24 hours.

Individual variable voltage regulation between 0 and 100%.

Transformer.

Rotating heat exchanger, on/off.

By-pass damper, cross-flow heat exchanger (on/off).

Heat control

Water coil (0...10V control signal).

Electric heating.

Control of cold water cooling

External coil (0…10V control signal).

DX cooling control

External coil (requires step controller SC2/D, accessory).

Cooling energy recovery

Night cooling

Automatically recovers the cooled indoor air to cool the warmer outdoor air.

Night cooling is used during the summer to cool the property during the night using cold outdoor air. As the need for cooling drops during the day, energy savings are possible.

Demand-controlled ventilation

The units have a digital input for extended/boosted operation through an external signal from an external timer, presence detector, CO

2

sensor or similar sensors with a volt-free contact.

Extended/boosted operation is used when the unit switches from off, low or medium fan speed to a selected fan speed.

Extended operation

The units have a digital input for extended/boosted operation. This function is activated by an external signal from a button or timer. The function can also be activated via the control panel. Extended operation can be set to run for 0 to 240 minutes.

7-day program

Damper control

Alarm

Communication

Two separate operational periods/week and day.

24V output signal controlling one or two shut-off dampers.

Alarm notification in clear text.

Buzzer alarm output signal (24V).

Fire alarm input (potential-free contact). Stops the unit or switches it to continuous operation.

A repeater (E0R, accessory) is required when the cable between the unit and control panel is longer than 10 metres. E0R can control up to 6 air handling units.

Standard – Exoline and Modbus via RS 485.

74

FUnCTiOnS inClUded in adVanCed – e28

Menu language

Over 20 different languages.

Temperature control

Supply air.

Supply air with compensation for outdoor air temperature.

Extract air (cascade).

Room air control (cascade).

Outdoor air temperature-dependent exchange between room air control and supply air control.

Outdoor air temperature-dependent exchange between extract air control and supply air control.

Fan speed control

Heat exchanger control

Constant air volume control, CAV.

Constant duct pressure control, VAV.

Airflow/duct pressure compensated for outdoor air temperature.

Rotating heat exchanger (variable).

By-pass damper, cross-flow heat exchanger (variable).

Liquid-coupled heat exchanger (0...10V control signal or via two digital outputs).

Mixing damper (0...10V control signal).

Heat control

Water coil (0...10V control signal).

Electric heating.

Water coil and electric heating.

Control of cold water cooling

(0…10V control signal).

DX cooling control

(up to 3-stage binary control).

Cooling energy recovery

Free cooling

Automatically recovers the cooled indoor air to cool the warmer outdoor air.

Free cooling is used to save energy by using the cold outdoor air, e.g. during night time, to cool down the building.

Demand-controlled ventilation

For applications with varying loads, the fan speed and mixing damper can be controlled by the air quality, measured using a CO

2 sensor. It is also possible to use a digital input for extended/boosted operation via an external signal from an external timer, presence detector or similar sensors with a volt-free contact.

Extended operation

Yearly program

Damper control

Alarm

Communication

E-Tool software

The units have a digital input for extended/boosted operation. This function is activated by an external signal from a button or timer. The function can also be activated via the control panel. Extended operation can be set to run for 0 to 240 minutes.

A yearly clock function means you can store a 7-day program with holiday periods. Each day has up to two individual operational periods for normal and reduced speed. Duct for digital timer, e.g. door locks, lighting, etc.

24V output signal controlling one or two shut-off dampers.

Alarm notification in clear text.

Alarm prioritisation. Alarms can be assigned different priorities, A, B and C alarms or inactive.

Buzzer alarm output signal (24V).

Fire alarm input (potential-free contact). Different fan modes in the event of a fire.

A repeater (E0R, accessory) is required when the cable between the unit and control panel is longer than 10 metres. E0R can control up to 6 air handling units.

Standard – Exoline and Modbus via RS 485.

Option – Exoline via TCP/IP, built-in web. Standard to Topvex TR/SR03-06 CAV/VAV.

Option – LON.

PC-based software.

75

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