Systemair Topvex SR 09, 11, Topvex TR 09-15 Compact Air Handling Units
Installation Instructions
Document in original language | 125593. A003
1. EU Declaration of Conformity
Manufacturer: Systemair Sverige AB, Industrivägen 3, SE-739 30 Skinnskatteberg, SWEDEN
Contact: Office: +46 222 440 00, Fax: +46 222 440 99, www.systemair.com
Systemair Sverige AB hereby confirms that the following products (Air handling units) comply with applicable requirements in the following directives and regulations:
- Machinery Directive 2006/42/EC
- Low Voltage Directive 2014/35/EU
- EMC Directive 2014/30/EU
- Ecodesign Directive 2009/125/EC (327/2011 Requirements for fans, 1253/2014 Requirements for ventilation units)
The following harmonized standards are applied in applicable parts:
- EN ISO 12100:2010 (Safety of machinery - General principles for design - Risk assessment and risk reduction)
- EN 13857 (Safety of machinery – Safety distances to prevent hazard zones being reached by upper or lower limbs)
- EN 60204-1 (Safety of machinery – Electrical equipment of machines – Part 1: General requirements)
- EN 60335-1 (Household and similar electrical appliances - Safety Part 1: General requirements)
- EN 60335-2-40 (Safety of household and similar electrical appliances - Part 2-40: Particular requirements for electrical heat pumps, air-conditioners and dehumidifiers)
- EN 50106:2007 (Safety of household and similar appliances - Particular rules for routine tests referring to appliances under the scope of EN 60335-1 and EN 60967)
- EN 60529 (Degrees of protection provided by enclosures (IP Code))
- EN 62233 (Measurement methods for electromagnetic fields of household appliances and similar apparatus with regard to human exposure)
- EN 61000-6-2 (Electromagnetic compatibility (EMC) – Part 6-2: Generic standards – Immunity for industrial environments)
- EN 61000-6-3 (Electromagnetic compatibility (EMC) – Part 6-3: Generic standards – Emission standards for residential, commercial and light-industrial environments)
This declaration applies only to the product in the condition it was delivered and installed in the facility according to the included installation instructions. It does not cover components added or actions carried out subsequently on the product.
Date: 15-03-2016
Technical Director: Mats Sándor
2. Warnings
The following admonitions will be presented in the different sections of the document:
[Danger]
- Make sure that the mains to the unit is disconnected before performing any maintenance or electrical work!
- All electrical connections must be carried out by an authorized installer and in accordance with local rules and regulations.
[Warning]
- The door handles are only intended for installation and service. They must be removed before operation to ensure the required level of safety.
- The unit must be duct connected or otherwise protected to prevent contact with the fans through duct connections.
- The unit is heavy. Be careful during transport and mounting. Risk of injury through pinching. Use protective clothing.
- Beware of sharp edges during mounting and maintenance. Use a proper lifting device and protective clothing.
- The unit's electrical connection to the mains must be preceded by an all-pole circuit breaker with a minimum 3 mm gap.
[Caution]
- If the unit is installed in a cold place, ensure all joints are covered with insulation and taped well.
- Duct connections/duct ends should be covered during storage and installation.
- Do not connect tumble dryers to the ventilation system.
- Take care not to damage the water battery when connecting water pipes. Use a spanner to tighten the connection.
[Important]
This appliance can be used by children aged 8 and above, and persons with reduced physical, sensory, or mental capabilities, or lack of experience and knowledge, if they have been given supervision or instruction concerning safe use and understand the hazards involved. Children shall not play with the appliance. Cleaning and user maintenance shall not be made by children without supervision.
3. Product Information
3.1 General
This installation manual concerns air handling unit type Topvex SR 09, 11 and Topvex TR 09-15 manufactured by Systemair AB. The units include the following model options:
- Model: SR09, SR11, TR09, TR12, TR15
- Heating coil: EL (Electric), HWL (Water coil, low power), HWH (Water coil, high power) or None.
- Right or left models: R (Right) L (Left). The side where the supply air is located when viewed from the access side.
- Airflow control: CAV (Constant Air Volume), VAV (Variable Air Volume) = Constant duct pressure control (as an accessory)
- M0: Aluminium fan impeller
This manual provides basic information and recommendations for design, installation, start-up, and operation to ensure proper, fail-free operation. Read this manual thoroughly and follow all safety requirements for proper and safe operation.
3.2 Technical Data
3.2.1 Dimensions and weights Topvex SR 09, 11
Diagram shows dimensions (mm) for Topvex SR 09, 11 (drawn as left-hand unit).
Model | A | B | C | D | E | F |
---|---|---|---|---|---|---|
SR09 | 1120 | 600 | 400 | 108 | 104 | 260 |
SR11 | 1230 | 800 | 400 | 135 | 165 | 215 |
Model | G | K | L | M | N | Weight, kg |
---|---|---|---|---|---|---|
SR09 | 840 | 434 | 195 | 145 | 610 | 370 |
SR11 | 950 | 487 | 195 | 145 | 610 | 440 |
3.2.2 Dimensions and weight Topvex TR 09-15
Diagram shows dimensions (mm) for Topvex TR 09-15 (drawn as left-hand unit).
Model | A | B | C | D | E | F | G | H | I |
---|---|---|---|---|---|---|---|---|---|
TR09 | 1790 | 1630 | 1120 | 810 | 895 | 104 | 129 | 123 | 129 |
TR12 | 1930 | 1740 | 1230 | 930 | 965 | 76 | 104 | 141 | 104 |
TR15 | 1930 | 1980 | 1470 | 1180 | 965 | 76 | 104 | 141 | 104 |
Model | J | K | L | M | N | O | P | Weight, kg |
---|---|---|---|---|---|---|---|---|
TR09 | 105 | 210 | 700 | 300 | 165 | 1030 | 870 | 490 |
TR12 | 105 | 215 | 800 | 350 | 185 | 1140 | 940 | 580 |
TR15 | 105 | 236 | 1000 | 350 | 185 | 1380 | 940 | 730 |
3.2.3 Electrical Data
Electrical data for Topvex SR models:
Model | Fans (W tot) 400 V 3N~ | El Heating battery (kW tot.) | Fuse (mains) (A) for 400 V 3N~ | Fuse (mains) (A) for 230 V 3~ |
---|---|---|---|---|
SR09 EL | 5062 | 12 | 3x32 | 3x50 |
SR09 (None, HWL/HWH) | 5062 | - | 3x10 | 3x16 |
SR09 EL M0 | 3754 | 12 | 3x35 | 3x50 |
SR09 (None,/HWH) M0 | 3754 | - | 3x10 | 3x16 |
SR11 EL | 4902 | 15 | 3x35 | 3x63 |
SR11 (None, HWL/HWH) | 4902 | - | 3x10 | 3x16 |
SR11 EL M0 | 6130 | 15 | 3x35 | 3x63 |
SR11 (None, HWH) M0 | 6130 | - | 3x16 | 3x20 |
Electrical data for Topvex TR models:
Model | Fans (W tot) 400 V 3N~ | El Heating battery (kW tot.) | Fuse (mains) (A) for 400 V 3N~ | Fuse (mains) (A) for 230 V 3~ |
---|---|---|---|---|
TR09 EL | 5052 | 9 | 3x25 | 3x40 |
TR09 (None, HWL/HWH) | 5052 | - | 3x10 | 3x16 |
TR09 EL M0 | 3780 | 9 | 3x25 | 3x40 |
TR09 (None, HWH) M0 | 3780 | - | 3x10 | 3x10 |
TR12 EL | 4756 | 12 | 3x32 | 3x50 |
TR12 (None, HWL/HWH) | 4756 | - | 3x10 | 3x16 |
TR12 EL M0 | 3574 | 12 | 3x35 | 3x50 |
TR12 (None, HWH) M0 | 3574 | - | 3x10 | 3x16 |
TR15 EL | 4998 | 15 | 3x35 | 3x63 |
TR15 (None, HWL/HWH) | 4998 | - | 3x10 | 3x16 |
TR15 EL M0 | 6760 | 15 | 3x35 | 3x63 |
TR15 (None, HWH) M0 | 6760 | - | 3x16 | 3x20 |
3.3 Transport and Storage
The Topvex SR/TR units should be stored and transported protected against physical damage. They should be covered to prevent dust, rain, and snow from entering and damaging the unit and its components. The appliance is delivered as one piece, wrapped in plastic on a pallet for easy transportation. Use a forklift placed on the unit's gable for transport.
[Warning]
The unit is heavy. Be careful during transport and mounting. Risk of injury through pinching. Use protective clothing.
4. Installation
4.1 Unpacking
Verify that all ordered equipment is delivered before starting installation. Report any deviations to the supplier.
4.2 Where/How to Install
Place the unit on a horizontal, flat, and leveled surface that supports its weight. Preferably, install the unit in a separate room (e.g., storage, laundry room, attic). Topvex SR 09, 11 can be installed outdoors if weather-protected (ODS outdoor air section available as accessory). If installed in a cold place, keep the unit powered via the main switch to maintain warmth in the electrical cabinet. Ensure easy access to inspection doors for regular maintenance and for removing main components. Avoid placing the unit directly against a wall to prevent vibration issues from low-frequency noise. If unavoidable, insulate the wall. Position the outdoor air intake on the northern or eastern side of the building, away from other exhaust outlets.
4.3 Dividing the Topvex Air Handling Units
The two halves of the Topvex appliance are mounted together upon delivery. They can be divided for easier transport to the installation site.
4.3.1 How to Split the Topvex SR Unit
- Remove the heat exchanger, supply air fan, and extract air filter.
- Loosen the cable connectors.
- The two halves are joined by 4 M10 screws, one in each corner.
- Gables can be dismounted by removing 6 MRX M6 screws (PH2 bit).
- Reassemble in reverse order.
Note: When reassembling, ensure pieces are connected correctly, referring to cable markings.
4.3.2 How to Split the Topvex TR Unit
- Remove the heat exchanger, extract fan, and extract air filter.
- Remove the plate.
- Loosen the cable connectors.
- Remove the 7 M10 screws joining the two halves.
4.4 Installing the Unit
The unit must be installed in the position shown in figures 5 and 6.
Figure 5: Installation position (left-hand unit)
Figure 6: Installation position (right-hand unit)
Table 1: Symbol Description
Symbol | Description |
---|---|
[Arrow pointing right, solid] | Supply air |
[Arrow pointing left, solid] | Exhaust air |
[Arrow pointing right, dashed] | Outdoor air |
[Arrow pointing left, dashed] | Extract air |
4.4.1 Installation Procedure
- Prepare the mounting surface: ensure it is flat, leveled, and can support the unit's weight. Follow local rules and regulations.
- Lift the unit into place. [Warning] Beware of sharp edges during mounting and maintenance. Use a proper lifting device and protective clothing.
- Level the unit using the enclosed mounting feet.
- Connect the unit electrically to the mains via the all-pole circuit breaker (safety switch) located inside the unit. Wiring is routed through the unit's gable (SR) or top casing (TR) to the electrical connection box. Refer to the wiring diagram and chapter 4.6.6. [Warning] The unit's electrical connection to the mains supply must be preceded by an all-pole circuit breaker with a minimum 3 mm gap.[Danger] Make sure the mains supply is disconnected before performing any maintenance or electrical work. All electrical connections must be carried out by an authorized installer according to local rules and regulations.
4.4.2 The Rotors Vertical Position (Topvex SR 09, 11)
To achieve optimal sealing against the rotor's brush strip and the chassis frame, check and adjust the rotor's vertical position after installation. Remove the filter for access.
Adjustment:
- Loosen the two screws.
- Remove the cover.
- Adjust rotor height by loosening the locking screw to the rotor axle.
- Adjust the rotor vertical position by adjusting the two screws on the rotor bracket.
- After adjustment, tighten the locking screw to the rotor axle (3), remount the cover (2), and fasten the screws (1).
4.5 Supply Air Sensor (Topvex SR 09, 11)
The supply air sensor is fitted in the supply air duct approximately 3 meters after the unit (see figure 8). Refer to chapter 4.6.6 for connection terminals in the electrical connection box. Other temperature sensors are factory-installed. The supply air sensor is included in the unit package.
4.6 Connections
4.6.1 Ducting
Diagram shows connections and basic components for left-hand connected units.
Figure 9: Connections and basic components in left-hand connected units
Position | Description | Symbol |
---|---|---|
A | Connection supply air | [Arrow pointing right, solid] |
B | Connection exhaust air | [Arrow pointing left, solid] |
C | Connection outdoor air | [Arrow pointing right, dashed] |
D | Connection extract air | [Arrow pointing left, dashed] |
1 | Fan supply air | |
2 | Fan extract air | |
3 | Filter supply air | |
4 | Filter extract air | |
5 | Heat exchanger | |
6 | Rotor motor | |
7 | Electrical connection box | |
8 | Re-heater battery |
4.6.2 Condensation and Heat Insulation
Outdoor air and exhaust ducts must be well insulated against condensation, especially those connected to the unit. All ducts in cold rooms/areas require insulation (minimum 100 mm mineral wool with plastic diffusion barrier). For extremely low outdoor temperatures, additional insulation is needed, totaling at least 150 mm.
[Caution]
- If the unit is installed in a cold place, ensure all joints are covered with insulation and taped well.
- Duct connections/duct ends should be covered during storage and installation.
- Do not connect tumble dryers to the ventilation system.
4.6.3 Silencers
Install silencers on both supply and extract air to prevent fan noise transfer via the duct system. For noise reduction between rooms and from the duct system itself, install silencers before each inlet diffuser.
4.6.4 Electric Connections
All electrical connections are made in the electrical connection box located at the front of the unit. The hatch is removed by unscrewing four screws. Ensure all electrical safety precautions are read and understood before operation. Refer to the enclosed wiring diagram for internal and external wiring. External connections for accessories are made to terminals inside the electrical connection box (chapter 4.6.6).
[Danger]
- Make sure the mains supply to the unit is disconnected before performing any maintenance or electrical work.
- All electrical connections must be carried out by an authorized installer and in accordance with local rules and regulations.
4.6.5 Electrical Connection Box, Components
Topvex SR/TR units feature a built-in regulator and internal wiring. The figure shows the electrical connection box for Topvex TR 09-15 units; the SR 09, 11 box has a similar layout but the electrical heater is in a separate compartment.
Position | Description |
---|---|
1 | Regulator E-28 |
2 | Transformer 230/24V AC |
3 | Terminals for internal and external components |
4 | Terminals for internal wiring |
5 | Terminals for mains supply to the unit |
6 | Contactor (K2) Pump control water (HW units only, not used in EL-units) |
7 | Automatic fuse |
8 | Automatic fuse for EL heater |
9 | Contactor (K3) EL heater |
10 | Automatic over heat protection (EL units) |
11 | Manual over heat protection reset (EL units) |
12 | TTC EL heater control (EL units) |
4.6.6 External Connections
Table 2 lists connections to external functions:
Terminal block | Description | Remark |
---|---|---|
PE | Ground | |
N | Earthed neutral (supply voltage) | Used for phase 230V 1~ and 400V 3~ |
L1 | Phase (Main supply voltage) | Used for phase 230V 1~ if the unit has this mains, 400V 3~/230V 3~ |
L2 | Phase (Main supply voltage) | 400V 3~/230V 3~ |
L3 | Phase (Main supply voltage) | 400V 3~/230V 3~ |
1 (G) | Auxiliary supply (Pressure transmitter, Water valve actuators) | 24V AC |
2 (G0) | Reference (Water valve actuator mains) | 24V AC |
10 (DO ref) | DO reference | G (24V AC) |
12 (DO 2) | Outdoor/Exhaust air damper | 24V AC, Max. 2.0 A continuous load |
WP (L1) | Circulation pump hot water system | 230V AC |
14 (DO 4) | Cooling pump | 24V AC |
15 (DO 5) | DX Cooling step 1 | 24V AC |
16 (DO 6) | DX Cooling step 2 | 24V AC |
17 (DO 7) | Alarm output for DO signals | 24V AC |
30 (AI Ref) | Supply air temperature sensor reference | neutral |
31 (AI 1) | Temperature sensor, supply air | |
40 (Agnd) | UI reference | neutral |
41 (UAI 1/UDI 1) | Pressure transmitter extract air | |
42 (UAI 2/UDI 2) | Pressure transmitter supply air | |
44 (UAI 3/UDI 3) | Frost protection sensor water heating battery | Use terminal 40 as reference |
43 (DI ref) | Extended running/Fire alarm reference | + 24V DC |
P1:50/P2:60 (B) | Exo-line B | Modbus, Exo-line connection |
P:151/P2:61 (A) | Exo-line A | Modbus, Exo-line connection |
P1:52/P2:62 (N) | Exo-line N | Modbus, Exo-line connection |
74 (DI 4) | Extended running | Normally open contact, Use terminal 4 as reference |
75 (DI 5) | Fire alarm | Normally open contact, Use terminal 4 as reference |
76 (DI 6) | External stop | Normally open contact, Use terminal 4 as reference |
90 (Agnd) | AO Reference | neutral |
93 (AO 3) | Control signal valve actuator, Water Heating | 0-10V DC |
94 (AO 4) | Control signal valve actuator, Cooling | 0-10V DC |
Notes:
- 1 Maximum current load for all DO combined: 8A
- 2 Connection to external pressure sensor in case of pressure controlled unit (VAV).
- 3 These inputs may only be wired to voltage-free contacts.
4.6.7 BMS Connection
Communication possibilities for controller E283 WEB:
- RS485(Modbus): 50-51-52 or 60-61-62
- RS485(BACnet): 50-51-52 or 60-61-62
- RS485(Exoline): 50-51-52-53 or 60-61-62-63
- TCP/IP Exoline
- TCP/IP Modbus
- TCP/IP WEB
- TCP/IP BACnet
4.7 Installing the Control Panel
4.7.1 Dimensions
Control panel dimensions (mm):
Position | Dimensions (mm) |
---|---|
A | 115.0 |
B | 94.0 |
C | 26.0 |
D | c/c 60.0 |
E | 50.5 |
4.7.2 General Information
The control panel is delivered connected to the Corrigo control unit in the electrical connection box. The cable length is 10 m. Wires on the back of the control panel can be loosened if detachment is needed. Self-adhesive magnet strips are included for installation on metal surfaces.
4.7.3 Installation
- Find an appropriate place to install the control panel. Maximum cable length between panel and unit is 100 m.
- If needed, drill two holes in the wall to hang the control panel (center-to-center: 60 mm).
Figure 14: Control panel wire connections
Position | Description |
---|---|
1 | Mounting holes |
2 | Connection block |
3 | Connection to brown cable |
4 | Connection to yellow cable |
5 | Connection to white cable |
6 | Connection to black cable |
4.8 Additional Equipment
For information on additional external equipment such as valve actuators, motorized dampers, E-tool, roof units, wall grilles, etc., refer to the technical catalogue and their enclosed instructions. For electrical connections of external components, see the enclosed wiring chart.