Installation Instruction CTS 600 by Nilan VPM 120 VPM 240 VPM 360 VPM 480 VPM 560 Version: 5.02, 17-10-2011
Table of contents Table of contents... 2 Figures... 2 General information before installation... 3 Electrical installation... 4 Setting up VPM... 5 Condensation outlet/water lock... 6 Heating element, water (option)... 7 Guide to performance data, water heating element... 8 Heating element, electric (option)... 11 Guide to performance data for electric heating element... 11 Setting up the CTS 600 control system... 12 Activating service menu... 12 Heating element... 13 Air exchange... 14 Defroster... 15 Temp. control... 16 Inlet control... 17 Room control... 18 Restart... 19 Reset... 20 Manual... 21 Guide to unit dimensions... 22 Accessories/spare parts... 23 Figures Figure 1: CTS 600 control panel... 4 Figure 2: Setting up the unit... 5 Figure 3: Installing water lock... 6 Figure 4: Recommended water circulation system installation... 7 Figure 5: CTS 600 control panel... 12 Figure 6: Main points of service menu... 12 Figure 7: "Heating element" menu... 13 Figure 8: "Air exchange" menu... 14 Figure 9: "Defrost" menu... 15 Figure 10: "Temp. control" menu... 16 Figure 11: "Inlet control" menu... 17 Figure 12: "Room control" menu... 18 Figure 13: "Restart" menu... 19 Figure 14: "Reset" menu... 20 Figure 15: "Manual" menu... 21 Figure 16: Guide to unit dimensions... 22
General information before installation Check that the following documents have been supplied with the unit: - Installation Guide (this document) - CTS 600 User Guide - Wiring diagram If you have any questions concerning installation after reading the guide, please contact your nearest Nilan dealer via www.nilan.dk/dealers The unit is designed for installation of supplementary heating elements (electric or water) for additional heating of inlet air. The unit is supplied as standard with filter classes F5 (EU5) for exhaust and F7 (EU7) for inlet air. The unit is operated by a CTS 600 control system, featuring a wide range of functions, e.g. menucontrolled operation, weekly programme, filter monitor with timer, adjustment of fan speed etc. (CTS 600 is described in a separate user guide supplied with the system). For spare parts and other accessories, see page 23. All rights reserved Page 3 of 24
Electrical installation Electrical installation/power supply (including safety switch) must be installed by an authorised electrician. Connect the unit according to the wiring diagram supplied. Each ventilation part must be connected to mains electricity before the unit can be started. The unit is supplied with a 1m test cable for the CTS 600 panel. The panel is connected to the CTS 600 control system in the unit by cable type 2 x 2 x 0.25 mm2 twisted pair (max. length 50 m). The CTS 600 panel must be placed in a dry, frost-free place. The integrated sensor prevents further cooling of the building in the event of breakdown of the primary heating supply, by stopping the ventilation unit if the panel sensor goes below its set value. (factory set at 10 C, can be set between 1 C and 20 C). Figure 1: CTS 600 control panel If an electric or water heating element is fitted in the unit, the regulation valve and circulation pump must be connected according to the wiring diagrams supplied. All rights reserved Page 4 of 24
Setting up VPM During set up, future service and maintenance should be taken into account. We recommend a minimum gap in front of/behind the unit according to N/M, O/P - measurements (see Figure 16Figure 16, page 22). The individual nozzles are labelled to simplify setting up. Please note the attached labels. The nozzles and duct system are connected by flexible pipes (flex-pipes, sound-insulated flex-pipes or other type). A non-return damper should be fitted to prevent condensation, frost and heat loss. Dampers can be controlled via the CTS 600 control system. The unit must be installed level for the sake of the condensation outlet. The condensation outlet requires clearance of min. 120 mm under the drain nozzle (see Figure 3, page 6). No additional insulation is required, as the unit is supplied with 50 mm of insulation as standard. If installed outdoors, the unit must be covered (above its top at the least) to prevent water getting in. Although the unit generates practically no noise or vibration, measures should be taken to prevent vibration radiating into the building. To separate the unit from the surface it stands on, we recommend placing it on vibration dampers. Top cover for outdoor installation. Toplåg for udvendig opstilling (Accessories) (tilbehør) Vibration absorber. Vibrationsdæmpere (Accessories) (tilbehør) Figure 2: Setting up the unit All rights reserved Page 5 of 24
Condensation outlet/water lock VPM models are supplied with a 20 mm condensation outlet (PVC, GF fittings). The drain is located under the discharge air nozzle. The unit is supplied with a fitting in front of the drain for protection during transportation. Remove the fitting before fitting the water lock. A water lock is required connected to the condensation outlet. A pipe with a consistent fall of at least 1 cm per metre must connect the condensation nozzle to the nearest drain. Protect the pipe from frost. It may be necessary to fit a heating cable to the condensation outlet to prevent icing, running from the unit to the house climate screen. The electrician is responsible for protecting the condensation outlet from frost. There can be underpressure of up to 500 Pa (= 50 mm water column) in the drain during operation. The height difference in the water lock must therefore be minimum 50 mm. The first bend in the water lock must be at least double the length to ensure flow of condensate water. The condensation outlet must be airtight from the unit to the water lock to ensure unobstructed flow of condensate water away from the unit. If the condensation outlet is not airtight, air will be drawn in and the water will not flow away from the unit. The water lock can dry out and prevent water from draining from the condensation tray. It should therefore be checked regularly, and topped up with water as required. Filling the water in the lock above the minimum requirement will reduce the need for topping up. Ø20mm drain VPM min. 50mm. min. 78mm min. 50mm. Figure 3: Installing water lock Once the water lock is installed, test its function as follows (the unit must be connected to the duct system, and covers in place): Fill the condensation tray with water. Start the unit at highest fan speed with the doors closed. Allow the unit to run for a few minutes. Check there is no water in the condensation tray when the test is concluded. All rights reserved Page 6 of 24
Heating element, water (option) Connection of the heating element must be performed by an authorised plumber. If the unit is installed outdoors, or outside the building's climate screen, protect the installation against frost damage. The heating element is installed inside the unit by the factory if ordered as an option. If retrofitting a water heating element, it must be activated in the CTS 600 control system as described on page 13. Pass the pipe connections to the element through the inlet nozzle side. It is important that the pipes are supported from the element where connected. See figure for recommended mixing loop. Connect, bleed and check the system for leaks. The unit can then be started. Check and clean the dirt trap after flushing the system. The distance between the water circulation system and heating element should not exceed 2 metres to ensure stable adjustment of the element. Avoid installing pipes in the unit such that the fan cannot be removed. 4 3 A 1 AB 2 5 Heating surface Flow B Reguleringsventil: PN = 16 bar Max. diff. Tryk = 3,5 bar Air flow Retur 4 T9 B3 Figure 4: Recommended water circulation system installation Note: Temperature sensor T9 and frost thermostat sensor B3 are fitted on the heating element's air exhaust side, near the return water connection. See wiring diagram for connection. 1: Actuator and regulating valve: VPM 120, type Danfoss AME 140/24V, - 3-way valve VZ3 DN15 Kv 0.63, (supplied by Nilan) VPM 240, type Danfoss AME 140/24V, - 3-way valve VZ3 DN15 Kv 1.6, (supplied by Nilan) VPM 360, type Danfoss AME 140/24V, - 3-way valve VZ3 DN15 Kv 2.5, (supplied by Nilan) VPM 480, type Danfoss AME 140/24V, - 3-way valve VZ3 DN15 Kv 4.0, (supplied by Nilan) VPM 560, type Danfoss AME 140/24V, - 3-way valve VZ3 DN15 Kv 4.0, (supplied by Nilan) 2: Circulation pump, e.g. Grundfos UPS 25-40 or equivalent (not supplied by Nilan) 3: Dirt trap (not supplied by Nilan) 4: Shut-off cock (not supplied by Nilan) 5: Air vent (not supplied by Nilan) All rights reserved Page 7 of 24
Guide to performance data, water heating element The table below shows heat production at various supply and return temperatures - at 5 C inlet after the heat pump and before the heating element. Supply/return temperature Guide to performance data for VPM 120 water heating element Pipe connection: Ø15 (for factory-fitted element) Air volume Performance Inlet air temperature (at temperature of 5 C just before the element) Pressure drop on water side Pressure drop on air side Water volume [ C] [m3/h] [kw] [ C] [kpa] [Pa] [l/h] 40/30 400 3 26.1 5 4.3 259 Recommended Kv value for valve 600 4 23.7 8.4 8.4 344 800 4.8 22 11.8 13.5 416 1,000 5.6 20.7 15.3 19.5 480 1,200 6.2 19.6 18.7 26 537 60/40 400 4.5 36.8 2.9 4.3 196 600 6 33.1 4.8 8.4 260 800 7.2 30.5 6.7 13.5 314 1,000 8.3 28.4 8.6 19.5 361 1,200 9.3 26.8 10.5 26 403 70/40 400 5 39.9 1.6 4.3 144 Kv = 0.63 600 6.5 35.6 2.7 8.4 189 800 7.9 32.7 3.7 13.5 228 1,000 9 30.4 4.7 19.5 261 1,200 10 28.6 5.8 26 291 Supply/return temperature Guide to performance data for VPM 240 water heating element Pipe connection: Ø22 (for factory-fitted element) Air volume Performance Inlet air temperature (at temperature of 5 C just before the element) Pressure drop on water side Pressure drop on air side Water volume [ C] [m3/h] [kw] [ C] [kpa] [Pa] [l/h] 40/30 800 5.6 24.9 7.6 6 162 Recommended Kv value for valve 1,200 7.5 22.5 12.5 12 642 1,600 8.9 20.8 17.4 19 772 2,000 10 19.1 18 28 784 2,400 10.8 17.7 17.8 38 778 60/40 800 8.5 34.9 4.4 6 368 1,200 11.2 31.2 7.1 12 484 1,600 13.4 28.6 9.9 19 581 2,000 15.3 26.6 12.6 28 665 2,400 17.1 25 15.3 38 740 70/40 800 9.3 37.7 2.4 6 269 Kv = 1.6 1,200 12.1 33.5 3.9 12 352 1,600 14.5 30.6 5.4 19 421 2,000 16.6 28.4 6.9 28 481 2,400 18.4 26.6 8.3 38 534 All rights reserved Page 8 of 24
Supply/return temperature Guide to performance data for VPM 360 water heating element Pipe connection: Ø22 (for factory-fitted element) Air volume Performance Inlet air temperature (at temperature of 5 C just before the element) Pressure drop on water side Pressure drop on air side Water volume [ C] [m3/h] [kw] [ C] [kpa] [Pa] [l/h] 40/30 1,200 8.5 25 9.8 6 734 Recommended Kv value for valve 1,800 11.2 22.3 16.1 12 968 2,400 12.8 20.1 14.8 20 923 3,000 14.3 18.8 15.6 28 949 3,600 15.5 17.1 15.8 39 952 60/40 1,200 12.8 35.1 5.6 6 556 1,800 16.8 31.4 9.2 12 731 2,400 20 28.7 12.7 20 877 3,000 23.1 26.7 16.2 28 929 3,600 24.9 24.5 15.6 39 981 70/40 1,200 14.1 38 3.2 6 407 Kv = 2.5 1,800 18.4 33.8 5.1 12 533 2,400 22 30.8 7 20 637 3,000 25.1 28.6 8.9 28 728 3,600 27.9 26.8 10.8 39 808 Guide to performance data for VPM 480 water heating element Pipe connection: Ø22 (for factory-fitted element) Air volume Supply/return temperature Performance Inlet air temperature (at temperature of 5 C just before the element) Pressure drop on water side Pressure drop on air side Water volume [ C] [m3/h] [kw] [ C] [kpa] [Pa] [l/h] 40/30 1,600 11.1 24.6 6.1 7 962 2,400 14.7 22.2 10.0 13 1265 3,200 17.6 20.5 13.9 21 1520 4,000 20.2 19.2 17.8 30 1742 4,800 22.5 18.2 21.6 40 1930 60/40 1,600 16.8 34.5 3.5 7 727 2,400 22.0 30.8 5.7 13 954 3,200 26.3 28.2 7.9 21 1143 4,000 30.1 26.2 10.0 30 1307 4,800 33.5 27.7 12.2 40 1454 70/40 1,600 18.3 37.3 2.0 7 531 2,400 23.9 33.1 3.2 13 693 3,200 28.5 30.1 4.3 21 827 4,000 32.6 27.9 5.5 30 944 4,800 36.1 26.2 6.5 40 1048 Recommended Kv value for valve Kv = 4.0 All rights reserved Page 9 of 24
Guide to performance data for VPM 560 water heating element Pipe connection: Ø22 (for factory-fitted element) Air volume Supply/return temperature Performance Inlet air temperature (at temperature of 5 C just before the element) Pressure drop on water side Pressure drop on air side Water volume [ C] [m3/h] [kw] [ C] [kpa] [Pa] [l/h] 40/30 1,900 12.5 23.6 7.6 9 1082 2,800 16.2 21.3 12.0 17 1397 3,700 19.3 19.7 16.4 26 1662 4,600 21.9 18.4 20.7 38 1892 5,600 24.5 17.4 25.4 52 2118 60/40 1,900 18.8 33.0 1.3 9 818 2,800 24.2 29.4 6.8 17 1052 3,700 28.8 26.9 9.2 26 1248 4,600 32.7 25.0 11.6 38 1419 5,600 36.6 23.4 14.2 52 1586 70/40 1,900 20.5 35.5 2.4 9 596 2,800 26.3 31.5 3.7 17 763 3,700 31.1 28.7 5.1 26 902 4,600 35.3 26.6 6.3 38 1023 5,600 39.4 24.8 7.7 52 1141 Recommended Kv value for valve Kv = 4.0 IMPORTANT, ref. Danfoss Actuator type AME 140: Refitting the actuator MUST be performed as follows: 1. Disconnect mains electricity and remove the actuator cover. 2. Release the gear by depressing the button under the housing whilst screwing the shaft upwards (counter clockwise) as far as it will go. 3. Fit the actuator and connect electricity. 4. DIP switch no. 1 switch to ON and then to. 5. Calibration will run automatically for up to 6 minutes. (Diode will flash during calibration and then be constantly lit). 6. Fit actuator cover. Ambient temperature for Danfoss Actuator type AME 140/24 V is 0 C to 55 C. All rights reserved Page 10 of 24
Heating element, electric (option) The electric heating element is installed by the factory if ordered as an option. If retrofitting an electric heating element, it must be activated in the CTS 600 control system as described on page 12. The element is binary controlled in 7 steps. The electric heating element must be connected by an authorised electrician. Guide to performance data for electric heating element The table below shows heat production for various air volumes - at 5 C inlet air after the heat pump and before the heating element. Guide to performance data for VPM 120 electric heating element Air volume Max. output Inlet air temperature (at temperature of 5 C just before the element) [m3/h] [kw] [ C] 400 4.9 41 600 4.9 29 800 4.9 23 1,000 4.9 19 1,200 4.9 17 Guide to performance data for VPM 240 electric heating element Air volume Max. output Inlet air temperature (at temperature of 5 C just before the element) [m3/h] [kw] [ C] 800 7 30 1,200 7 17 1,600 7 14 2,000 7 12 2,400 7 11 Guide to performance data for VPM 360 electric heating element Air volume Max. output Inlet air temperature (at temperature of 5 C just before the element) [m3/h] [kw] [ C] 1,200 14 39 1,800 14 28 2,400 14 22 3,000 14 19 3,600 14 16 All rights reserved Page 11 of 24
Setting up the CTS 600 control system This chapter focuses on the CTS 600 control system service menu. Daily use of the CTS 600 control system: see the CTS 600 user guide supplied. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on Figure 5: CTS 600 control panel Activating service menu Hold q and key down simultaneously for 10 secs. The service menu will now be available. Press the q key until SERVICE appears on the display. Press to open the service menu. Scroll through the menu using the pq keys. The main points of the service menu are shown below: SERVICE HEATING SURFACE AIR EXCHANGE DEFROST TEMP. ROOM KONTROL RESTART PRESET MANUEL Figure 6: Main points of service menu All rights reserved Page 12 of 24
Heating element The unit is prepared for installation of a supplementary heating element. If the element is supplied and fitted by Nilan, it will be activated in the CTS 600 control system. A water or electrical heating element can be retrofitted. The element must be activated in the CTS 600 control system to work as part of the unit, and to activate frost protection for the element. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HEATING SELECT SURFACE WATERSUP AIR EXCHANGE DEFROST TEMP. ROOM KONTROL RESTART PRESET MANUEL DELAY 0 MIN Delay between start of ventilators and heating surface (0 60 minutes) SELECT EB SUP SELECT EL SUP SELECT Without Heating Surface SELECT WATERSUP Should be chosen when installing a heating surface for water. Controlled via 0-10 V signal LMC-200 PCB should be installed. Otherwise Alarm 90 slave I/O occurs. Should be chosen when installing an electrical heating surface, binary controlled (connection of steps via relays on CTS 600 PCB) Should be chosen when installing an electrical heating surface, controlled via 0-10 V signal LMC-200 PCB should be installed. Otherwise Alarm 90 slave I/O occurs. Figure 7: "Heating element" menu All rights reserved Page 13 of 24
Air exchange The air exchange menu can be used to set 4 ventilation steps (air volumes) for the unit. Inlet air and exhaust air can be set individually for each ventilation step. A minimum ventilation step can be set for inlet, and min./max. ventilation steps for exhaust. A delay can be set from when the unit switches on until the fan starts, to give the non-return damper time to open. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HOTWATER AIR EXCHANGE DEFROST MIN 0 EXHAUST MIN 1 The lowest permissible ventilation step for fresh air/inlet (0-2) The lowest permissible ventilation step for outlet/exhaust (1-2) TEMP. EXHAUST MAX 4 The highest permissible ventilation step for outlet/exhaust (3-4) ROOM RESTART PRESET >1< 35% EXHAUST >1< 35% DELAY 2 MIN Settings of the 4 ventilation levels of inlet/supply air (20-100 %) Factory settings: Level 1: 35 % Level 2: 50 % Level 3: 75 % Level 4: 100 % Settings of the 4 ventilation levels of exhaust/extract air (20-100 %) Factory settings: Level 1: 35 % Level 2: 50 % Level 3: 75 % Level 4: 100 % Delay of fan start, enabling the damper to open completely before the fans start. (0-4 minutes) Figure 8: "Air exchange" menu All rights reserved Page 14 of 24
Defroster The Defrost menu is used to programme the unit for defrosting the condenser surface for exhaust. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HEATING SURFACE AIR EXCHANGE AIR EXCH LOW DEFROST TEMP. AIR EXCH USER AIR EXCH USER AIR EXCH Constant air flow during defrosting. ROOM RESTART Airflow stopped during defrosting (should be used when exhaust air temperature is less than 10 C). PRESET Figure 9: "Defrost" menu All rights reserved Page 15 of 24
Temp. control The Temperature control menu is used to select the master temperature sensor for the unit. A minimum value can be entered to stop the unit in the event of loss of the primary heating supply to prevent further cooling of the building. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HEATING SURFACE AIR EXCHANGE DEFROST Indicates which sensor is to be the controlling one: ROOM: T15 (panel sensor) ROOM EXT: T10 (installed in an extract fitting of your choice) : T7 (Inlet air temperature is chosen in the menu. T7/2 is the controlling sensor. Max/ min limits are not active) SENSOR SENSOR EXTERNAL TEMP. SENSOR PANEL SENSOR PANEL PRIORITY HP+EXT PRIORITY HP+EXT ROOM ROOM LOW 10 C PRIORITY HP RESTART PRIORITY PRESET The unit stops at this room temperature (1-20 C) - - means that the function is unactive. - - should be chosen if the panel is placed in a cold environment. : ventilation without heatpump HP: ventilation only with heatpump activ HP+EXT: ventilation with heatpump and heating surface activ Figure 10: "Temp. control" menu All rights reserved Page 16 of 24
Inlet control The Inlet control menu can be used to set the regulator for the inlet air temperature. The parameters in the " menu should only be adjusted by authorised personnel. (To reset factory settings, see page 20). Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HOTWATER AIR EXCHANGE DEFROST TEMP. GAIN 7.0%/ ROOM INTEGRAL 120s RESTART N- ZONE 2.0 C PRESET TMP- RAMP 0.10 /s PERIOD VERYFAST. CAP- RAMP 0.5%/s PERIOD FAST. The maximum condenser temperature can be adjusted to the ventilation system. Cooling mode: In case of outage of the high pressure sensitive switch, Max 55 C can be lowered to e.g. 50 C. When the cooling output is reduced due to hot gas bypass, Max 55 C can be raised to 57-60 C. In case of high pressure outage, the temperature is lowered. COND MAX 55 C PERIOD AUTO HEATPUMP RST 6m PERIOD NORMAL PERIOD AUTO The minimum length of time (in minutes) the compressor must be stopped before restarting. Figure 11: "Inlet control" menu All rights reserved Page 17 of 24
Room control The Room control menu can be used to set the regulator for the room temperature. The menu will NOT appear if T7 is selected as the master sensor on the Temp. control menu. The parameters in the "ROOM menu should only be adjusted by authorised personnel. (To reset factory settings, see page 20). Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HEATING SURFACE AIR EXCHANGE DEFROST TEMP. RESPONSE USER RESPONSE USER RESPONSE FAST GAIN 6.0 / ROOM RESPONSE NORMAL RESPONSE NORMAL INTERGRAL 6m RESTART N-ZONE 0.5 C RESPONSE SLOW N-ZONE 0.5 C PRESET N-ZONE is the chosen neutral zone between heating and cooling mode, when you choose AUTO in the main menu. N-ZONE = 0.5: This setting activates the adjustment at 0.25 C above and below the desired room temperature in heating and cooling mode, respectively. If the N-ZONE is set to 2.0, the adjustment is activated at 1 C above and below the desired room temperature. Rum control parametres : Response Gain Integral Slow 4.0 12 Normal 6.0 6 Fast 8.0 4 User 6.0 6 Figure 12: "Room control" menu All rights reserved Page 18 of 24
Restart The Restart menu is used to set the unit for automatic restart in the event of a high/low pressure fault. The "HP/LP" setting in the Restart menu must not be used for normal operation. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HEATING SURFACE AIR EXCHANGE DEFROST TEMP. ROOM RESTART PRESET RESTART HP/LP RESTART This function may not be used under normal conditions. (the function indicates that the unit should restart automatcally when high-pressure/lowpressure alarms occur.) Indicates that the unit should not restart automatically when highpressure/low-pressure alarms occur. Figure 13: "Restart" menu All rights reserved Page 19 of 24
Reset The Reset menu is used to restore the factory settings for the unit. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on SERVICE HEATING SURFACE AIR EXCHANGE DEFROST TEMP. ROOM When standard is chosen all factory settings are reset. An eventual supplementary heating surface must be re-activated. A heating surface is NOT frost-protected until it is correctly installed and activated in the service menu. RESTART PRESET STANDARD PRESET PRESET Figure 14: "Reset" menu All rights reserved Page 20 of 24
Manual The Manual menu is used for performing a manual test of the unit's functions. Use of the CTS600 panel: - press ESC to go one step back in the menu - press qpto move up or down in a menu or to adjust an activated menu - press to activate a menu - press to confirm a menu - press to turn off the unit - press ON to turn the unit on tt SERVICE HEATING SURFACE AIR EXCHANGE DEFROST VEN+HEAT Manual test of ventilation & heat. Under test there are 50% signal to the heating surface TEMP. VENT+CPR Manual test of ventilation & compressor EXHAUST Manual test of exhaust ROOM Manual test of inlet RESTART PRESET FLAPS DEFROST Manual test of flaps Manual test of the defrost function. Manual test de-activated (normal working) Figure 15: "Manual" menu All rights reserved Page 21 of 24
Guide to unit dimensions The unit dimensions are shown on a left model (supply air on the left side, seen from the front). The dimensions are reversed for a right model. Feedthrough for water heatingelement Air Inlet Fresh Air Air Exhaust Air Dischange Condencation drain (20 MM) Recommended service distance Recommended service distance Figure 16: Guide to unit dimensions A W C D F G H I J VPM 120 1,975 675 990 1,000 110 Ø315 264 424 302 VPM 240 2,155 750 1,240 1,200 110 Ø400 326 549 365 VPM 360 2,255 940 1,400 1,200 110 Ø500 366 629 405 K L M N O P Q R S VPM 120 52 516 675 2,976 500 1,975 76 591 312 VPM 240 52 565 750 3,260 750 2,155 80 719 428 VPM 360 52 565 900 3,360 900 2,255 125 789 511 Weight excluding packaging [kg] Insurance [A] VPM 120 250 3x13 3x400 VPM 240 350 3x16 3x400 VPM 360 450 3x16 3x400 Mains electricity supply [V(AC)] All rights reserved Page 22 of 24
Accessories/spare parts VPM 120 Filter class Name Quantity Nilan item number F5 (Standard in exhaust) HI-FLO 490 x 392 4 x 380 40 1 3948 F7 (Standard in inlet) HI-FLO 490 x 392 8 x 380 85 1 3949 VPM 240 Filter class Name Quantity Nilan item number F5 (Standard in exhaust) HI-FLO 592 x 490 6 x 380 40 1 3950 F7 (Standard in inlet) HI-FLO 592 x 490 12 x 380 85 1 3951 VPM 360 Filter class Name Quantity Nilan item number F5 (Standard in exhaust) HI-FLO G3BG 4050 380 HI-FLO G3CG 4050 380 1 1 3944 3945 F7 (Standard in inlet) HI-FLO G3UFG 85/56 38 HI-FLO G3UFG 85/36 38 1 1 3946 3947 VPM 480 Filter class Name Quantity Nilan item number F5 (Standard in exhaust) HI-FLO G3BG 4050 380 2 3944 F7 (Standard in inlet) HI-FLO G3UFG 85/56 38 2 3946 VPM 560 Filter class Name Quantity Nilan item number F5 (Standard in exhaust) HI-FLO G3BG 4050 380 2 3944 F7 (Standard in inlet) HI-FLO G3UFG 85/56 38 2 3946 Water heating element + regulator (internal) Unit Quantity Nilan item number VPM 120 1 76792 VPM 240 1 76794 VPM 360 1 76796 VPM 480 1 76797 VPM 560 1 76797 Electric heating element (internal) Unit Output Quantity Nilan item number VPM 120 4.9 kw 1 76131 VPM 240 7.0 kw 1 76141 VPM 360 14 kw 1 76151 VPM 480 14 kw 1 76161 VPM 560 14 kw 1 76161 Cover for outdoor installation Unit Name Quantity Nilan item number VPM 120 1 780521 VPM 240 Cover for outdoor installation 1 781021 VPM 360 1 781521 Vibration absorbers Unit Name Quantity Nilan item number VPM 120 Sylomer (Green) 4 3045 VPM 240 Sylomer (Brown) 4 3046 VPM 360 Sylomer (Brown) 4 3046 VPM 480 Sylomer (Brown) 4 3046 VPM 560 Sylomer (Brown) 4 3046 All rights reserved Page 23 of 24
Heating cable for condensation outlet (frost protection) Unit Name Nilan item number VPM 120 VPM 240 VPM 360 VPM 480 VPM 560 Heating cable (state length when ordering) 2172 Non-return damper Unit Name Voltage Nilan item number VPM 120 DTBU315 8432 VPM 240 DTBU400 230V (AC) 8433 VPM 360 DTBU500 8434 All rights reserved Page 24 of 24