ELECTRONIC FAN SPEED CONTROL

Transcription

1 ELECTRONIC FAN SPEED CONTROL Our electronic speed controllers are based on the principle of phase angle control by means of triacs. They are applicable for the adjustment of single phase voltage controllable asynchronous electric motors to control the speed. S.3

2 Table of contents Electronic fan speed control Hand-set S.3.1.M.1 EL Electronic fan speed controller S.3.1.M.2 ET Electronic fan speed controller S.3.1.M.3 LT Electronic fan speed controller S.3.1.M.4 MT Electronic fan speed controller S.3.1.M.5 STK Electronic fan speed controller S.3.1.M.6 STL Electronic fan speed controller, 230 VAC S.3.1.M.7 SLM Electronic controller, 230 VAC with light switch S.3.1.M.8 STLS Electronic fan speed controller with TK S.3.1.D.1 DR Electronic fan speed controller DIN Automatic S GTE Electronic temperature controller S MFC Multifunctional electronic fan speed controller S GRC Temp / rh electronic two fan speed controller S EVS Electronic fan speed controller S EVSS Electronic fan speed controller with TK S.3.2.D.1 MVS Electronic fan speed controller for DIN rail S.3.2.D.2 MVSS Electronic fan speed controller with TK for DIN rail 3SM devices S TE2S Digital electronic fan speed controller temperature / time S TE1S Digital electronic fan speed controller temperature / time S TC2S Digital electronic fan speed controller temperature-co 2 / time S TC1S Digital electronic fan speed controller temperature-co 2 / time S CO2S Digital electronic fan speed controller temperature-co 2 / time S CO1S Digital electronic fan speed controller temperature-co 2 / time S DP2S Digital electronic controller differential pressure / time S DP1S Digital electronic controller differential pressure / time S RH2S Digital electronic fan speed controller rel. humidity / time S RH1S Digital electronic fan speed controller rel. humidity / time Systems S HCT+PCH Hood controller Automatic three-phase S TVSS5 Electronic three phase fan speed controller

3 O UR ELECTRONIC SPEED CONTROLLERS are based on the principle of phase angle control by means of triacs. They are applicable for the adjustment of single phase voltage controllable asynchronous electric motors to control the speed. Do not hesitate to ask for product modifications. We can fulfill your requirements perfectly. Preventing hum It is common knowledge that triac control can cause a hum in the motor. Here are some tips to prevent this: Consult the motor manufacturer about motor s suitability for electronic triac/thyristor control. Select the motor and the controller as small as possible: the load on the motor must be at least 75% of the nominal power of the motor at maximum speed. Avoid over-dimensioning the controller. Preferably use permanent split capacitor and shaded pole motors, voltage controllable. 4-pole motors have a greater control range than 6- or 8-pole ones. 2-poles are difficult to control at low speeds (below 600rpm) and cause start problems at low voltages. Directly driven motors are preferable to belt-driven ones. Use insulation class F wound motors. Types: 230 VAC, 50 Hz VAC, 50/60 Hz Types: 115 VAC, 60 Hz 168

4 EL electronic fan speed controller These controllers provide hand control of the rotational speed of voltage controllable (230 VAC, 50 Hz) motors by varying the supplied voltage through phase angle control. Suitable for inset as well as for surface mounting, the splash-proved housing allows use in demanding (moist) environments. An orange LED indicates the operation status. Several motors can be connected as long as the current limit is not exceeded. All models have an extra (not regulated) 230 VAC output/input. These speed controllers offer an excellent and accurate regulation. FEATURES Supply: 230 VAC - 50 Hz Infinitely variable speed control Fuse 5*20 mm, spare fuse included Minimum speed adjustable by trimmer Inset mounting: IP44/surface mounting: IP54 Plastic enclosure external: ASA, RAL 9010 white-ivory, internal: polyamide according to IEC Max. ambient temperature: 35 C According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC ELX15-AT ELX25-AT ELY15-AT ELY25-AT Current rating A A A A Fuse F 2.0 A-H F 3.15 A-H F 2.0 A-H F 3.15 A-H Control from max. to min. speed from min. to max. speed WIRING DIAGRAM 6 1 Power supply 230 VAC, 50 Hz VAC not regulated output for connecting lamp, valve, dampers... or three wire motor connection; branched off after switch (Imax: 2A) Input: to bypass switch N Neutral 3 Regulated output to motor 4 Fuse holder with spare 5 Minimum speed adjustment trimmer 6 Control light DIMENSIONS & FIXING net weight gross weight ELX-0-15-AT 175 g 200 g ELX-0-25-AT 210 g 235 g ELY-0-15-AT 175 g 200 g ELY-0-25-AT 210 g 235 g S.3.1.M.1 169

5 ET electronic fan speed controller These controllers provide hand control of the rotational speed of voltage controllable (230 VAC, 50 Hz) motors by varying the supplied voltage through phase angle control. Suitable for inset as well as for surface mounting, the splash-proved housing allows use in demanding (moist) environments. Several motors can be connected as long as the current limit is not exceeded. All models have an extra (not regulated) 230 V output/input. These speed controllers offer an excellent and accurate regulation. FEATURES Supply: 230 VAC - 50 Hz Infinitely variable control Fuse 5*20 mm, spare fuse included Minimum speed adjustable by trimmer Inset mounting: IP44/surface mounting: IP54 Plastic enclosure external: ASA, RAL 9010 white-ivory, internal: polyamide according to IEC Max ambient temperature: 35 C According to the low voltage directive: 2006/95/EC/the EMC directive: 2004/108/EC ETX15-AT ETX25-AT ETY15-AT ETY25-AT Current rating A A A A Fuse F 2.0 A-H F 3.15 A-H F 2.0 A-H F 3.15 A-H Control from max. to min. speed from min. to max. speed WIRING DIAGRAM 1 Power supply 230 VAC, 50 Hz VAC not regulated output for connecting lamp, valve, dampers... or three wire motor connection; branched off after switch (Imax: 2A) Input: to bypass switch N Neutral 3 Regulated output to motor 4 Fuse holder with spare 5 Minimum speed adjustment trimmer DIMENSIONS & FIXING order code net weight gross weight ETX-0-15-AT 175 g 200 g ETX-0-25-AT 210 g 235 g ETY-0-15-AT 175 g 200 g ETY-0-25-AT 210 g 235 g S.3.1.M.2 170

6 LT electronic fan speed controller These controllers provide hand control of the rotational speed of voltage controllable (230 VAC, 50 Hz) motors by varying the supplied voltage through phase angle control. Suitable for inset as well as for surface mounting, the splash-proved housing allows use in demanding (moist) environments. An orange LED indicates the operation status. Several motors can be connected as long as the current limit is not exceeded. All models have an extra (not regulated) 230 V output/input. These speed controllers offer an excellent and accurate regulation. FEATURES Supply: 230 VAC - 50 Hz Infinitely variable speed control Fuse 5*20 mm, spare fuse included Built-in temperature cut-off fuse Control: LTY from minimum to maximum speed / LTX from maximum to minimum speed Minimum speed adjustable by trimmer Inset mounting: IP44/surface mounting: IP54 Plastic enclosure external: ASA, RAL 9010 white-ivory, internal: polyamide according to IEC Max. ambient temperature: 35 C According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC LTX/LTY0 LTX/LTY1 LTX/LTY15 LTX/LTY2 LTX/LTY25 LTX/LTY4 Current rating (A) Fuse (A) 5*20 mm F 630 ma-h F 1.25 A-H F 2.00 A-H F 2.5 A-H F 3.15 A-H F 5.00 A-H IP 44/54 54 WIRING DIAGRAM 6 1 Power supply 230 VAC, 50 Hz VAC not regulated output for connecting lamp, valve, dampers... or three wire motor connection; branched off after switch (Imax: 2A) Input: to bypass switch N Neutral 3 Regulated output to motor 4 Fuse holder with spare 5 Minimum speed adjustment trimmer 6 Control light DIMENSIONS & FIXING order code net weight gross weight LTX-0-05-AT 175 g 200 g LTX-0-10-AT 210 g 235 g LTX-0-15-AT 210 g 235 g LTX-0-20-AT 215 g 240 g LTX-0-25-AT 215 g 240 g LTX-0-40-AT 300 g 325 g LTY-0-05-AT 175 g 200 g LTY-0-10-AT 210 g 235 g LTY-0-15-AT 210 g 235 g LTY-0-20-AT 215 g 240 g LTY-0-25-AT 215 g 240 g LTY-0-40-AT 300 g 325 g S.3.1.M.3 171

7 MT electronic fan speed controller These controllers provide hand control of the rotational speed of voltage controllable (230 VAC, 50 Hz) motors by varying the supplied voltage through phase angle control. Suitable for inset as well as for surface mounting, the splash-proved housing allows use in demanding (moist) environments. Several motors can be connected as long as the current limit is not exceeded. All models have an extra (not regulated) 230 V output/input. These speed controllers offer an excellent and accurate regulation. FEATURES Supply: 230 VAC - 50 Hz Infinitely variable speed control Fuse 5*20 mm, spare fuse included Built-in temperature cut-off fuse Control: MTY from minimum to maximum speed / MTX from maximum to minimum speed Minimum speed adjustable by trimmer Inset mounting: IP44/surface mounting: IP54 MTY4/MTX4 surface mounting: IP54 Plastic enclosure external: ASA, RAL 9010 white-ivory, internal: polyamide according to IEC Max ambient temperature: 35 C According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC MTX/MTY0 MTX/MTY1 MTX/MTY15 MTX/MTY2 MTX/MTY25 MTX/MTY4 Current rating (A) Fuse (A) 5*20 mm F 630 ma-h F 1.25 A-H F 2.00 A-H F 2.5 A-H F 3.15 A-H F 5.00 A-H IP 44/54 54 WIRING DIAGRAM 1 power supply 230 VAC, 50 Hz VAC not regulated output (for lamp, valve, dampers... or three wire motor connection; branched off after switch, Imax: 2A) or input to bypass switch N neutral 3 regulated output to motor 4 fuse holder with spare 5 minimum speed adjustment trimmer DIMENSIONS & FIXING net weight gross weight MTX-0-05-AT 175 g 200 g MTX-0-10-AT 210 g 235 g MTX-0-15-AT 210 g 235 g MTX-0-20-AT 210 g 235 g MTX-0-25-AT 215 g 240 g MTX-0-40-AT 300 g 325 g MTY-0-05-AT 175 g 200 g MTY-0-10-AT 210 g 235 g MTY-0-15-AT 210 g 235 g MTY-0-20-AT 210 g 235 g MTY-0-25-AT 215 g 240 g MTY-0-40-AT 300 g 325 g S.3.1.M.4 172

8 STK electronic fan speed controller The electronic speed controllers of the STK series control the speed of single phase (230 VAC - 50 Hz) voltage controllable motors by varying the supplied voltage through phase angle control. There is a potentiometer and a separate ON/OFF switch with built in telltale, the minimum speed allowed can be adjusted internally with a little trimmer (factory preset = 100 V). The terminal board has a supplementary connection to bypass the ON/OFF switch (automatic start) or to branch off 230 V not controlled (three wire motor connection, valve, lamp, damper, etc...). There are two working modes, internally selectable by placing or removing the red jumper on the PCB. 1. Hard start: The motor will always start (or restart) at max. speed for 8-10 seconds, after that the motor speed automatically follows the position of the potentiometer. 2. Normal start: the motor starts according to the position of the potentiometer. The IP 54 case allows the use in most demanding environments. FEATURES Supply: 230 VAC/50 Hz Infinitely variable control Minimum speed adjustable by internal trimmer Illuminated On/Off switch Max ambient temperature: 35 C Enclosure: plastic ASA, RAL 9010 ivory white, IP 54 According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC STK-0-08-AT STK-0-15-AT STK-0-30-AT Current rating A A A Fuse 5*20 mm F 1.5 A-H F 3 A-H F 5 A-H WIRING DIAGRAM O/D Min. speed adj. N L Pe L1 N N O/D Min. main supply 230 VAC/50 Hz earth connection unregulated out 230 VAC (2A) regulated output to motor jumper removed = normal startup jumper in place = kickstart mode minimum speed adjustment trimmer fuse DIMENSIONS & FIXING D E A B C E net weight gross weight STK-0-08-AT g 280 g STK-0-15-AT g 280 g STK-0-30-AT g 325 g S.3.1.M.5 173

9 STL electronic fan speed controller, 230 VAC The electronic speed controllers of the STL series control the speed of single phase (230 VAC - 50 Hz) voltage controllable motors by varying the supplied voltage through phase angle control. There is a potentiometer and a separate ON/OFF switch with built in telltale, the minimum speed allowed can be adjusted internally with a little trimmer (factory preset = 100 V). The terminal board has a supplementary connection to bypass the ON/OFF switch (automatic start) or to branch off 230 V not controlled (three wire motor connection, valve, lamp, damper, etc...). There are two working modes, internally selectable by placing or removing the red jumper on the PCB. 1. Kickstart: the motor will always start (or restart) at max. speed for 8-10 seconds, after which motor speed automatically follows the position of the potentiometer. 2. Normal start: the motor starts according to the position of the potentiometer. The IP 54 case allows the use in demanding environments. FEATURES Supply: 230 VAC - 50 Hz Infinitely variable control Minimum speed adjustable by internal trimmer Illuminated on/off switch Max ambient temperature: 35 C Plastic enclosure (R-ABS, UL94-V0, grey RAL 7035), IP 54 According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC STL-0-15-AT STL-0-30-AT STL-0-50-AT STL-0-60-AT STL-0100-AT Current rating A A A A A Fuse 5*20 mm F 2 A-H F 5 A-H F 8 A-H F 10 A-H F 16 A-H (6*32) WIRING DIAGRAM JP1 ( A) fuse PT1 L N N Pe L1 N N JP1 PT1 main supply 230 VAC - 50 Hz neutral earth connection unregulated out 230 VAC (2A) regulated output to motor jumper removed = normal working mode jumper in place = kickstart mode minimum speed adjustment trimmer JP1 ( A) DIMENSIONS & FIXING D E A B C D E net weight gross weight STL-0-15-AT g 370 g STL-0-30-AT g 440 g STL-0-50-AT g 585 g STL-0-60-AT g 795 g STL-0100-AT g 775 g S.3.1.M.6 174

10 SLM electronic controller, 230 VAC with light switch The electronic speed controllers of the SLM series have a separate front switch for controlling external lighting and two unregulated 230 VAC outputs to control an electric valve and for using auxiliary windings in three-wire motor connections (motor run capacitor). The working principle is based on zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control. The SLM has a potentiometer for regulating fan speed and a separate on/off switch with built-in light to indicate power status. The required minimum and maximum speed can be adjusted and there is a jumper to switch kickstart on or off. If on, the motor starts at the highest speed for about 6-7 seconds, after which it will descend to the speed set by the potentiometer. FEATURES Supply: 230 VAC - 50 Hz Infinitely variable control Normal or kickstart Min. and max. speed setting by trimmer Switch control (on/off) for external light Plastic enclosure (R-ABS, UL94-V0, grey RAL 7035), IP 54 Max. ambient temperature: 35 C According to the Low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC Current rating Fuse SLM-0-60-AT A F-10.0 A (5*20mm) SLM-0100-AT A F-16.0 A (6*32mm) WIRING DIAGRAM LAMP LAMP N L N Pe M N L1 N min. speed max. speed unregulated out 230 VAC (3A) neutral main supply 230 VAC 50 Hz earth connections regulated output to single phase motor unregulated out 230 VAC (2A) neutral minimum speed adjustment trimmer: V maximum speed adjustment trimmer: V DIMENSIONS & FIXING D E A B C D E net weight gross weight SLM-0-60-AT g 770 g SLM-0100-AT g 770 g S.3.1.M.7 175

11 STLS electronic fan speed controller with TK The electronic speed controllers of the STLS series control the speed of single phase voltage controllable motors (230 VAC/50 Hz) by varying the supplied voltage. The controller has TK contacts for the protection of motors equipped with thermal contacts (NC-contact). When motor overheating is detected the controller is shut down. The red indicator light and alarm output will signal this error condition (reset: main switch to off position and back). The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. OC (open contact - normal mode) and CC (closed contact - normal mode) inputs are provided for remote starting and stopping thermostats and/or frost protection, minimum and maximum speed allowed, etc. There is a potentiometer and a separate on/off switch with built-in telltale, the minimum speed allowed can be adjusted internally with a little trimmer. The terminal board has a supplementary connection to bypass the on/off switch (automatic start) or to branch off 230 V not controlled. There is a miniature switch to select kickstart (6-7 seconds full speed after (re)start) or not. FEATURES Supply: 230 VAC - 50 Hz STLS-15-AT STLS-30-AT STLS-60-AT STLS100-AT Infinitely variable control Current rating (A) A A A A Control: on/off switch / startup: cq.of potmeter / hard start: 6-7 sec. full speed Fuse (A) 5*20 mm F 3 A-H F 5 A-H F 10 A-H F 14 A-H (6*32) Minimum and maximum speed setting by trimmer Plastic enclosure (R-ABS, UL94-V0, grey RAL 7035), IP 54 Max ambient temperature: 35 C According to the Low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC WIRING DIAGRAM L-N power supply 230 VAC - 50 Hz power earth L1-N input to bypass the on/off contact 230 V non-controlled outputs OC normal open contact, connection for thermostat, timer, frost protection, remote on/off switch... CC normal closed contact, connection for thermostat, timer, frost protection (inverse logical), remote on/off switch... N-AL alarm output in case of motor fault 230 VAC/0,6 A (150 W) TK input thermal contacts of the motor M-N motor connection min. speed: from 70 to 150 V max. speed: from 170 to 230 V DIMENSIONS & FIXING D E order code A B C D E net weight gross weight STLS-15-AT g 370 g STLS-30-AT g 440 g STLS-60-AT g 765 g STLS100-AT g 740 g S.3.1.M.8 176

12 DR electronic fan speed controller DIN Adjustable electronic speed controller for single phase voltage controllable motors/fans. Suitable for DIN rail mounting (DIN EN 50022). Multiple fans can be connected as long as the current limit is not exceeded. All models have an extra unregulated 230 VAC output. KEY FEATURES Trimmer for minimum output voltage setting Green operation LED on/off Plastic enclosure for DIN-rail mounting IP30 Fused output TECHNICAL SPECIFICATIONS Article code Order code Regulation type Max load output Max. load L1 Fuse 5*20mm DRY-1-15-AT from min. to max. 1,5 A 0,5 A 3,15 A DRX-1-15-AT from max. to min. 1,5 A 0,5 A 3,15 A DRY-1-25-AT from min. to max. 2,5 A 0,5 A 5,0 A DRX-1-25-AT from max. to min. 2,5 A 0,5 A 5,0 A Supply 230 VAC/50-60 Hz ±10 %. Other specifications Operating temperature range: 0-40 C AREA OF USE Speed control of fans in ventilation systems WIRING DIAGRAM trimmer min. speed L power supply 230 VAC/50 60 Hz L1 unregulated output 230 VAC/50 Hz up to 0,5 A N neutral U regulated output trimmer trimmer to adjust the minimum output voltage from 100 VAC (counterclockwise) to 230 VAC (clockwise) S.3.1.D.1 177

13 OPERATION Operation graph Motor output [VAC] Vmax DRY Motor output [VAC] Vmax DRX Vmin Vmin 0 off 0 on max. off on min. ENCLOSURE Plastic enclosure for din rail mounting IP30 Dimensions & fixing Weight 1 unit 18 units DRY-1-15-AT 90 g g DRX-1-15-AT 90 g g DRY-1-25-AT 100 g g DRX-1-25-AT 100 g g STANDARDS CE conform Low Voltage Directive 2006/95/EC EMC Directive 2004/108/EC: EN :2007 and EN :2005 S.3.1.D.1 178

14 GTE electronic temperature controller The GTE controller automatically regulates the speed of single phase voltage controllable motors/fans (230 VAC-50 Hz) according to measured temperature values (PT500). The maximum speed can be adjusted with an internal trimmer. The minimum speed and temperature setpoint can be adjusted with external potentiometers. A version with Modbus RTU communication is also available. KEY FEATURES Potentiometer for temperature setpoint Potentiometer for minimum speed setting: Vmin = 80 to 160 VAC Internal trimmer for maximum speed setting: Vmax = 170 to 230 VAC Settable proportional range for hysteresis and proportional range Modbus RTU (RS485) (GTE-1-60-DM version) Plug-and-play (GTE-1-60-DT version) TECHNICAL SPECIFICATIONS Article codes Order code Temp. sensor Supply cable Modbus RTU Schuko socket GTE-1-60-DT included included - GTE-1-60-DM order seperately - - Supply 230 VAC ±10 %, 50 Hz In & outputs PT500 temperature probe input (pre-wired or separate available) Regulated output with Schuko socket (type CEE7, DIN standard) (GTE-1-60-DT version) Range 15 to 35 C Other specifications Output load: max. 6 A Operating temperature: 0 to 40 C AREA OF USE Greenhouses and temperature controlled ventilation systems S

15 WIRING DIAGRAM GTE-1-60-DT GTE-1-60-DM 230 VAC 230 VAC PT500 PT500 L N power supply 230 VAC/50 Hz Pe ground L1 230 VAC not regulated output (max. 2 A) GND T PT 500 connection L N power supply 230 VAC/50 Hz Pe ground L1 230 VAC not regulated output (max. 2 A) GND T PT 500 connection A RS485 signal A /B RS485 signal /B GND ground N L motor connection (max. 6 A) OPERATION Settings Potentiometer temperature setpoint Range: 15 to 35 C TEMP. Potentiometer Min. speed Speed: VAC MIN. SPEED Jumpers proportional range 1 2 Proportional range 2 C 4 C 6 C 8 C Trimmer max. speed Range: VAC Jumper Network Bus Termination Resistor EOL Resistor connected disconnected Jumpers Hysteresis 3 4 Hysteresis 0.5 C 1 C 2 C 3 C Jumper off-level 5 Off-level on off S

16 Operation graph [%] Output speed Trimmer max. speed adjust min. speed setting (min. 30 %) Off-level on/off on = min. speed Hyst. Proportional range (2, 4, 6 or 8 C) Ts 28 Temperature [ C] 3SMODBUS Discover the new generation of Sentera controllers, which will bring the terms easy to use and flexibility to another level. 3SModbus is a selected group of sensors and controllers equipped with Modbus RTU (RS485). This protocol opens a wide range of possibilities: BMS, networking 3SModbus products are also designed for stand-alone use. To facilitate the whole configuration process Sentera developed the 3SM software configuration monitor. 3SM software Easy connection through Modbus RTU (RS485) Easy configuration of parameters Define control in and output(s) Advanced monitoring functions Possibility to change the working modes Operating systems: Windows XP, Vista, 7, 8, with Microsoft.Net Framework 2.0 More info: S

17 MODBUS REGISTERS Input registers (Read) Data type Description Data Values 0=0,0 C 1 Temperature input unsigned int. Analog temperature input =40,0 C 170=170 VAC 2 Vmax unsigned int. Max. motor speed value =230 VAC 80=80 VAC 3 Vmin unsigned int. Min. motor speed value =160 VAC 0=80 VAC 4 Vout unsigned int. Current output voltage =230 VAC 150=15,0 C 5 Temperature setpoint unsigned int. Temperature setpoint value =35,0 C C C 6 Proportional range unsigned int. Proportional range value C C 7 Hysteresis unsigned int. Hysteresis value 8 Off-level unsigned int. Off-level value 9 Triac control unsigned int. Triac control impulse value 10 Reserved, returns 0 Holding registers (Read/Write) ,5 C 1-1 C 2-2 C 3-3 C 0 - OFF 1 - ON 0 - ON 1 - OFF Data type Description Data Values 1 Address unsigned int. Device address (default: 1) 1= RS485 baud rate unsigned int. Modbus communication baud rate 2= (default) 3= =8N1 3 RS485 parity mode unsigned int. Parity check mode 1=8E1 (default) 2=8O1 4 Device type unsigned int. Device type: read-only GTE=34 5 HW version unsigned int. Hardware version, read-only XXX 200=HW version SW version unsigned int. Software version, read-only XXX 210=SW version (default) 0=standalone mode 7 MB control unsigned int. Operation mode 1 1=Modbus mode 0 (default) 0=disable 8 MB debug unsigned int. Enable Modbus debug control 1 1=enable 9 Reserved, returns 0 10 Reserved, returns 0 11 Vmax unsigned int. Max. motor speed value 12 Vmin unsigned int. Min. motor speed value 13 Vout unsigned int. Current output voltage 14 Temperature setpoint unsigned int. Temperature setpoint value 15 Proportional range unsigned int. Proportional range value 16 Hysteresis unsigned int. Hysteresis value 17 Off-level unsigned int. Off-level value 18 Modbus timeout unsigned int. Modbus timeout value 19 Triac control unsigned int. Triac control impulse value (active only if Holding Reg. 8 value is 1) 20 Reserved, returns (default: 230) (default: 80) 0 (default) (default: 150) 0 1 (default) (default) 3 0 (default) 1 0 (default) (default) 170=170 VAC 100 %=230 VAC 0=according to Vmax trimmer setting 80=80 VAC 160=160 VAC 0=according to MIN.SPEED setting 80=80 VAC 230=230 VAC 0=according to analog temp. input 150=15,0 C 350=35,0 C 0=according to TEMP. setting 0-2 C 1-4 C 2-6 C 3-8 C 0-0,5 C 1-1 C 2-2 C 3-3 C 0 - OFF 1 - ON 0 - disable 1 min min. enable 0 - ON 1 - OFF ENCLOSURE Enclosure of reinforced ABS with fast locking screws Colour grey RAL 7035 Protection class: IP54 S

18 Dimensions & fixing GTE-1-60-DT B GTE-1-60-DM B C C B B A D A D E H E F G (in mm) A B C D E F G H weight GTE-1-60-DT g GTE-1-60-DM g STANDARDS CE conform Low Voltage Directive 2006/95/EC EMC Directive 2004/108/EC: EN :2007 and EN :2005 ACCESSORIES Supply IP Temp. Range ROTSN-P to 150 C room temperature sensor FLTSN-P to 150 C Temperature probe, stainless steel tube 53 * 8 mm, cable length 1 m Only for GTE-1-60-DM version (GTE-1-60-DT version has pre-wired temperature probe and supply cable) S

19 APPLICATION EXAMPLES GTE-1-60-DM with BMS 230 VAC PT500 BMS S

20 MFC multifunctional electronic fan speed controller The MFC series automatically control the speed of single phase voltage controllable motors (230 VAC/50 Hz) according the values of multifunctional inputs (Ai1 or Ai2). These inputs can be temperature sensors (PT500) or other sensors with output 0-10 V or 0-20 ma (pressure, CO 2, humidity, light). There is a possibility to connect this device to a BMS (building management system) interface or to use analog voltage (0-10 V) for remote enabling or disabling. The working principle of this controller is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control. There is a rotary switch to choose the working mode. When the mode is selected, the controller will program the inputs automatically, such as temperature probe or analog inputs. FEATURES 230 VAC/50 Hz Imax Fuse Infinitely variable control MFC AT 1.5 A 3.15 A (5*20 mm) Minimum and maximum speed setting Several preset programs (modes) selectable by switch MFC AT 3.0 A 5.0 A (5*20 mm) Enclosure: plastic (R-ABS, UL94-V0, RAL 7035), IP54 MFC AT 6.0 A 10.0 A (5*20 mm) Ready mounted cable glands MFC AT 10.0 A 16.0 A (6*32 mm) Maximal ambient temperature: 35 C According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC Sensors not included WIRING DIAGRAM & GENERAL OVERVIEW VCC AO MIN MAX MIN MAX MIN MAX MIN MAX switch High voltage: power supply 230 VAC - 50 Hz L line N neutral Pe power earth Low voltage: input/control signals Ai1 multifunctional input 1 (temp. probe PT500 or 0-10 V/0-20 ma) Ai2 multifunctional input 2 (temp. probe PT500 or 0-10 V/0-20 ma, the device detects the PT500 automatically) GND ground High voltage: L1 230 VAC unregulated out (Imax 2 A) M output for motor REL relay output with NO and NC contacts (230 VAC/16 A resistive) Low voltage: VCC power supply 24 VDC/100 ma OUT analog output (0-10 V/100 ma or 0-20 ma - selected by switch) Mode switch 0. HE-heating mode with/without OFF 1. VE-ventilation mode with/without OFF 2. DT mode (differential temperature) without off 3. Analog VE mode (analog signal) with/without OFF 4. HE-heating mode with/without OFF and remote control 5. VE-ventilation mode with/without OFF and remote control 6. Analog VE mode (analog signal) with/without OFF and remote control 7. Analog mode (EVS) without OFF and inverse control S

21 PROGRAMS Pos. 0 - HE-heating mode with/without OFF Ai1 input temperature probe (PT500) Ai2 input not used Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch Control curve U out [Vac] Ts set temperature by external potentiometer 'SETPOINT'. Ts = 5 35 C ΔT set proportional range by inner trimmer 'PROP RANGE' ΔT = % from Ts 0.5 C Toff T [ C] ΔTo set off-temperature by inner trimmer 'OFF-LEVEL' ΔTo = % from Ts Relay position Relay [state] Toff - off-temperature Toff = Ts + ΔT + ΔTo on Vmin minimum output voltage Vmin = V off 0.5 C Toff T [ C] Vmax maximum output voltage Vmax = V Examples Ts 15 C 20 C 25 C 30 C ΔT C 2 5 C C C ΔTo C 2 8 C C 3 12 C To C C C C S

22 Pos. 1 - VE-ventilation mode with/without OFF Ai1 input temperature probe (PT500) Ai2 input not used Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch Control curve U out [Vac] Ts set temperature by external potentiometer 'SETPOINT'. Ts = 5 35 C ΔT set proportional range by inner trimmer 'PROP RANGE' ΔT = % from Ts Toff 0.5 C T [ C] ΔTo set off-temperature by inner trimmer 'OFF-LEVEL' ΔTo = % from Ts Relay position Relay [state] Toff - off-temperature Toff = Ts - ΔT - ΔTo on Vmin minimum output voltage Vmin = V off Toff 0.5 C T [ C] Vmax maximum output voltage Vmax = V Examples Ts 15 C 20 C 25 C 30 C ΔT C 2 5 C C C ΔTo C 2 8 C C 3 12 C To 5 12 C 7 16 C C C S

23 Pos. 2 -DT mode (differential temperature) without off Ai1 input temperature probe (T1) (PT500) Ai2 input temperature probe (T2) (PT500) Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch Control curve U out [Vac] Ts set differential temperature by external potentiometer 'SETPOINT'. Ts = 5 35 C T2 high temperature (ceiling temperature) T1 low temperature (floor temperature) ΔT= T2-T1 Relay position Relay [state] T [ C] OFF level ΔT< 2 C when RELAY switched OFF on Vmin minimum output voltage Vmin = V Vmax maximum output voltage off Vmax = V T [ C] If: T1 < Ts and T2 < Ts + 2 C switch ON: Else: RELAY switch OFF RELAY Examples Ts 20 C 20 C 20 C 20 C 20 C 24 C T1 10 C 10 C 15 C 19 C 22 C 22 C T2 25 C 15 C 16 C 21 C 23 C 26 C ΔT 15 C 5 C 1 C 2 C 1 C 2 C RELAY OFF ON ON ON OFF OFF S

24 Pos.3 - Analog VE mode (analog signal) with/without OFF Ai1 input analog sensor input (0-10 VDC or 0-20 ma, for temp., RH, CO 2, air quality) Ai2 input not used Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch sensor (temp., RH, CO2, AQ) Control curve U out [Vac] V V Vs set by external potentiometer 'SETPOINT'. Vs = 0 10 V ΔV set proportional range by inner trimmer 'PROP RANGE' ΔV = % from (10V Vs) Voff 0.2 V Vs V [0-10 Vdc] ΔVo set off-level by inner trimmer 'OFF-LEVEL' ΔVo = % from (10V - Vs) Relay position Relay [state] V V Voff off-point Voff = Vs - ΔV - ΔVo on Vmin minimum output voltage Vmin = V off Voff 0.2 V Vs V [0-10 Vdc] Vmax maximum output voltage Vmax = V Examples Vs 5 V 6 V 8 V ΔV V V V ΔVo V V V Vo V V V S

25 Pos. 4 - HE-heating mode with/without OFF and remote control Ai1 input analog sensor input (0-10 VDC/0-20 ma for temperature, pressure) Ai2 input remote control 0-24 VDC: >2 VDC = enabled < 2 VDC = disabled 0-20 ma: > 4 ma = enabled < 4 ma = disabled Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch remote control 0-2 Vdc OFF 2-24 Vdc ON start stop Control curve U out [Vac] ΔV ΔVo Vs set voltage (0-10 VDC) by external potentiometer 'SETPOINT' Vs = 0-10 V ΔV set proportional range by inner trimmer 'PROP RANGE' ΔV = % from Vs Vs Voff 0.2 V V [0-10 Vdc] ΔVo set off-temperature by inner trimmer 'OFF-LEVEL' ΔVo = % from Vs Relay position Relay [state] ΔV ΔVo Voff - off-temperature Voff = Vs + ΔV + ΔVo on Vmin minimum output voltage Vmin = V Remote control off Remote [Ai2] dv = 0.5 V 0.2 V Voff V [0-10 Vdc] Vmax maximum output voltage Vmax = V on off 2 V V [0-24 Vdc] Examples V 2 VDC 4 VDC 5 VDC ΔV VDC VDC VDC ΔVo VDC VDC VDC Voff VDC VDC VDC S

26 Pos. 5 - VE-ventilation mode with/without OFF and remote control Ai1 input analog sensor input (0-10 VDC/0-20 ma for temperature, CO 2, RH, air quality) Ai2 input remote control 0-24 VDC: >2 VDC = enabled < 2 VDC = disabled 0-20 ma: > 4 ma = enabled < 4 ma = disabled Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch remote control 0-2 Vdc OFF 2-24 Vdc ON start stop Control curve U out [Vac] ΔVo ΔV Vs set voltage by external potentiometer 'SETPOINT'. Vs = 0-10 VDC ΔV set proportional range by inner trimmer 'PROP RANGE' ΔV = % from Ps Voff 0.2 V Vs V [0-10 Vdc] ΔVo set off-temperature by inner trimmer 'OFF-LEVEL' ΔVo = % from Vs Relay position Relay [state] ΔVo ΔV Voff - off-temperature Voff = Vs - ΔV - ΔVo on Vmin minimum output voltage Vmin = V Remote control off Remote [Ai2] 0.2 V Voff Vs dv = 0.5 V V [0-10 Vdc] Vmax maximum output voltage Vmax = V on off 2 V V [0-24 Vdc] Examples Vs 5 V 6 V 8 V ΔV V V V ΔVo V V V Voff V V V S

27 Pos. 6 - Analog VE mode (analog signal) with/without OFF and remote control Ai1 input analog sensor input (0-10 VDC/0-20 ma for temperature, CO 2, RH, air quality) Ai2 input remote control 0-24 VDC: >2 VDC = enabled < 2 VDC = disabled 0-20 ma: > 4 ma = enabled < 4 ma = disabled Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch remote control 0-2 Vdc OFF 2-24 Vdc ON start stop Control curve U out [Vac] ΔVo ΔV Vs Set voltage (0-10 VDC) by external potentiometer 'SETPOINT' ΔV Set proportional range by inner trimmer 'PROP RANGE' ΔV = % from Ps ΔVo set off-level by inner trimmer 'OFF-LEVEL' 0.2 V ΔVo = % from Vs Relay position Relay [state] Voff ΔVo ΔV Vs V [0-10 Vdc] Voff off-point Voff = Vs - ΔV - ΔVo on Vmin minimum output voltage Vmax maximum output voltage off 0.2 V Voff Vs V [0-10 Vdc] Remote control Remote [Ai2] dv = 0.5 V on off Examples Vs 2 V 4 V 5 V ΔV V V V ΔVo V V V Vo V V V 2 V V [0-24 Vdc] S

28 Pos.7: Analog mode (EVS) without OFF and inverse control Ai1 input analog input (0-10 VDC/0-20 ma) without OFF (EVS functionality) Ai2 input inverse control 0-24 VDC: >2 VDC = normal < 2 VDC = inverse 0-20 ma: > 4 ma = normal < 4 ma = inverse Wiring scheme VCC MIN MAX MIN MAX MIN MAX MIN MAX switch sensor 0-10Vdc/ 0-20mA signal inverse control 0-2 Vdc inverse 2-24 Vdc normal normal Normal control curve (if Ai2 = >2VDC) inverse U out [Vac] Inverse control curve (if Ai2 = <2VDC) U out [Vac] 10 V 20 ma Inverse control Control [state] dv = 0.5 V 10 V 20 ma normal inverse 2 V 24 Vdc DIMENSIONS & FIXING D E A B C D E net weight gross weight MFC AT g 800 g MFC AT g 850 g MFC AT g 1010 g MFC AT g 1010 g S

29 GRC temp/rh electronic two fans speed controller The GRC digital fan speed controller is a temperature and relative humidity dependent speed controller for areas with inlet and exhaust air flow. Minimum motor speed, relative humidity/temperature and negative pressure setpoints can be adjusted by front panel potentiometers. The GRC has an internal slide switch for choosing only temperature setting or relative humidity and temperature setting. Minimum and maximum speed can also be adjusted internally. There is a separate on/off switch with the possibility to bypass or to branch off 230 VAC. The controller is overvoltage protected by a varistor and has a built-in overcurrent fuse. The GRC uses Sentera s digital relative humidity/temperature sensor FLTS-RH-010 or the analog temperature sensor FTSP , sold separately. SPECIFICATIONS 230 VAC - 50 Hz - 10 A (2 x 5 A output) Infinitely variable control Internal minimum and maximum speed setting Dewpoint/Temperature program (mode) selectable by slide switch Enclosure: plastic (R-ABS, UL94-V0, RAL 7035), IP54 Ready mounted cable glands 0-10 VDC/0-20 ma selectable by slide switch LED funtionality indication Maximal ambient temperature: 35 C FLTS-RH-010 or FLTSN-P sensors not included According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC WIRING DIAGRAM FAN1 Analog output 0-20mA 0-10V Temp. T&RH RELAY L N Pe L1 NCCOM NO CONTROL BOARD Vmin Vmax POWER BOARD VCC SDA SCL FLTS-RH-010 GND T Pt500 GND Ao FAN2 EVS/EVSS L N Pe L1 VCC SDA SCL T GND NC COM NO Ao GND Fan1 Fan2 power supply line - single phase 230 VAC - 50 Hz power supply neutral power earth not regulated output 230 V power supply for digital sensor (3,0-3,3 VDC) data line for digital sensor clock for digital sensor temperature sensor FLTSN- P or ROTSN-P500 ground relay output relay output relay output analog output (0-10 V/100 ma or 0-20 ma - select by switch) ground fresh air fan exhaust fan S

30 OPERATION Temperature mode slide switch on temperature position input is FLTSN-RH-010 or FLTSN-P sensor Fan speed % Out In Min. Speed Adjust Potentiometer Min. Motor Speed Trimmer Fixed Proportional Range of 3 C Trimmer for Max. Speed Adjust Potententiometer for adjusting Underpressure Ts C Temperature Dewpoint mode slide switch on temperature/ relative humidity position Fan speed % Out In Min. Speed Adjust Potentiometer Min. Motor Speed Trimmer Fixed Proportional Range of 3 C Trimmer for Max. Speed Adjust Potententiometer for adjusting Underpressure Ts C Dewpoint Dew point adjustment Dewpoint T d C Relative humidity (%) Air temperature T C DIMENSIONS & WEIGHT D A B C D E weight GRC g E S

31 EVS electronic fan speed controller The EVS automatically controls the speed of single phase (230 VAC - 50 Hz) voltage controllable electric motors with a 0-10 VDC or 0-20 ma control signal selectable by switch. It is possible to invert the control signal to 10-0 VDC/20-0 ma. To power on, an external switch on the power supply is provided. A supplementary terminal block is foreseen to branch off 230 VAC not controlled for 3-wire motor connection, a telltale or to control a valve or damper. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. There are two working modes, internally selectable. 1. Kick start: the motor will always start (or restart) at max. speed for 10 sec, after that the motor speed automatically follows the position set by the 0-10 VDC or 0-20 ma control signal. 2. Without kick (soft) start: the motor starts according to the position set by the 0-10 VDC or 0-20 ma control signal. The CNVT-PWM-010V can be connected to provide a conversion of a PWM signal to a 0-10 V signal. FEATURES Power supply: 230 VAC 50 Hz According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC EVS-0-15 DT EVS-0-30-DT EVS-0-60-DT EVS-0100-DT Current rating (A) Fuse (A) 5*20 mm F-3.15 A-H F-5.0 A-H F-10.0 A-H F-16.0 A-H (6*32mm) WIRING DIAGRAM Sw1 Sw2 Sw3 Sw4 LED L mains supply 230 VAC - 50 Hz N neutral L1 230 VAC unregulated output (Imax 2 A) earth terminal (only for 3, 6 & 10 A) M regulated output to motor Sw on/off switch GND ground U control signal 0-10 VDC (input impedance 90 kohm) I 0-20 ma (input impedance 250 Ohm) +V low voltage power supply: 12 VDC/1 ma for external trimmer Sw1 switch down = 0-10 V, up = 10-0 V (select increase or decrease input voltage to control speed) Sw2 switch down = disable off-level, up = enable off-level Sw3 switch down = disable kickstart, up = enable kickstart Sw4 switch down = 0-20 ma, up = 0-10 V (select current/voltage) PT1 max. speed adjustment trimmer, range: V PT2 min. speed adjustment trimmer, range: V PT3 off-level adjustment trimmer: 0-4 V or 10-6 V (depending on Sw1) LED green: normal operation. blinking: standby (input signal < off level). S

32 OPERATION OFF level disabled OFF level enabled V out V out V max V max V min V min Vdc 20 ma V in 0 OFF 4 level 10 Vdc 20 ma V in V out = ((V in/10)*(v max-v min))+v min Calculation formula V out = (((V in-off-level)/(10-off-level))*(v max-v min))+v min DIMENSIONS & FIXING D E A B C D E net weight gross weight EVS-0-15-DT g 690 g EVS-0-30-DT g 740 g EVS-0-60-DT g 900 g EVS-0100-DT g 900 g S

33 EVSS electronic fan speed controller with TK The EVSS automatically controls the speed of single phase (230 VAC - 50 Hz) voltage controllable electric motors with a 0-10 VDC or 0-20 ma control signal. It is possible to invert the control signal to VDC/20..0 ma. To power on, an external switch on the power supply is provided. A supplementary terminal block is foreseen to branch off 230 VAC not controlled for 3-wire motor connection, a telltale or to control a valve or damper. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. There are two working modes, internally selectable. 1. Kick start: the motor will always start (or restart) at max. speed for 10 sec, after that the motor speed automatically follows the position set by the 0-10 VDC or 0-20 ma control signal. 2. Without kick (soft) start: the motor starts according to the position set by the 0-10 VDC or 0-20 ma control signal. The EVSS controllers with TK provide an excellent protection for motors with thermal cut-out contacts. When these contacts open because of motor overheating, the circuit is broken and the controller instantly stops the motor. There is NO automatic restart! After elimination of the cause of the overheating, one can be restart by isolating the power supply for a few moments. This alarm situation can be branched off through the terminals N-A. The CNVT-PWM-010V can easily be connected to provide a conversion of a PWM signal to a 0-10 V signal. FEATURES Power supply: 230 VAC - 50 Hz According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC EVSS0-15 DT EVSS0-30-DT EVSS0-60-DT EVSS0100-DT Current rating (A) Fuse (A) 5*20 mm F-3.15 A-H F-5.0 A-H F-10.0 A-H F-16.0 A-H (6*32mm) OPERATION OFF level disabled OFF level enabled V out V out V max V max V min V min Vdc 20 ma V in 0 OFF 4 level 10 Vdc 20 ma V in V out = ((V in/10)*(v max-v min))+v min Calculation formula V out = (((V in-off-level)/(10-off-level))*(v max-v min))+v min S

34 WIRING DIAGRAM Sw1 Sw2 Sw3 Sw4 LED L mains supply 230 VAC - 50 Hz N neutral L1 230 VAC unregulated output (Imax 2 A) earth terminal (only for 3, 6 & 10 A) M regulated output to motor TK thermal contacts N A alarm output 230 VAC/1 A Sw on/off switch GND ground U control signal 0-10 VDC (input impedance 90 kohm) I 0-20 ma (input impedance 250 Ohm) +V low voltage power supply: 12 VDC/1 ma for external trimmer Sw1 switch down = 0-10 V, up = 10-0 V (select increase or decrease input voltage to control speed) Sw2 switch down = disable off-level, up = enable off-level Sw3 switch down = disable kickstart, up = enable kickstart Sw4 switch down = 0-20 ma, up = 0-10 V (select current/voltage) PT1 max. speed adjustment trimmer, range: V PT2 min. speed adjustment trimmer, range: V PT3 off-level adjustment trimmer: 0-4 V or 10-6 V (depending on Sw1) LED green: normal operation. blinking: standby (input signal < off level). red: motor overheated (reset device by turning off and on again) DIMENSIONS & FIXING D E order code A B C D E net weight gross weight EVSS0-15-DT g 765 g EVSS0-30-DT g 815 g EVSS0-60-DT g 975 g EVSS0100-DT g 975 g S

35 MVS electronic fan speed controller for DIN rail The MVS automatically controls the speed of single phase voltage controllable electric motors (230 VAC - 50 Hz) with a 0-10 VDC or 20 ma control signal (standard). This makes it possible to control these motors automatically with an external PD-controller, on remote with a potentiometer, or a microprocessor with analog output. They are over voltage protected by a varistor and have a built in over current fuse. These controllers are designed to be built in on DIN-rail in control panels or switchboards. To power on, an external switch is needed. A supplementary terminal block is foreseen to branch off 230 VAC not controlled for 3-wire motor connection, a telltale or to control a valve or damper. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. There are two working modes, internally selectable by placing or removing the red jumper on the PCB. 1. Hard start: The motor will always start (or restart) at max. speed for 8-10 seconds, after that the motor speed automatically follows the control signal. 2. Normal start: the motor starts according to the control signal. The CNVT-PWM-010V can easily be connected to provide a conversion of a PWM signal to a 0-10 V signal. FEATURES Power supply: 230 VAC - 50 Hz According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC MVS-0-15xDT MVS-0-30xDT MVS-0-60xDT MVS-0-100xDT Current rating (A) Fuse F2 (A) 5*20 F-3.15 A-H F-5.0 A-H F-10.0 A-H F-16.0 A-H (6*32) Executions: x= - : as circuit board only x= D : DIN rail mounting (EN ) x= C : fingerproof cover included WIRING DIAGRAM Sw1 Sw2 Sw3 Sw4 LED PT3 PT2 PT1 L mains supply 230 VAC - 50 Hz N neutral L1 230 VAC unregulated output (Imax 2 A) earth terminal (only for 3, 6 & 10 A) M regulated output to motor Sw on/off switch GND ground U control signal 0-10 VDC (input impedance 90 kohm) I 0-20 ma (input impedance 250 Ohm) +V low voltage power supply: 12 VDC/1 ma for external trimmer Sw1 switch down = 0-10 V, up = 10-0 V (select increase or decrease input voltage to control speed) Sw2 switch down = disable off-level, up = enable off-level Sw3 switch down = disable kickstart, up = enable kickstart Sw4 switch down = 0-20 ma, up = 0-10 V (select current/voltage) PT1 max. speed adjustment trimmer, range: V PT2 min. speed adjustment trimmer, range: V PT3 off-level adjustment trimmer: 0-4 V or 10-6 V (depending on Sw1) LED green: normal operation. blinking: standby (input signal < off level). S.3.2.D.1 200

36 OPERATION OFF level disabled OFF level enabled V out V out V max V max V min V min Vdc 20 ma V in 0 OFF 4 level 10 Vdc 20 ma V in V out = ((V in/10)*(v max-v min))+v min Calculation formula V out = (((V in-off-level)/(10-off-level))*(v max-v min))+v min DIMENSIONS order code A B C net weight gross weight MVS-0-15-DT g 280 g MVS-0-30-DT g 280 g MVS-0-60-DT g 400 g MVS-0100-DT g 420 g MVS-0-15DDT g 360 g MVS-0-30DDT g 360 g MVS-0-60DDT g 480 g MVS-0100DDT g 500 g MVS-0-15CDT g 441 g MVS-0-30CDT g 441 g MVS-0-60CDT g 574 g MVS-0100CDT g 594 g S.3.2.D.1 201

37 MVSS electronic fan speed controller with TK for DIN rail The MVSS automatically controls the speed of single phase voltage controllable electric motors (230 VAC - 50 Hz) with a 0-10 VDC or 20 ma control signal (standard). This makes it possible to control these motors automatically with an external PD-controller, on remote with a potentiometer, or a microprocessor with analog output. They are over voltage protected by a varistor and have a built in over current fuse. These controllers are designed to be built in on DIN-rail in control panels or switchboards. To power on, an external switch is needed. A supplementary terminal block is foreseen to branch off 230 VAC not controlled for 3-wire motor connection, telltale, valve or damper. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. There are two working modes, internally selectable: 1. Hard start: The motor will always start (or restart) at max. speed for 8-10 seconds, after that the motor speed automatically follows the control signal. 2. Normal start: the motor starts according to the control signal. The MVSS controllers with TK provide an excellent protection for motors with thermal cut-out contacts. The controllers lay a control circuit (230 V) over the motor windings built in thermal contacts. When these contacts open because of motor overheating, the circuit is broken and the controller instantly stops the motor. There is NO automatic restart!!! After elimination of the cause of the overheating, one can restart by isolating the power supply for a few moments. This alarm situation can be branched off through the terminals N-A. The CNVT-PWM-010V can easily be connected to provide a conversion of a PWM signal to a 0-10 V signal. FEATURES Power supply: 230 VAC 50 Hz According to the low voltage directive: 2006/95/EC / the EMC directive: 2004/108/EC MVSS0-15xDT MVSS0-30xDT MVSS0-60xDT MVSS0100xDT Current rating (A) Fuse F2 (A) 5*20 mm F-3.15 A-H F-5.0 A-H F-10.0 A-H F-16.0 A-H (6*32mm) Executions: x= - : as circuit board only x= D : DIN rail mounting (EN ) x= C : fingerproof cover included OPERATION OFF level disabled OFF level enabled V out 230 V out V max V max V min V min Vdc 20 ma V in 0 OFF 4 level 10 Vdc 20 ma V in V out = ((V in/10)*(v max-v min))+v min Calculation formula V out = (((V in-off-level)/(10-off-level))*(v max-v min))+v min S.3.2.D.2 202

38 WIRING DIAGRAM LED PT3 PT2 PT1 Sw1 Sw2 Sw3 Sw4 L mains supply 230 VAC - 50 Hz N neutral L1 230 VAC unregulated output (Imax 2 A) earth terminal (only for 3, 6 & 10 A) M regulated output to motor TK thermal contacts N A alarm output 230 VAC/1 A Sw on/off switch GND ground U control signal 0-10 VDC (input impedance 90 kohm) I 0-20 ma (input impedance 250 Ohm) +V low voltage power supply: 12 VDC/1 ma for external trimmer Sw1 switch down = 0-10 V, up = 10-0 V (select increase or decrease input voltage to control speed) Sw2 switch down = disable off-level, up = enable off-level Sw3 switch down = disable kickstart, up = enable kickstart Sw4 switch down = 0-20 ma, up = 0-10 V (select current/voltage) PT1 max. speed adjustment trimmer, range: V PT2 min. speed adjustment trimmer, range: V PT3 off-level adjustment trimmer: 0-4 V or 10-6 V (depending on Sw1) LED green: normal operation. blinking: standby (input signal < off level). red: motor overheated (reset device by turning off and on again) DIMENSIONS order code A B C net weight gross weight MVSS0-15-DT g 290 g MVSS0-30-DT g 290 g MVSS0-60-DT g 410 g MVSS0100-DT g 430 g MVSS0-15DDT g 370 g MVSS0-30DDT g 370 g MVSS0-60DDT g 490 g MVSS0100DDT g 510 g MVSS0-15CDT g 451 g MVSS0-30CDT g 451 g MVSS0-60CDT g 584 g MVSS0100CDT g 604 g S.3.2.D.2 203

39 TE2S digital electronic fan speed controller temperature/time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to temperature. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. TE2S controllers can be used in ventilation and in heating applications and provide a great number of user adjustable options. All data is visualized on a liquid-crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four-button keypad (supplied with a lock function). There are user and installer priorities set by passwords. The standard temperature setpoint range is from -25 to 65 C. TE2S controllers provide auto and manual operation modes, possibility for calibration and input/output adjusting, additional remote control input (heat/cool - day/night switching), kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock with two level switching (day/night, day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). Temperature sensor FLTSN-P is not included. The firmware can be changed via the USB interface (into TE1S, DP1S, DP2S, CO1S, CO2S, TC1S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: COOL: in function of temperature; speed increases when temperature rises, HEAT: in function of temperature; speed decreases when temperature rises Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock Adjustable settings: min safety speed, min speed, max speed, off level, 2 set points, hysteresis, proportional range, kickstart, calibration parameters, mode change, TK delayed detection, time to maximum speed Input for remote control: remote heat/cool switching, remote on/off switching, max. ventilation Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output:selectable between proportional and digital (for alarm function on TK input) Measurement range: C Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC TE2S0-30-DT TE2S0-60-DT TE2S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range Prop. range V out 230 V V max HEAT COOL 230 V V max max. speed set 50 % 50 % min. speed set min. safety speed 0 set low set high switch by INP set low set high standby by clock Temp. C switch by clock switch by clock S

40 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site SeLect Language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation motor settings Safe min speed: xx% range % (in % full scale as voltage depends from motor to motor) 45 % Kickstart time s (default 10) 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote Heat/cool remote on/off (default) max ventilation configure analog output Proportional (default) digital H=10V, L = 0V Set working mode Heat mode cool mode Set general parameters Heat Proportional range c 20 c cool Proportional range c 7.5 c Hysteresis (off level) c 2 c Working mode settings Heat mode settings mode High Setpoint: xx c range: c 18 c Set-off level: xx c range: -30 to 70 c 25 c Set-min speed, range: safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % mode Low Setpoint: xx c range: c Set-off level: xx c range: -30 to 70 c 14 c 25 c Set-min speed, range: safe min speed..80% (default Safe min speed%) 45 % Set-max speed Set-min+20%..100% 100 % cool mode settings mode High Setpoint: xx c range: c 25 c Set-off level: xx c range: -30 to 70 c 20 c S

41 Set-min speed, range: safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % mode Low Setpoint: xx c range: c 29 c Set-off level: xx c range: -30 to 70 c 20 c Set-min speed, range: safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday Low SP High SP 00:00 24:00 Saturday Sunday Low SP High SP 00:00 24:00 day by day manually mon... Sun Low SP High SP 00:00 24:00 S

42 exceptions exception 1-50 Low SP High SP 00:00 24:00 calibration do calibration Press am: -30 c Press am: 0 c Press am: 70 c reset to factory presets note: the time intervals for stand-by mode are automatically calculated WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight TE2S0-30-DT kg 1.72 kg TE2S0-60-DT kg 1.85 kg TE2S0100-DT kg 1.86 kg S

43 TE1S digital electronic fan speed controller temperature/time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to temperature. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. TE1S controllers can be used in ventilation and in heating applications and provide a great number of user adjustable options. All data is visualized on a liquid-crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through four-button keypad (supplied with a lock function). There are user and installer priorities set by passwords. The standard temperature setpoint range is from -25 to 65 C. TE1S controllers provide auto and manual operation modes, possibility for calibration and input/output adjusting, additional remote control input (heat/cool - day/night switching), kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock (day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). Temperature sensor FLTSN-P is not included. The firmware can be changed via the USB interface (into TE2S, DP1S, DP2S, CO1S, CO2S, TC1S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: COOL: in function of temperature; speed increases when temperature rises, HEAT: in function of temperature; speed decreases when temperature rises Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock Adjustable settings: min safety speed, min speed, max speed, off-level, 1 setpoint, hysteresis, proportional range, kickstart, calibration parameters, mode change, TK delayed detection, time to maximum speed Input for remote control: remote heat/cool switching, remote on/off switching, max. ventilation Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Measurement range: C Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC TE1S0-30-DT TE1S0-60-DT TE1S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range Prop. range V out 230 V V max HEAT COOL 230 V V max max. speed set 50 % 50 % min. speed set min. safety speed 0 set switch by INP set standby by clock Temp. C S

44 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site Select language en/fr/de/nl english Set time and Date dd / mm/ yyyy Daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation motor settings Safe min speed: xx% range % (in % full scale as voltage depends from motor to motor) 45 % Kickstart time s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input Remote Heat/cool Remote on/off (default) max ventilation configure analog output Proportional (default) Digital H=10V, l = 0V Set working mode Heat mode cool mode Set general parameters Heat Proportional range c 20 c cool Proportional range c 7.5 c Hysteresis (off level) c 2 c Working mode settings Heat mode settings Setpoint: xx c Range: c 18 c Set-off level: xx c Range: -30 to 70 c 25 c Set-min speed, range: safe min speed..80% (default safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % cool mode settings Setpoint: xx c Range: c 25 c Set-off level: xx c Range: -30 to 70 c 20 c Set-min speed, range: safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday Run mode 00:00 24:00 S

45 Saturday Sunday Run mode 00:00 24:00 Day by day manually mon... Sun Run mode 00:00 24:00 exceptions exception 1-50 Run mode calibration Do calibration Press am: -30 c Press am: 0 c Press am: 70 c Reset to factory presets note: the time intervals for stand-by mode are automatically calculated WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight TE1S0-30-DT kg 1.72 kg TE1S0-60-DT kg 1.85 kg TE1S0100-DT kg 1.86 kg S

46 TC2S digital electronic fan speed controller temperature-co 2 /time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to temperature and CO 2 level. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. TC2S controllers can be used in ventilation and in heating applications and provide a great number of user adjustable options. All data is visualized on a liquid-crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through 4-button keypad (supplied with a lock function). There are user and installer priorities set by passwords. The standard temperature setpoint range is from -25 to 65 C and the CO 2 range from ppm. TC2S controllers provide auto and manual operation modes, possibility for calibration and input/output adjusting, additional enable/disable input, kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock with two level switching (day/night, day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). Temperature sensor FLTSN-P or CO 2 level sensor is not included. The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, DP2S, CO1S, CO2S, TC1S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of temperature and CO2 (priority): speed increases when temperature rises and when CO2 setpoint is exceeded speed rises to maximum within 100 sec Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock Adjustable settings: min safety speed, min speed, max speed, off level, 2 set points, hysteresis, proportional range, kickstart, calibration parameters, mode change, TK delayed detection, time to max speed Extra input: remote on/off, to max. speed Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Measurement range: C Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC TC2S0-30-DT TC2S0-60-DT TC2S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION Prop. range time to max. speed Vout Vout 230 V 230 V 230 V 230 V Vmax V max V max V max V out max. speed set Vts Vts Vmin min. speed set min. safety speed 0 Ts low Ts high Temp. C 0 s 100 s t switch by clock Normal operation: CO 2 level < CO 2 setpoint Operation when CO 2 level CO 2 setpoint S

47 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu TC2S factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range ppm ppm motor settings Safe min speed: xx% range 25-80% (in % full scale as voltage depends from motor to motor) 45 % Kickstart time 0-30s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog output Proportional (default) digital H=10V, l = 0V Set general parameters Proportional range 2-30 c 20 c temp. Hyst (off level) c 2 c co2 Hysteresis (100ppm-20% range) 200 ppm Working mode settings mode High Setpoint: xx c range: c 25 c Set-off level: xx c range: -30 to 70 c 20 c Set-min speed: range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % mode low Setpoint: xx c range: c 29 c Set-off level: xx c range: -30 to 70 c 20 c Set-min speed: range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % co2 Setpoint: 100ppm-100% 600 ppm Switching times monday Friday low SP S

48 High SP 00:00 24:00 Saturday Sunday low SP High SP 00:00 24:00 day by day manually mon... Sun low SP High SP 00:00 24:00 exceptions 1-50 low SP High SP 00:00 24:00 calibration do calibration Press am: -30 c Press am: 0 c Press am: 70 c reset to factory presets note: the time intervals for stand-by mode are automatically calculated S

49 WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA CO 2 sensor When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight TC2S0-30-DT kg 1.72 kg TC2S0-60-DT kg 1.85 kg TC2S0100-DT kg 1.86 kg S

50 TC1S digital electronic fan speed controller temperature-co 2 /time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to temperature and CO 2 level. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. TC1S controllers can be used in ventilation and in heating applications and provide a great number of user adjustable options. All data is visualized on a liquid-crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through 4-button keypad (supplied with a lock function). There are user and installer priorities set by passwords. The standard temperature setpoint range is from -25 to 65 C and the CO 2 range from ppm. TC1S controllers provide auto and manual operation modes, possibility for calibration and input/output adjusting, additional enable/disable input, kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock (day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). Temperature sensor FLTSN-P or CO 2 level sensor is not included. The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, DP2S, CO1S, CO2S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of temperature and CO2 (priority): speed increases when temperature rises and when CO2 setpoint is exceeded speed rises to maximum within 100 sec Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock Adjustable settings: min safety speed, min speed, max speed, off level, 1 set point, hysteresis, proportional range, kickstart, calibration parameters, mode change, TK delayed detection, time to max speed Extra input: remote on/off, to max. speed Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Measurement range: C Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC TC1S0-30-DT TC1S0-60-DT TC1S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION Prop. range time to max. speed Vout Vout 230 V 230 V 230 V V out Vmax V max V max Vts Vts Vmin 0 Ts Temp. C Normal operation: CO 2 level < CO 2 setpoint 0 s 100 s t Operation when CO 2 level CO 2 setpoint S

51 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range ppm ppm motor settings Safe min speed: xx% range % (in % full scale as voltage depends from motor to motor) 45 % Kickstart time s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog output Proportional (default) digital H=10V, l = 0V Set general parameters Proportional range c 20 c temp. Hyst (off level) c 2 c co2 Hysteresis 100ppm-20% range 200 ppm Working mode settings temp. setpoint: xx c range: c 25 c co 2 setp.: xxxx ppm 100ppm-100% range 600 ppm Set-off level: xx c range: -30 to 70 c 20 c Set-min speed: xx% range: safe min..80% 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday run mode 00:00 24:00 S

52 Saturday Sunday run mode 00:00 24:00 day by day manually mon... Sun run mode 00:00 24:00 exceptions 1-50 run mode 00:00 24:00 calibration do calibration Press am: -30 c Press am: 0 c Press am: 70 c reset to factory presets note: the time intervals for stand-by mode are automatically calculated WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA CO 2 sensor When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight TC1S0-30-DT kg 1.72 kg TC1S0-60-DT kg 1.85 kg TC1S0100-DT kg 1.86 kg S

53 CO2S digital electronic fan speed controller CO 2 /time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to the CO 2 level. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. CO2S controllers can be used to maintain a stable and constant CO 2 level in a target area. These controllers provide a great number of user adjustable options. All data is visualized on a liquid crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four button keypad (supplied with a lock function). There are user and installer priorities set by passwords. CO2S controllers provide auto and manual operation modes, possibility for input/output adjusting, kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock with two level switching (day/night, day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). A CO 2 level sensor is not included. The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, DP2S, CO1S, TC1S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of CO 2 level: speed rises when CO 2 level increases Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock, automatic return to auto mode Extra input: remote on/off, to max. speed Adjustable settings: min safety speed, min speed, max speed, 2 setpoints, proportional range, kickstart, mode change, hysteresis, off-level, TK delayed detection, time to max speed Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC CO2S0-30-DT CO2S0-60-DT CO2S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range V out 230 V V max 230 V V max max. speed set 50 % 50 % min. speed set min. safety speed 0 set low set high ppm CO 2 switch by clock S

54 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu CO2S factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range ppm ppm motor settings Safe min speed: xx% range 25-80% in % full scale as voltage depends from motor to motor 45 % Kickstart time 0-30s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog output Proportional (default) digital H = 10 V, l = 0 V Proportional range Proportional range %of the range 1000 ppm Hysteresis 100 ppm to 20% of the range 200 ppm Working mode settings mode High Setpoint, range: 100 ppm % 600 ppm Set-off level: xx ppm range: 0 ppm % 300 ppm Set-min speed: xx% range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % mode low Setpoint, range: 100 ppm % 900 ppm Set-off level: xx ppm range: 0 ppm % 500 ppm Set-min speed: xx% range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday low SP S

55 High SP 00:00 24:00 Saturday Sunday low SP High SP 00:00 24:00 day by day manually mon... Sun low SP High SP 00:00 24:00 exceptions 1-50 low SP High SP 00:00 24:00 reset to factory presets note: the time intervals for stand-by mode are automatically calculated S

56 WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA CO 2 sensor When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight CO2S0-30-DT kg 1.72 kg CO2S0-60-DT kg 1.85 kg CO2S0100-DT kg 1.86 kg S

57 CO1S digital electronic fan speed controller CO 2 /time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to the CO 2 level. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. CO1S controllers can be used to maintain a stable and constant CO 2 level in a target area. These controllers provide a great number of user adjustable options. All data is visualized on a liquid crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four button keypad (supplied with a lock function). There are user and installer priorities set by passwords. CO1S controllers provide auto and manual operation modes, possibility for input/output adjusting, kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock (day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). A CO 2 level sensor is not included. The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, DP2S, CO2S, TC1S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of CO 2 level: speed rises when CO 2 level increases Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock, automatic return to auto mode Extra input: remote on/off, to max. speed Adjustable settings: min safety speed, min speed, max speed, 1 set point, proportional range, kickstart, mode change, hysteresis, off-level, TK delayed detection, time to max speed Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC CO1S0-30-DT CO1S0-60-DT CO1S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range V out 230 V V max 230 V V max max. speed set 50 % 50 % 0 set min. speed set min. safety speed ppm CO 2 S

58 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range ppm ppm motor settings Safe min speed: xx% range 25-80% in % full scale as voltage depends from motor to motor 45 % Kickstart time 0-30s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog output Proportional (default) digital H = 10 V, l = 0 V Proportional range Proportional range %of the range 1000 ppm Hysteresis 100 ppm to 20% of the range 200 ppm Working mode settings Setpoint, range: 100 ppm % 600 ppm Set-off level: xx ppm range: 0 ppm % 300 ppm Set-min speed: xx% range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday run mode 00:00 24:00 Saturday Sunday run mode 00:00 24:00 S

59 day by day manually mon... Sun run mode 00:00 24:00 exceptions 1-50 run mode 00:00 24:00 reset to factory presets note: the time intervals for stand-by mode are automatically calculated WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA CO 2 sensor When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight CO1S0-30-DT kg 1.72 kg CO1S0-60-DT kg 1.85 kg CO1S0100-DT kg 1.86 kg S

60 DP2S digital electronic controller differential pressure/time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to differential pressure. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. DP2S controllers can be used to maintain a stable and constant differential pressure in a target area. These controllers provide a great number of user adjustable options. All data is visualized on a liquid crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four button keypad (supplied with a lock function). There are user and installer priorities set by passwords. DP2S controllers provide auto and manual operation modes, possibility for input/output adjusting, kickstart with programmable time duration, min and max speed limitations, digital readout, TK protection, internal real-time clock with two level switching (day/night, day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). A differential pressure transmitter is not included (see PSE). The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, CO1S, CO2S, TC1S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of differential pressure: speed rises when differential pressure drops Manual mode: speed rises/decreases on user demand at the next switching point set by the clock, automatic return to auto mode Adjustable settings: min safety speed, min speed, max speed, 2 set points, proportional range, kickstart, mode change, TK delayed detection, time to max speed Input for remote: remote on/off switching, max. ventilation Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Ambient temperature: 0 40 C Analog output: selectable between proportional and digital (for alarm function on TK input) According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC DP2S0-30-DT DP2S0-60-DT DP2S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range V out 100 % = 230 V V max 100 % = V max 230 V max. speed set 50 % 50 % min. speed set min. safety speed 0 set low set high Differential pressure Pa switch by clock S

61 MENU STRUCTURE DP2S On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy Set user code new user code: daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range Pa Pa Pa motor settings Safe min speed: xx% range % (in % full scale as voltage depends from motor to motor) 45 % Kickstart time s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog input Voltage / current current configure analog output Proportional / digital (H=10V, l=0v) Proportional Proportional range 5-75 % of sensor range 50 Pa Working mode settings mode High Setpoint: xx Pa % range 80 Pa Set-min speed, range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % mode low Setpoint: xx Pa % range 20 Pa Set-min speed, range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday low SP High SP 00:00 24:00 S

62 Saturday Sunday low SP High SP 00:00 24:00 day by day manually mon... Sun low SP High SP 00:00 24:00 exceptions exception 1-50 low SP High SP 00:00 24:00 reset to factory presets note: the time intervals for stand-by mode are automatically calculated S

63 WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA differential pressure sensor When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight DP2S0-30-DT kg 1.72 kg DP2S0-60-DT kg 1.85 kg DP2S0100-DT kg 1.86 kg S

64 DP1S digital electronic controller differential pressure/time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to differential pressure. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. DP1S controllers can be used to maintain a stable and constant differential pressure in a target area. These controllers provide a great number of user adjustable options. All data is visualized on a liquid crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four button keypad (supplied with a lock function). There are user and installer priorities set by passwords. DP1S controllers provide auto and manual operation modes, possibility for input/output adjusting, kickstart with programmable time duration, min and max speed limitations, digital readout, TK protection, internal real-time clock (day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). A differential pressure transmitter is not included (see PSE). The firmware can be changed via the USB interface (into TE1S, TE2S, DP2S, CO1S, CO2S, TC1S, TC2S, RH1S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of differential pressure: speed rises when differential pressure drops Manual mode: speed rises/decreases on user demand at the next switching point set by the clock, automatic return to auto mode Adjustable settings: min safety speed, min speed, max speed, 1 set point, proportional range, kickstart, mode change, TK delayed detection, time to max speed Input for remote: remote on/off switching, max. ventilation Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Ambient temperature: 0 40 C Analog output: selectable between proportional and digital (for alarm function on TK input) According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC DP1S0-30-DT DP1S0-60-DT DP1S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range V out 100 % = 230 V V max 100 % = V max 230 V max. speed set 50 % 50 % 0 set min. speed set min. safety speed Differential pressure Pa S

65 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range Pa Pa motor settings Safe min speed: xx% range % (in % full scale as voltage depends from motor to motor) 45 % Kickstart time s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog input Voltage / current current configure analog output Proportional / digital (H=10V, l=0v) Proportional Proportional range 5-75 % of sensor range 50 Pa Working mode settings Setpoint: xx Pa % range 50 Pa Set-min speed: xx% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday run mode 00:00 24:00 Saturday Sunday run mode 00:00 24:00 S

66 day by day manually mon... Sun run mode 00:00 24:00 exceptions exception 1-50 run mode 00:00 24:00 reset to factory presets note: the time intervals for stand-by mode are automatically calculated WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA differential pressure sensor When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight DP1S0-30-DT kg 1.72 kg DP1S0-60-DT kg 1.85 kg DP1S0100-DT kg 1.86 kg S

67 RH2S digital electronic fan speed controller rel. humidity/time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to the RH level. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. RH2S controllers can be used to maintain a stable and constant RH level in a target area. These controllers provide a great number of user adjustable options. All data is visualized on a liquid crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four button keypad (supplied with a lock function). There are user and installer priorities set by passwords. RH2S controllers provide auto and manual operation modes, possibility for input/output adjusting, kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock with two level switching (day/night, day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). A Relative humidity transmitter is not included (see RSH-E). The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, DP2S, CO1S, CO2S, TC1S, TC2S, RH1S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of RH: speed rises when RH increases Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock, automatic return to auto mode Extra input: remote on/off, to max. speed Adjustable settings: min safety speed, min speed, max speed, 2 setpoints, proportional range, kickstart, mode change, hysteresis, off-level, TK delayed detection, time to max speed Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC RH2S0-30-DT RH2S0-60-DT RH2S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out Prop. range V out 230 V V max 230 V V max max. speed set 50 % 50 % 0 set low set high min. speed set min. safety speed RH % switch by clock S

68 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu RH2S factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range % rh % rh motor settings Safe min speed: xx% range 25-80% in % full scale as voltage depends from motor to motor 45 % Kickstart time 0-30s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog output Proportional (default) digital Proportional range Proportional range 10%rH to 100%of the range 40 % rh Hysteresis 2% rh to 20% rh 10 % rh Working mode settings mode High Setpoint: 1% - 100% Sr 60 % rh Set-off level: 0% - 100% Sr 30 % rh Set-min speed: xx% range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % mode low Setpoint: 1% - 100% Sr 70 % rh Set-off level: 0% - 100% Sr 40 % rh Set-min speed: xx% range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday low SP S

69 High SP 00:00 24:00 Saturday Sunday low SP High SP 00:00 24:00 day by day manually mon... Sun low SP High SP 00:00 24:00 exceptions 1-50 low SP High SP 00:00 24:00 reset to factory presets note: the time intervals for stand-by mode are automatically calculated S

70 WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA RH transmitter When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight RH2S0-30-DT kg 1.72 kg RH2S0-60-DT kg 1.85 kg RH2S0100-DT kg 1.86 kg S

71 RH1S digital electronic fan speed controller rel. humidity/time These automatic speed controllers are fully digital and control the rotational speed of single phase (230 VAC/50 Hz) voltage controllable motors according to the RH level. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control where motor noises are considerably lower. RH1S controllers can be used to maintain a stable and constant RH level in a target area. These controllers provide a great number of user adjustable options. All data is visualized on a liquid crystal display (LCD), presented by user friendly and intuitive multilingual menus. The parameters can be set through a four button keypad (supplied with a lock function). There are user and installer priorities set by passwords. RH1S controllers provide auto and manual operation modes, possibility for input/output adjusting, kickstart with programmable time duration, min and max speed limitations, off level with adjustable hysteresis, digital readout, TK protection, internal real-time clock (day/week programmable), outputs for valve (230 VAC), slave/power units (0-10 V/0-20 ma). A Relative humidity transmitter is not included (see RSH-E). The firmware can be changed via the USB interface (into TE1S, TE2S, DP1S, DP2S, CO1S, CO2S, TC1S, TC2S, RH2S, AQ1S, AQ2S) according to your requirements. When the current range is insufficient (connection of several motors), the power module EVS10 can be used as a slave controller. FEATURES Supply: 230 VAC - 50 Hz Enclosure: plastic R-ABS, UL94-V0, RAL 7035, IP54 Auto mode: in function of RH: speed rises when RH increases Manual mode: speed rises/decreases on user demand untill the next switching point set by the clock, automatic return to auto mode Extra input: remote on/off, to max. speed Adjustable settings: min safety speed, min speed, max speed, 1 set point, proportional range, kickstart, mode change, hysteresis, off-level, TK delayed detection, time to max speed Motor protection: by connecting thermal (overheating) contacts of the motor, option for delayed detection Analog output: selectable between proportional and digital (for alarm function on TK input) Ambient temperature: 0 40 C According to: Low Voltage Directive 2006/95/EC, EMC Directive 2004/108/EC RH1S0-30-DT RH1S0-60-DT RH1S0100-DT Current rating (A) A A A Fuse (A) F 5 A-H F 10 A-H F 16 A-H OPERATION V out 230 V V max Prop. range 1 max. speed set 50 % min. speed set min. safety speed 2 B A 0 set % RH S

72 MENU STRUCTURE On/Off or ESC/back Select, push short for Manual mode, push long for Install menu factory preset value on site Select language en/fr/de/nl english Set time and date dd / mm/ yyyy daylight Saving time automatically applied depending on date (eu-rule: last Sunday of march & october) Set user code new user code: 0000 confirm user code: Set install code new install code: 0000 confirm install code: installation Sensor range % rh % rh motor settings Safe min speed: xx% range 25-80% in % full scale as voltage depends from motor to motor 45 % Kickstart time 0-30s 10 sec tk delay 0-60s 0 sec time to max speed 2-100s 60 sec configure logical input remote on/off (default) max ventilation configure analog output Proportional (default) digital Proportional range Proportional range 10%rH to 100%of the range 40 % rh Hysteresis 2% rh to 20% rh 10 % rh Working mode settings Setpoint: 1% - 100% Sr 60 % rh Set-off level: 0% - 100% Sr 30 % rh Set-min speed: xx% range: Safe min speed..80% (default Safe min speed%) 45 % Set-max speed: xx% Set-min+20%..100% 100 % Switching times monday Friday run mode 00:00 24:00 Saturday Sunday run mode 00:00 24:00 S

73 day by day manually mon... Sun run mode 00:00 24:00 exceptions 1-50 run mode 00:00 24:00 reset to factory presets note: the time intervals for stand-by mode are automatically calculated WIRING DIAGRAM Power board L temp. Logical input Analog input N Pe L1 N TK TK sensor V+ INP Gnd VDC IN Gnd Gnd OUT 230 Vac 230 Vac 12 Vdc 300 ma 24 Vdc 300 ma 0-10 V 0-20mA RH transmitter When several motors have to be connected and the current range is exceeded, a few motors can be connected to a slave controller (see EVS series) which automatically follows the speed controller. Slide switch: left = 0-20 ma, right = 0-10 V 0-10 V 0-20mA L N main supply 230 VAC 50 Hz N neutral Pe earth connection L1 N unregulated output 230 VAC N regulated output to motor TK input thermal contacts of the motor V+ 12 VDC/300 ma output INP logical input V = true (on) 0 V = false (off) Gnd ground VDC 24 VDC/300 ma IN 0-10 V/0-20 ma analog input OUT 0-10 VDC/0-20 ma analog output to slave DIMENSIONS & FIXING D E A B C D E net weight gross weight RH1S0-30-DT kg 1.72 kg RH1S0-60-DT kg 1.85 kg RH1S0100-DT kg 1.86 kg S

74 HCT+PCH hood controller The hood control consists of a PCH power board and a HCT touchpad (control board) with several functions and a 7 segment led display. This device is a fan speed controller based on phase regulation, specifically used for cooker hoods. No mechanical parts are used in the control, keeping defects to an absolute minimum and its smooth surface allows easy cleaning. The controller is sold as a PCH module combined with a maximum of two HCT001 touchpads. FEATURES User friendly programming of all functions with 5 touch buttons 0-9 speed indication (maximum, nominal and minimum speed are easily set) Grease filter (metal mesh) indicator with notification after 30 to 120 working hours (self-programmable and resetable) Carbon filter indicator with notification after 120 to 480 working houres (self-programmable and resetable) Delayed shutdown of ventilation with possible settings from 3 up to 27 minutes Output signal: V (minumum adjustable to 80, 86, 93 or 100 V by jumper) 250 steps of motor speed Output high voltage TR2.5 0/10V TR2.5 L010V V (minumum adjustable to 80, 86, 93 or 100 V) Output low voltage V V (minumum adjustable to 80, 86, 93 or 100 V) Relay: 230 VAC /1 A 0-10 V (Rload > 50 K) 0-20 ma (Rload < 500 Ohm) PCB fuse F A F-H 1.25 A F-H 0.4 A F-H Power line fuse F A F-H 5.0 A F-H 5.0 A F-H OPERATION Main mode I/O button: start at startup speed (user adjustable)/shut down Up/down buttons: increase/decrease fan speed Timer button: pressing briefly starts or stops counting down sleep time (if no sleep time is entered this button starts program mode) pressing approx. 5 sec. activates program mode Light button: activates a 230 V light (TR2.5) or LED light (TR2.5 L010V) connected to the controller Program mode (6 submenu s) F: filter reset C: carbon filter install/uninstall L: user adjustable min. fan speed H: user adjustable max.fan speed S: user adjustable max. fan speed t: sleep timer S

75 WIRING DIAGRAM PCH-TR2.5 DIMENSIONS & FIXING S

76 TVSS5 electronic three phase fan speed controller The TVSS5 automatically controls the speed of three phase (3 x 400 VAC/50 Hz) voltage controllable electric motors with a 0-10 VDC or 0-20 ma control signal. This makes it possible to control these motors automatically with an external PD-controller, remote with a potentiometer or a microprocessor with analog output. There is also a connection for a remote start/stop switch. The working principle of this product series is based on the so-called zero crossing detection. An optotriac combined with a microprocessor ensures flawless and accurate control. There are two working modes, internally selectable by switch. With kickstart the motor will always start or restart at max. speed for 10 seconds, after which it will automatically follow the position set by the 0-10 VDC or 0-20 ma control signal. Without kickstart the motor starts according to the position set by the 0-10 VDC or 0-20 ma control signal. The CNVT-PWM-010V can be connected to provide a conversion of a PWM signal to a 0-10 V signal. FEATURES Power supply 3 x 400 VAC/50Hz Infinitely variable control Min. and max. speed internally adjustable Off-level selectable by slide switch Kickstart or soft start selectable by slide switch 0-10 VDC/0-20 ma selectable by slide switch LED indication normal operation and alarm status Maximal ambient temperature: 40 C According to the Low Voltage Directive: 2006/95/ EC / the EMC Directive: 2004/108/EC RS485 Modbus Current rating Executions TVSS5-30-DT 3 A circuit board only TVSS5-60-DT 6 A circuit board only TVSS5-30DDT 3 A DIN rail mounting (EN ) TVSS5-60DDT 6 A DIN rail mounting (EN ) TVSS5-30CDT 3 A fingerproof cover included TVSS5-60CDT 6 A fingerproof cover included WIRING DIAGRAM External switch MTP10 Rs485 SW SW VCC Ai GND A /B External potentiometer 10 K 0-10 V/0-20 ma 12V Sw1 Sw2 Sw3 Sw4 Vmin Vmax Off-level Pe N R S T TK SW Ai A /B GND U V W VCC 12V Vmin Vmax Off-level Sw1 Sw2 Sw3 Sw4 power earth neutral (optional) 3-phase power supply TK terminal contact from motor remote start/stop analog signal (0-10 V/0-20 ma) RTU Modbus communication ground regulated output to three-phase motor power supply for external potentiometer 12 VDC/1 ma supply output 12 VDC/100 ma minimum speed adjustment maximum speed adjustment off-level adjustment input signal selection 0-10 VDC/0-20 ma kickstart selection on/off off-level selection on/off 0-10 V, 10-0 V selection (from hardware version 3.0) OPERATION V out OFF level disabled V out OFF level enabled V max V max V min V min Vdc 20 ma V in 0 OFF 4 level 10 Vdc 20 ma V in V out = ((V in/10)*(v max-v min))+v min V out = (((V in-off-level)/(10-off-level))*(v max-v min))+v min S