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industrie technik Evolution FH-xxSH1 series User Manual

Room controller series fh-xxsh1
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USER MANUAL
ROOM CONTROLLER
EVOLUTION
SERIES FH-xxSH1
EN
07/12/2017 Version 1.0.13

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Summary of Contents for industrie technik Evolution FH-xxSH1 series

  • Page 1 USER MANUAL ROOM CONTROLLER EVOLUTION SERIES FH-xxSH1 07/12/2017 Version 1.0.13...

  • Page 2: Table Of Contents

    TABLE OF CONTENT Technical data ..............................6 Code selection ..............................6 Display, keypad and icons ..........................7 General description .............................8 • Contact communication: ..................................8 • Modbus communication: ..................................8 ..........................16 • MASTER controller or SLAVE_Y controller: ............................16 • SLAVE_X controller ................................... 16 »...
  • Page 3 ........................59 ..............................60 ..........................60 ......................61 ........................62 .................................63 • Alarms table ...................................... 63 • ............................ 64 • ....................................64 • Condensation alarm: ..................................64 • ..............................65 • General alarm:....................................65 • Limits exceeded alarms:..................................65 • ................................65 • Faulty control sensor alarm: ................................65 ..............................67 ........................68 ..............................69...
  • Page 4 ..............................101 ............................102 ..........................102 ......................103 • ..........................124 • ................................124 • ..............................124 • ................................ 125 41. Electrical connections ..........................126 • ............................. 126 • ............................126 • ........................... 127 • ..........................127 • ............................. 128 • ............................. 128 • ............................. 129 •...
  • Page 5 5/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...

  • Page 6: Technical Data

    FH room controller 1. Technical data Power supply: 110...230 Vca ±10%, 50/60 Hz Power consumption: max 1.3 W Operating temperature: 0...50°C Display: Backlit LCD display Inputs: 2 potential-free contacts 2 or 3 NTC 10k sensors Outputs: 1 analogue output 0...10 V (R >...

  • Page 7: Display, Keypad And Icons

    3. Display, keypad and icons Display A Display B On/Off Timer extension on Clock setting continuously displayed Economy function on General alarm Communications alarm Parameters menu Operating season Floor temperature too high while cooling Cooling on continuously displayed Condensation alarm continuously displayed Floor temperature too high while heating Heating on...

  • Page 8: General Description

    4. General description The controller is used to manage a radiant panel heating or cooling system. The MASTER controller receives the information from the SLAVE controllers. The communication between the MASTER controller and the SLAVE controllers may be performed in 2 ways: contact communication, communication through Modbus RTU protocol.
  • Page 9 Broadcast writing from MASTER to SLAVE the MASTER controller ON/OFF sent depending on the I90 parameter MASTER_WR_ON_OFF (see paragraph MASTER_WR_EXT_TEMP Value of the external temperature sensor connected to the MASTER controller MASTER_WR_SEASON Operational season set on the MASTER controller MASTER_WR_SUPPLY_T Value of the delivery temperature on the MASTER controller Alarm for temperature control lower than dew temperature + I45 on the MASTER controller MASTER_WR_ALARM_DEWPOINT...
  • Page 10 Vertical Modbus network between the MASTER controller and the SLAVE_Y controllers SLAVE X SLAVE X SLAVE Y ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3 ZONE 4 SLAVE X SLAVE X SLAVE Y ZONE 1 ZONE 2 ZONE 3 ZONE 4...
  • Page 11 Vertical Modbus network between the MASTER controller and the SLAVE_Y controllers SLAVE X SLAVE X SLAVE Y ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3 ZONE 4 SLAVE X SLAVE X SLAVE Y ZONE 1 ZONE 2 ZONE 3 ZONE 4...
  • Page 12 Horizontal Modbus network between the MASTER controller and the SLAVE_X controllers MODBUS SLAVE X SLAVE X MASTER ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3 ZONE 4 MODBUS SLAVE X SLAVE X MASTER ZONE 1 ZONE 2 ZONE 3 ZONE 4...
  • Page 13 Single Modbus network between the MASTER controller and the SLAVE_X controllers SLAVE SLAVE ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3 ZONE 4 MODBUS SLAVE SLAVE ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3...
  • Page 14 Network without Modbus SLAVE SLAVE ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3 ZONE 4 SLAVE SLAVE ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 1 ZONE 2 ZONE 3 ZONE 4 SLAVE SLAVE ZONE 1 ZONE 2...
  • Page 15 MASTER controller without slave for single area control MASTER ZONE 1 The MASTER controller controls a single area (vds Key: external temperature sensor, temperature sensor, valve, pump, remote season change, thermal actuator. SLAVE controller without master for single area control, fan-coil + valve SLAVE X ZONE 1 15/142...

  • Page 16: Master Controller Or Slave_Y Controller

    • MASTER controller or SLAVE_Y controller: Valve Thermal actuator Valve Output Controller type Column pump 0..10 V zone 2 ON/OFF ON/OFF zone1 (Note 2) FH-2 or FH-4 (M15 = 12) (M16 = 7) (M17 = 10) (Note 2) FH-2 (M15 = 12) (M16 = 7) (M20 = 1) (Note 2)

  • Page 17: Slave_X Controller

    • SLAVE_X controller Control with one sensor/zone, zone 1 has several thermal actuators that are controlled in order: Thermal Thermal Thermal Thermal Controller actuator 1 actuator 2 actuator 3 actuator 4 Fan 1 zone 1 Fan 2 zone 1 type ON/OFF output zone 1...
  • Page 18 18/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...

  • Page 19: Switch On And Off

    The controller provides the following functions with a simple press of a button: • Switch on and off • • Fan operating mode • MODE button functionality The MODE button can be assigned one quick access function and other normal access functions, depending on parameter I74 (see I74=0: season change (if it is local, for 2-pipe systems) I74=1: zone 1 timer extension...

  • Page 20: Local Commands

    Local commands: I78=1 and set the switch on time slots (see “8. TIMER 31). To manually switch off zone 1, set parameter OC1 to OFF1. To manually switch off zone 2, set parameter OC2 to OFF2. To manually switch off zone 3, set parameter OC3 to OFF3. To manually switch off zone 4, set parameter OC4 to OFF4.
  • Page 21 • Depending on the control method chosen, the room setpoint is set manually or calculated automatically. - For balanced setpoint controls based on the external temperature, the operating setpoint is automatically calculated based on parameters I47 to I54 and the external temperature (see 57).
  • Page 22 MODE button function I74. The other functions can also be accessed by pressing the buttons. Quick access function using the MODE button: • If I74 Press the button, the “HEAT” (for heating) or “COOL” display B. Press the button to change the setting. The value is automatically saved. To exit the menu, wait for 4 seconds or press button.
  • Page 23 • If I74 The extended timer function extends operation with the base setpoint by excluding the economy function and the “non- occupied holiday” function for a time corresponding to parameter I77 if the time slots function parameter I78=0 (time slots for normal/economy function). With I78=1 (switch on/off using time slots) the timer extension function extends ON mode by excluding the timer slots for a period of time corresponding to parameter I77.
  • Page 24 I74=0), to access the other functions press the buttons at the same time to enter the menu for changing the extended running and operating mode functions: Parameter Description Default Max. Zone 1 timer extension off / with timer extension / off nOC1 OFF1 nOC1= zone 1 timer extension off...
  • Page 25 MODE button quick access function is set to timer extension / zone 1 off (I74=1), to access other functions press buttons together to enter the menu for setting the operating mode and season change functions. Parameter Description Default Max. HEAT HEAT COOL Heating mode...
  • Page 26 MODE button quick access function is set to timer extension / zone 2 off (I74=2), to access other functions press buttons together to enter the menu for setting the operating mode and season change functions. Parameter Description Default Max. HEAT HEAT COOL Heating mode...
  • Page 27 MODE button quick access function is set to timer extension / zone 3 off (I74=3), to access other functions press buttons together to enter the menu for setting the operating mode and season change functions. Parameter Description Default Max. HEAT HEAT COOL systems):...
  • Page 28 MODE button quick access function is set to timer extension / zone 4 off (I74=4), to access other functions press buttons together to enter the menu for setting the operating mode and season change functions. Parameter Description Default Max. HEAT HEAT COOL Heating mode...
  • Page 29 MODE button quick access function is set to operating mode (I74=5), to access the other functions press the buttons together to enter the menu for setting the timer extension and season change functions. Parameter Description Default Max. HEAT HEAT COOL systems): HEAT=Heating mode CooL=Cooling mode...
  • Page 30 7. DATE and TIME setting (Model FH-xxCSH1) Press the buttons together. CLK appears on display A and yMdH on display B. yMdH 2012 Press the button to enter the date and time setting menu. Parameter Description Max. Date and time setting menu Year 2012 2100...
  • Page 31 Depending on parameter I78, the time slots can be assigned to normal/economy control (I78=0) or to switch on/off the appli- ance (I78=1). A maximum of 4 time slots can be used for each zone per day. • With I78=0 control is normal within an ON period (control with base setpoints). Outside ON period, the controller works in economy mode (see 53).
  • Page 32 To operate using the time slots, set the start time (ON) and the end time (OFF). If the start time (ON) is equal or subsequent to the end time (OFF), the corresponding timer slot is ignored. To modify a timer slot of a certain zone, use the following procedure. Press the buttons together, the main menu is displayed: yMdH...
  • Page 33 Parameter Description Max. Timer slot selection Day of the week = Monday; = Tuesday; = Wednesday; = Thursday; = Friday; = Saturday; = Sunday Start of timer slot (hours) Start of timer slot (minutes) End of timer slot (hours) End of timer slot (minutes) M14=6) is selected, two zones, 1 and 2, can be controlled.
  • Page 34 9. TIMER SLOTS duplication (Model FH-xxCSH1) days from Saturday to Sunday for a certain zone, or it is possible to copy all time slots from one zone to another. • Timer slots duplication from one day to another of a zone: To copy the timer slots from one day to another, follow the procedure described below.
  • Page 35 • Timer slots duplication of a zone: To copy all timer slots from one zone to another, follow the procedure below: Press the buttons together, the main menu is displayed: yMdH Press the button until the following screen is displayed: Timer slots of zone to be copied: target zone Press the Select the zone to be copied using the...
  • Page 36 10. Parameter factory settings (level 1 password) The parameter factory settings are password protected. Press the buttons together to access the main menu. The following screen is displayed: noAL yMdH (model FH-xxCSH1) or (model FH-xxSSH1) Press the button to display the following screen: Press the button and then the button until the value 22 is displayed.
  • Page 37 Parameter Description Default Max. Analogue input 1 function: 0=Remote control sensor for zone 1 1=Remote control sensor for zone 2 2=Remote control sensor for zone 3 3=Remote control sensor for zone 4 4=External sensor 5=Floor sensor for zone 1 6=Floor sensor for zone 2 7=Floor sensor for zone 3 8=Floor sensor for zone 4 9=Season change remote contact (INPUT ON=Winter, INPUT OFF=Summer)
  • Page 38 Parameter Description Default Max. 0=Speed 1 of the 3 speed ON/OFF fan 1=Speed 2 of the 3 speed ON/OFF fan 2=Speed 3 of the 3 speed ON/OFF fan 3=ON/OFF fan 1 4=ON/OFF fan 2 6=ON/OFF thermal actuator output for zone 1 7=ON/OFF thermal actuator output for zone 2 8=ON/OFF thermal actuator output for zone 3 9=ON/OFF thermal actuator output for zone 4...
  • Page 39 Parameter Description Default Max. (Note1) 0=Speed 1 of the 3 speed ON/OFF fan 1=Speed 2 of the 3 speed ON/OFF fan 2=Speed 3 of the 3 speed ON/OFF fan 3=ON/OFF fan 1 4=ON/OFF fan 2 6=ON/OFF thermal actuator output 1 7=ON/OFF thermal actuator output 2 8=ON/OFF thermal actuator output 3 9=ON/OFF thermal actuator output 4...
  • Page 40 Installer parameters are password protected. Press the buttons together to access the main menu. The following screen is displayed: noAL yMdH (model FH-xxCSH1) or (model FH-xxSSH1) Press the button to display the following screen: Press the button and then the button until the value 11 is displayed.
  • Page 41 Parameter Description Default Max. Derivative control time in heating mode(s). Parameter which can be used for the control of 0..10 V modulating valves (M14=-3, -1, 1, 3) If I20=0, the derivative action is excluded. Cooling control proportional band (K) (°C [°F]) 2.0 [3.6] 1.0 [1.8] 20.0...
  • Page 42 Parameter Description Default Max. Dew point control activation. Avoids condensation during regulation. 0=Not enabled 1=Dew point controller activation with humidity sensor in the appliance for zone 1 2=Dew point controller activation with humidity sensor in the appliance for zone 2 3=Dew point controller activation with humidity sensor in the appliance for zone 3 4=Dew point controller activation with humidity sensor in the appliance for zone 4 5=Dew point controller activation with humidity sensor in the appliance for the MAS-...
  • Page 43 Parameter Description Default Max. Determines whether to start the fan at minimum speed if control is not active to prevent the air to stratify when the control sensor is mounted on the fan coil return. 0=OFF 1=ON in heating and cooling 2=ON in heating only 3=ON in cooling only 2000...
  • Page 44 Parameter Description Default Max. Summertime change Determines whether summertime is used automatically 0=No automatic update of summertime change 1=Automatic summertime change in Europe 2=Automatic summertime change in the USA Duration of extension timer (minutes). With timer extension function activated • If I78=0, the operating setpoint is the base setpoint, economy and holiday I77, •...
  • Page 45 Parameter Description Default Max. Activation of the thermal actuator 3 operation 0=Actuator disabled 1=Actuator enabled only during the summer season 2=Actuator enabled only during winter season 3=Actuator enabled in all seasons Activation of the thermal actuator 4 operation 0=Actuator disabled 1=Actuator enabled only during the summer season 2=Actuator enabled only during winter season 3=Actuator enabled in all seasons...
  • Page 46 12. Digital and analogue inputs logic • Digital inputs DI1 and DI2 Parameter Logic M04=0 ( ) or M06=0 ( M05 = Logic DI1 M07 = Logic DI2 Remote season changeover contact Summer Winter M04=1 ( ) or M06=1 ( M05 = Logic DI1 M07 =...
  • Page 47 • Analogue inputs Analogue input 1 (AI1): Parameter Sensor AI1 is used as a control sensor for zone 1. M08=0 Remote control sensor for zone 1 Sensor AI1 is used as a control sensor for zone 2. M08=1 Remote control sensor for zone 2 Sensor AI1 is used as a control sensor for zone 3.
  • Page 48 Analogue input 2 (AI2): Parameter Sensor AI2 is used as a control sensor for zone 1. M10=0 Remote control sensor for zone 1 Sensor AI2 is used as a control sensor for zone 2. M10=1 Remote control sensor for zone 2 Sensor AI2 is used as a control sensor for zone 3.
  • Page 49 Analogue input 3 (AI3): Parameter Sensor AI3 is used as a control sensor for zone 1. M12=0 Remote control sensor for zone 1 Sensor AI3 is used as a control sensor for zone 2. M12=1 Remote control sensor for zone 2 Sensor AI3 is used as a control sensor for zone 3.
  • Page 50 Note: Using the keyboard it is not possible to assign the same functionality to two digital or analogue inputs. identical assignation: Input priority: Digital input 1 (DI1) Highest priority Digital input 2 (DI2) Analogue input 1 (AI1) Analogue input 2 (AI2) Analogue input 3 (AI3) Lowest priority digital input or an analogue input, but not for both.
  • Page 51 13. Control sensor(s) sensor for zone 1 (M08=0 or M10=0 or M12=0) to be able to use the control. If no analogue input is used a control sensor for zone 1, the valve remains off. sensor and the other two with remote sensors or all zones can be controlled with remote sensors. Set parameters M08, M10 and M12 with the highest priority, to which a remote sensor is not assigned, uses the internal sensor for control purposes.
  • Page 52 I37=1 for zone 1, I38=1 for zone 2, I39=1 for zone 3, I40 sor (M08=5 or M10=5 or M12=5 for zone 1, M08=6 or M10=6 or M12=6 for zone 2, M08=7 or M10=7 or M12=7 for zone 3, M08=8 or M10=8 or M12=8 for zone 4).
  • Page 53 15. Season, operating setpoint, ECONOMY, HOLIDAY mode M04=0 or M06=0, from analogues input M08=9 or M10=9 or M12=9 or from parameter if no digital contact and analogue The MASTER controller informs all available controllers on the Modbus networks regarding the operating season. regardless of the digital or analogue inputs settings.
  • Page 54 Analogue output in cooling mode Digital output in cooling mode Output Output Temp. Temp. Output Output ECONOMY ECONOMY HOLIDAY HOLIDAY Temp. Temp. (I30 or I31) (I30 or I31) WCS: thermal actuator WCS: thermal actuator Analogue output in heating mode Digital output in heating mode Output Output Temp.

  • Page 55: Zone Display Or Alternate Zones On The Display

    16. Zone display or alternate zones on the display: I72 (display A) or I73 (display B) to 10 (zone 1) or 11 (zone 2) or 12 (zone 3) or 13 (zone 4). In this case, in heating mode, the value corresponding to WHS is dis- played, in cooling mode the value corresponding to WCS is displayed.
  • Page 56 17. Supply limits function For the MASTER or SLAVE_Y controller, it is possible to take the water supply limits into account to prevent the supply of too hot or too cold water into the pipes. The minimum and maximum limits may be enabled separately, based on the value of parameters I32 and I34 respectively. M08=14 or M10=14 or M12=14).
  • Page 57 18. Control with compensated setpoint The compensated setpoint applies to the MASTER or SLAVE_Y controller for the valve control. The function allows an operat- ing setpoint to be dynamically calculated according to the external temperature. In winter, it is normally used to raise the supply setpoint, when the external temperature falls.
  • Page 58 19. Dew setpoint control during the summer season The dew point control applies to the MASTER or SLAVE_Y controller for the valve control. The function allows an operating setpoint to be dynamically calculated according to the temperature and humidity selected for this calculation. During winter, this control is not used.
  • Page 59 20. Dew point function in cooling mode During the summer season the dew point function is used to avoid the control with a temperature that may be too close or The dew point function may be applied for a single area that can be selected for SLAVE_X controller or for the MASTER or SLAVE_Y controller.
  • Page 60 SLAVE stops all controlled thermal actuators, icons point + 0.2°C (0.4°F). Timer extension or forced presence modes If timer slots are used for the “energy saving” function (I78=0), in the event that the “energy saving” or “non-occupied holiday” functions are used, the operating setpoints are calculated taking into account parameters I30 (offset economy) and I31 (“non- occupied holiday”...
  • Page 61 24. AI3 sensor used as 0...10 V input If input AI3 is used with the 0...10 V input, position jumper JP1 in position “2-3” (see 102) and set parameter M12 to 16. I86 = 0 and I87 = 100, the unit of measurement I88 is 1 (% R.H.). To display the corresponding value on display B, set parameter I73 to 23.
  • Page 62 25. Forced outputs via Modbus to the FORCED_OUTPUTS_KEY (8095) register and then write the appropriate value on the register corresponding to the output to be forced. ing is a variable, depending on the forcing requests. Upper weighting Lower weighing from 15 to 8 bits bit 7 bit 6 bit 5...

  • Page 63: Alarms Table

    26. Alarms There are two types of alarms: alarms which do not affect the controller (only error messages are displayed); alarms which do affect the controller (error messages are displayed and certain outputs are disabled); When an alarm occurs, it is displayed on display A during control. To return to the normal regulation display, press button If an alarm corresponds to a faulty sensor displayed on the display, after pressing the button, the following screen is shown if the sensor is open:...

  • Page 64: Condensation Alarm

    • Table of alarms (faulty temperature sensors) Internal sensor No alarm No alarm No alarm Alarm No alarm No alarm Alarm No alarm No alarm No alarm Alarm Alarm No alarm Alarm No alarm No alarm No alarm Alarm No alarm Alarm No alarm Alarm...

  • Page 65: General Alarm

    Column pump ON SLAVE_Y controller Circulator (*) Alarm ignored alarm Valve (*) Column pump ON Thermal actuator OFF SLAVE_X controller Circulator (*) Fan coil OFF alarm Valve (*) (*) Circulator and valve = ON if I46 = 1 Circulator and valve = OFF if I46 = 0 •...
  • Page 66 If the sensors used to control are faulty (open or in short circuit), the outputs are disabled, If parameter I72 or I73 temperature cannot be calculated (open or short circuited sensor), the display shows “---” instead of the setpoint. For sensors used as external sensors in the event of a sensor failure, if the compensated setpoint function is enabled, the function is not blocked: •...
  • Page 67 27. Alarms page The status of the alarms can be displayed on the dedicated page. To access the alarms page, carry out the following procedure: Press the buttons together to access the main menu. The following screen is displayed: yMdH noAL (model FH-xxCSH1) or (model FH-xxSSH1)
  • Page 68 28. Restoring default parameters Press the buttons together to access the main menu. The following screen is displayed: noAL yMdH (model FH-xxCSH1) or (model FH-xxSSH1) Press button until the following screen is displayed: Press the button and then the button until the value 33 is displayed. Press the button to access the default parameters reset level.

  • Page 69: M02

    29. Valve output • Fixed point 2-pipe HEATING control (M02=0) The “HEAT” icon is displayed to indicate that the heating mode is active. • The PID type controller operates in the following way for modulating control: Output Control temp. If the operating temperature falls below WHS, the valve starts to open. The icon is displayed.
  • Page 70 • Fixed point 2-pipe COOLING control (M01=0) The “COOL” icon is displayed to indicate that cooling mode is active. • The PID type controller operates in the following way for modulating control: Output Control temp. If the operating temperature rises above WCS, the AO1 valve starts to open. The icon is displayed.
  • Page 71 • 2-pipe compensated setpoint control (M02=1) The “HEAT” icon is displayed to indicate that the heating mode is active. • The PID type controller operates in the following way for modulating control: Output Control temp. “18. Control with If the operating temperature falls below WHS, the valve starts to open. The icon is displayed.
  • Page 72 The “COOL” icon is displayed to indicate that cooling mode is active. • The PID type controller operates in the following way for modulating control: Output Control temp. “18. Control with com- If the operating temperature rises above WCS, the AO1 valve starts to open. The icon is displayed.
  • Page 73 To use the ON/OFF dehumidifier function, select a configuration that uses this element (M14 • if I55 • if I55=2 a remote humidity transmitter is used; in this case, the analogue input AI3 must be set to 0..10 V M12=16). The •...
  • Page 74 31. Circulator The circulator is connected to the MASTER or SLAVE_Y controller. It distributes the control circuit water to all horizontal controllers of the same level. It is enabled during control if one of the SLAVE_X controllers needs to control and activates a thermal actuator. One of the following conditions deactivates the circulator, regardless of the control requests from the horizontal controllers: •...
  • Page 75 33. Thermal actuator For its operation, a control sensor must be coupled to the control element. It can be the internal sensor, if no remote control sensor has been assigned to the zone in which the thermal actuator is mounted or a remote sensor assigned to the zone in which the thermal actuator is mounted.
  • Page 76 Output Control temp. zone 1 WCS1 WCS1 1 calculated according to paragraph I24: thermal actuator 1 hysteresis If the operating temperature rises above WCS1 + (I24 : 2) the thermal actuator is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]). If the temperature drops below WCS1 - (I24 : 2) the thermal actuator is deactivated and the icon turns off if zone 1 is displayed (I72=4 or [8 alternately with other zones]).
  • Page 77 Output Control temp. zone 3 WHS3 WHS3 3 calculated according to paragraph I26: thermal actuator 3 hysteresis If the operating temperature drops below WHS3 - (I26 : 2) the thermal actuator is enabled. The icon turns on if zone 3 is displayed (I72=6 or [8 alternately with other zones]). If the temperature rises above WHS3 + (I26 : 2) the thermal actuator is deactivated and the icon turns off if zone 3 is displayed (I72 or [8 alternately with other zones]).
  • Page 78 Output Control temp. zone 4 WCS4 WCS4: 4 calculated according to paragraph I27: thermal actuator 4 hysteresis If the operating temperature rises above WCS4 + (I27 : 2) the thermal actuator is enabled. The icon turns on if zone 4 is displayed (I72=7 or [8 alternately with other zones]). If the temperature drops below WCS4 - (I27 : 2) the thermal actuator is deactivated and the icon turns off if zone 4 is displayed (I72=7 or [8 alternately with other zones]).
  • Page 79 Outputs Control sensor zone 1 WCS1 WCS2 WHS1 WCS2 2, calculated according to paragraph I24: thermal actuator 1 hysteresis I25: thermal actuator 2 hysteresis If the operating temperature rises above WCS1 + (I24 : 2) the thermal actuator 1 is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]).
  • Page 80 Outputs Control sensor zone 1 WCS1 WCS2 WCS3 WCS1 WCS2: WCS3 3, calculated according to paragraph I24: thermal actuator 1 hysteresis I25: thermal actuator 2 hysteresis I26: thermal actuator 3 hysteresis If the operating temperature rises above WCS1 + (I24 : 2) the thermal actuator 1 is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]).
  • Page 81 Outputs Control sensor zone 1 WHS4 WHS3 WHS2 WHS1 WHS1 WHS2 WHS3 WHS4 4, calculated according to paragraph I24: thermal actuator 1 hysteresis I25: thermal actuator 2 hysteresis I26: thermal actuator 3 hysteresis I27: thermal actuator 4 hysteresis If the operating temperature drops below WHS1 - (I24 : 2) the thermal actuator 1 is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]).
  • Page 82 Outputs Control sensor zone 1 WCS1 WCS2 WCS3 WCS4 WHS1 WCS2: WCS3 WCS4 4, calculated according to paragraph I24: thermal actuator 1 hysteresis I25: thermal actuator 2 hysteresis I26: thermal actuator 3 hysteresis I27: thermal actuator 4 hysteresis If the operating temperature rises above WCS1 + (I24 : 2) the thermal actuator 1 is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]).
  • Page 83 • Outputs Control sensor zone 1 WHS2 WHS1 Outputs Control sensor zone 2 WHS4 WHS3 WHS1 WHS2 WHS3 WHS4 4, calculated according to paragraph I24: thermal actuator 1 hysteresis I25: thermal actuator 2 hysteresis I26: thermal actuator 3 hysteresis I27: thermal actuator 4 hysteresis If the operating temperature of zone 1 drops below WHS1 - (I24 : 2) the thermal actuator 1 is enabled.
  • Page 84 Outputs Control sensor zone 1 WCS1 WCS2 Outputs Control sensor zone 2 WCS3 WCS4 WHS1 WCS2: WCS3 WCS4 4, calculated according to paragraph I24: thermal actuator 1 hysteresis I25: thermal actuator 2 hysteresis I26: thermal actuator 3 hysteresis I27: thermal actuator 4 hysteresis If the operating temperature of zone 1 rises above WCS1 + (I24 : 2) the thermal actuator 1 is enabled.
  • Page 85 The SLAVE_X controllers must indicate a control request to the SLAVE_Y controller or to the MASTER controller to allow the activation of the circulator and column pump. • on the Modbus register MASTER_RD_REG_ACTIVATION (8106) which will be read by the MASTER controller. •...
  • Page 86 • Modbus cannot be used, the only way to indicate the control request is by using the contacts. Set a digital input as control request (M04=5 or M06=5) on the SLAVE_Y controller. enabled (if M17=14). Through a support relay, the SLAVE_Y controller can detect the control request with the digital input set as control request (M04=5 or M06=5).
  • Page 87 35. Fan Coil M14), the SLAVE_X controller is able to control fans with one or three ON/ OFF speeds, 0..10 V modulating speeds or no fans. M14 to 9, 10, 11, 19 or 20. M14 to 12. M14 to 13, 14, 15, 21, 22. The fan coil is considered as a second stage in relation to the thermal actuator, if the thermal actuator is not disabled.
  • Page 88 • mode: I91=1 or 3 (thermal actuator 1 enabled to function during the summer season): Outputs FAN1 Control temp. zone 1 WCS1 WCS1 1 calculated according to paragraph I24: thermal actuator 1 hysteresis I28: differential between the thermal actuator 1 and the fan coil 1 WCS1 + (I24 : 2) the thermal actuator 1 is enabled.
  • Page 89 • I92=2 or 3 (thermal actuator 2 enabled to function during the winter season): Outputs FAN2 Control temp. WHSx WHS2x: 2 (conf. 10) or zone 1 (conf. 19) calculated according to paragraph “ 53” I25: thermal actuator 2 hysteresis I29: differential between the thermal thermal actuator 2 and the fan coil 2 I59: If the operating temperature of thermal actuator 2 zone (zone 2) drops below WHS2 - (I25 : 2) the thermal actuator 2 is enabled.
  • Page 90 • I92=1 or 3 (thermal actuator 1 enabled to function during the summer season): Outputs FAN2 Control temp. WCSx WCSx 2 (conf. 10) or zone 1 (conf. 19) calculated according to paragraph I25: thermal actuator 2 hysteresis I29: differential between the thermal thermal actuator 2 and the fan coil 2 If the operating temperature of thermal actuator 2 zone (zone 2) rises above WCS2 + (I25 : 2) the thermal actuator 2 is enabled.
  • Page 91 • I91=2 or 3 (thermal actuator 1 enabled to function during the winter season): Output Control temp zone 1 WHS1 vel 3 vel 2 vel 1 Temp. WHS1: 1 calculated according to paragraph I24: thermal actuator 1 hysteresis I28: differential between the thermal thermal actuator 1 and the fan coil 1 I61: Set the 3 speed ON/OFF motor parameters as follows: - Set parameter I28...
  • Page 92 Note: in case of automatic speed control, is displayed; otherwise for manual speed control I91=0 or 1 (thermal actuator 1 enabled to function during the winter season): vel 3 vel 2 vel 1 Control temp WHS1 WHS1: 1 calculated according to paragraph I61: Set the 3 speed ON/OFF motor parameters as follows: - Set parameters I58, I60, I61...
  • Page 93 • I91=1 or 3 (thermal actuator 1 enabled to function during the summer season): Output Control temp zone 1 WCS1 vel 3 vel 2 vel 1 Temp. WCS1: 1 calculated according to paragraph I24: thermal actuator 1 hysteresis I28: differential between the thermal thermal actuator 1 and the fan coil 1 I61: Set the 3 speed ON/OFF motor parameters as follows: - Set parameter I28...
  • Page 94 when the fan is deactivated. Note: in case of automatic speed control, is displayed; otherwise for manual speed control. I91=0 or 2 (thermal actuator 1 disabled during the summer season): vel 3 vel 2 vel 1 Control temp WCS1 WCS1: 1 calculated according to paragraph I61: Set the 3 speed ON/OFF motor parameters as follows:...
  • Page 95 • I91=2 or 3 (thermal actuator 1 enabled to function during the winter season): Actuator 100% Control temp. WHS1 Automatic speed ventilator Speed 3 Speed 1 Control temp. Manual speed ventilator Control temp. WHS1: 1 calculated according to paragraph I24: thermal actuator 1 hysteresis I28: differential between the thermal thermal actuator 1 and the fan coil 1 I6x: I64 I6x: I65...
  • Page 96 If the operating temperature of zone 1 drops below WHS1 - (I24 the thermal actuator 1 is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]). If the operating temperature drops below WHS1 - (I24 : 2) - I28, the fan is enabled at speed 1 and the icons turn on if zone 1 is displayed (I72=4 or [8 alternately with the other zones]).
  • Page 97 (I72=4 or [8 alternately with the other zones). As the temperature continues to decrease, the speed increases to reach speed 3 when the temperature drops below WHS1 - I58. The icons turn on if zone 1 is displayed (I72=4 or [8 alternately with the other zones]).
  • Page 98 • I91=1 or 3 (thermal actuator 1 enabled to function during the summer season): Actuator 100% Control temp. WCS1 Automatic speed ventilator Speed 3 Speed 1 Control temp. Manual speed ventilator Control temp. WCS1: 1 calculated according to paragraph I24: thermal actuator 1 hysteresis I28: differential between the thermal thermal actuator 1 and the fan coil 1 I6x: I64 I6x: I65...
  • Page 99 If the operating temperature of zone 1 rises above WCS1 + (I24 the thermal actuator 1 is enabled. The icon turns on if zone 1 is displayed (I72=4 or [8 alternately with other zones]). If the temperature rises above WCS1 + (I24 : 2) + I28, the fan is enabled at speed 1 and the icons turn on if zone 1 is displayed (I72=4 or [alternately with the other zones]).
  • Page 100 If the temperature rises above WCS1, the fan is activated at speed 1 and the icons turn on if zone 1 is displayed (I72=4 or [8 alternately with the other zones). As the temperature continues to rise, the speed increases to reach speed 3 when the temperature rises above WCS1 + I58.
  • Page 101 I68 a 1. I68 to 2. I68 to 3. I69 at every interval set with parameter I70. when the counter exceeds the number of hours set by parameter I71. I71 to a value other than 0. To deactivate this function, set the maximum number of hours with I71 to 0. When the function is active, the fan coil hour counter is saved to memory every 2 hours.

  • Page 102: Usb Connection

    38. USB connection To connect the controller to a PC via the USB connection, use a cable with Type A connector on one end and Mini B connector on the other. The connection can be made when the device is switched on or off. software updates.
  • Page 103 40. Modbus (for FH-xMxSH1 models) SLAVE_Y with Modbus (M01=0 and M03=1) and can communicate remotely with the Modbus Master unit (M01=1). The default communication values are: baud=19200, parity=equal, address=1. All parameters and variables are accessible as holding registers and R/W operations can be implemented using function codes FC=03, 06, 16.
  • Page 104 Registers Description Max. DAY_NAME name of current day 0=Sunday 1=Monday 2=Tuesday 8031 3=Wednesday 4=Thursday 5=Friday 6=Saturday 8032 HOUR current hour 8033 current time 8034 current time 8035 TOTAL_HOUR_OF_FAN_1 total hours of fan 1 operation 9999 8036 TOTAL_HOUR_OF_FAN_2 total hours of fan 2 operation 9999 FLAG_GLOBAL_ON_OFF general ON/OFF status...
  • Page 105 Registers Description Max. FLAG_LIM_ALARM limit alarm status (at the SLAVE_Y controller) 0=No limit alarm 1=Upper heating limit exceeded, pre-alarm 8050 2=Upper heating limit exceeded, alarm 3=Lower cooling limit exceeded 4=Lower cooling limit exceeded, alarm FLAG_ALARM_HIGH_CONTACT high temperature alarm (M04=7 or M06=7) 8051 0=No high temperature alarm 1=High temperature alarm...
  • Page 106 Registers Description Max. MASTER_WR_AUTHORIZATION message validation code from the MASTER controller 8105 32478= valid data package sent by the MASTER 65535 other values= invalid data package sent by the MASTER MASTER_RD_REG_ACTIVATION control request from the slave (active actuator or fan coil) 0=No control request 8106 1=Control request from the SLAVE_X controller...
  • Page 107 Registers Description Default Max. 7006 SUN_Z1_HOUR_OFF_2 End time of time slot 2, zone 1, Sunday 7007 SUN_Z1_MIN_OFF_2 End time (minutes) of time slot 2, zone 1 7008 SUN_Z1_HOUR_ON_3 Start time of time slot 3, zone 1, Sunday 7009 SUN_Z1_MIN_ON_3 Start time (minutes) of time slot 3, zone 1, Sunday 7010 SUN_Z1_HOUR_OFF_3 End time of time slot 3, zone 1, Sunday...
  • Page 108 Registers Description Default Max. 7061 WED_Z1_MIN_ON_4 Start time (minutes) of time slot 4, zone 1, Wednesday 7062 WED_Z1_HOUR_OFF_4 End time (hours) of time slot 4, zone 1, Wednesday 7063 WED_Z1_MIN_OFF_4 End time (minutes) of time slot 4, zone 1, Wednesday 7064 THU_Z1_HOUR_ON_1 Start time (hours) of time slot 1, zone 1, Thursday...
  • Page 109 Registers Description Default Max. 7116 SUN_Z2_HOUR_ON_2 Start time (hours) of time slot 2, zone 2, Sunday 7117 SUN_Z2_MIN_ON_2 Start time (minutes) of time slot 2, zone 2, Sunday 7118 SUN_Z2_HOUR_OFF_2 End time (hours) of time slot 2, zone 2, Sunday 7119 SUN_Z2_MIN_OFF_2 End time (minutes) of time slot 2, zone 2, Sunday...
  • Page 110 Registers Description Default Max. 7171 WED_Z2_MIN_OFF_3 End time (minutes) of time slot 3, zone 2, Wednesday 7172 WED_Z2_HOUR_ON_4 Start time (hours) of time slot 4, zone 2, Wednesday 7173 WED_Z2_MIN_ON_4 Start time (minutes) of time slot 4, zone 2, Wednesday 7174 WED_Z2_HOUR_OFF_4 End time (hours) of time slot 4, zone 2, Wednesday...
  • Page 111 Registers Description Default Max. 7226 SUN_Z3_HOUR_OFF_1 End time of time slot 1, zone 3, Sunday 7227 SUN_Z3_MIN_OFF_1 End time (minutes) of time slot 1, zone 3, Sunday 7228 SUN_Z3_HOUR_ON_2 Start time of time slot 2, zone 3, Sunday 7229 SUN_Z3_MIN_ON_2 Start time (minutes) of time slot 2, zone 3, Sunday 7230 SUN_Z3_HOUR_OFF_2...
  • Page 112 Registers Description Default Max. 7281 WED_Z3_MIN_ON_3 Start time (minutes) of time slot 3, zone 3, Wednesday 7282 WED_Z3_HOUR_OFF_3 End time (hours) of time slot 3, zone 3, Wednesday 7283 WED_Z3_MIN_OFF_3 End time (minutes) of time slot 3, zone 3, Wednesday 7284 WED_Z3_HOUR_ON_4 Start time (hours) of time slot 4, zone 3, Wednesday...
  • Page 113 Registers Description Default Max. 7336 SUN_Z4_HOUR_ON_1 Start time of time slot 1, zone 4, Sunday 7337 SUN_Z4_MIN_ON_1 Start time (minutes) of time slot 1, zone 4, Sunday 7338 SUN_Z4_HOUR_OFF_1 End time of time slot 1, zone 4, Sunday 7339 SUN_Z4_MIN_OFF_1 End time (minutes) of time slot 1, zone 4, Sunday 7340 SUN_Z4_HOUR_ON_2...
  • Page 114 Registers Description Default Max. 7391 WED_Z4_MIN_OFF_2 End time (minutes) of time slot 2, zone 4, Wednesday 7392 WED_Z4_HOUR_ON_3 Start time (hours) of time slot 3, zone 4, Wednesday 7393 WED_Z4_MIN_ON_3 Start time (minutes) of time slot 3, zone 4, Wednesday 7394 WED_Z4_HOUR_OFF_3 End time (hours) of time slot 3, zone 4, Wednesday...

  • Page 115: M01

    Registers Description Default Max. 7446 SAT_Z4_HOUR_OFF_4 End time (hours) of time slot 4, zone 4, Saturday 7447 SAT_Z4_MIN_OFF_4 End time (minutes) of time slot 4, zone 4, Saturday TYPE_OF_HARDWARE 0 = 1 digital output, 3 analogue outputs 1 = 2 digital outputs, 2 analogue outputs 7448 2 = 3 digital outputs, 1 analogue output 3 = 3 digital outputs, 2 analogue outputs...
  • Page 116 Registers Description Default Max. ANALOG_INPUT1_FUNC (see table pag. 36) 0=Remote control sensor for zone 1 1=Remote control sensor for zone 2 2=Remote control sensor for zone 3 3=Remote control sensor for zone 4 4=External sensor 5=Floor sensor for zone 1 6=Floor sensor for zone 2 7=Floor sensor for zone 3 7460...
  • Page 117 Registers Description Default Max. DIGITAL_OUTPUT1_FUNC (see table pag. 36) 0=Speed 1 of the ON/OFF fan 2=Speed 2 of the ON/OFF fan 2=Speed 3 of the ON/OFF fan 3=ON/OFF fan 1 4=ON/OFF fan 2 6=ON/OFF thermal actuator output 1 7=ON/OFF thermal actuator output 2 7467 8=ON/OFF thermal actuator output 3 9=ON/OFF thermal actuator output 4...
  • Page 118 Registers Description Default Max. DIGITAL_OUTPUT5_FUNC (see table pag. 36) (not for models FH-2xxSH1) 0=Speed 1 of the ON/OFF fan 2=Speed 2 of the ON/OFF fan 2=Speed 3 of the ON/OFF fan 3=ON/OFF fan 1 4=ON/OFF fan 2 6=ON/OFF thermal actuator output 1 R or 7=ON/OFF thermal actuator output 2 7471...
  • Page 119 Registers Description Default Max. 7509 SET_LIM_HIGH (see table pag. 40) (°C [°F]) (Note1) 300 [86] 500 [122] 7510 PROP_BAND_LIM (see table pag. 40) (Note1) 20 [36] 10 [18] 200 [360] AUTHORIZE_FLOOR_CTRL_ZONE_1 (see table pag. 40) 0=Floor temperature not controlled 7511 1=Limit control with room sensor control 2=Limit control, room sensor control excluded AUTHORIZE_FLOOR_CTRL_ZONE_2 (see table pag.
  • Page 120 Registers Description Default Max. 7536 MIN_VOLT_SUPPLY_FAN (see table pag. 40) (Note2) 7537 MAX_VOLT_SUPPLY_FAN (see table pag. 40) (Note2) 7538 SPEED_1_MODULATING (see table pag. 40) 7539 SPEED_2_MODULATING (see table pag. 40) 7540 SPEED_3_MODULATING (see table pag. 40) FAN_START_BOOSTER (see table pag. 40) 7541 0=Fan starts at set speed 1=Fan starts at maximum speed for 1 s and then goes to set speed...
  • Page 121 Registers Description Default Max. (Note1) UNIT_C_F (see table pag. 40) 7549 0=°C 1=°F DAYLIGHT_SAVING_TIME (see table pag. 40) 0=No automatic update of summertime changeover 7550 1=Automatic summertime changeover in Europe 2=Automatic summertime changeover in the USA 7551 TIME_TIMER_PROLUNG (see table pag. 40) TIME_BAND_FUNCTION (see table pag.
  • Page 122 Registers Description Default Max. MANUAL_OCCUPANCY_ZONE_2 0=Timer extension off 7574 1=Timer extension on 2=zone 2 off MANUAL_OCCUPANCY_ZONE_3 0=Timer extension off 7575 1=Timer extension on 2=zone 3 off MANUAL_OCCUPANCY_ZONE_4 0=Timer extension off 7576 1=Timer extension on 2=zone 4 off STA_MANUAL 7577 0=Winter 1=Summer FAN_SPEED_MODE 0=Manual speed 1...
  • Page 123 123/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...
  • Page 124 • Restoration of default parameters via MODBUS Set the REST_PARAM_TO_DEFAULT (register 7586) to 1. The default parameter loading procedure begins. The display shows the following messages: Loading of default parameters Default parameters loaded When the default parameters are loaded, the controller returns to control mode and the register RESET_PARAM_TO_DEFAULT (register 7586) resets to 0.
  • Page 125 • MODBUS connection diagram These diagrams refer to the FH-xMxSH1 models. The RS485-MODBUS line has a long main bus to which the appliances are connected directly (max 31 SLAVE appli- ances with 1 MASTER appliance). Use cables with a braided pair + 1 ground wire + shield. Use the braided pair to connect A+ and B- and the single wire for GND which must be connected to each device.
  • Page 126 41. Electrical connections The installation and maintenance operations must be carried out by skilled personnel, with the appliance discon- nected from the power supply and from external loads. Industrietechnik shall not be responsible for any damage caused by inadequate installation and/or from the unauthorised opening or removal of safety devices. •...
  • Page 127 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 16 17 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph AO1=Valve 0..10 V DO1=Column pump • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply...
  • Page 128 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * ->...
  • Page 129 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 DO3=Thermal actuator 3 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15...
  • Page 130 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Fancoil 1 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply...
  • Page 131 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 DO3=Thermal actuator 3 DO4=Fancoil 1 • MODBUS (FH-xMxSx1) 40 41 42 43 44...
  • Page 132 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 16 17 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 AO1=EC fancoil • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 16 17...
  • Page 133 MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 16 17 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 DO3=Thermal actuator 3 AO1=EC fancoil • MODBUS (FH-xMxSx1) 40 41...
  • Page 134 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 DO3=Thermal actuator 3 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15...
  • Page 135 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 DO3=Fancoil 1 DO4=Fancoil 2 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12...
  • Page 136 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 16 17 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 AO1=EC fan • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12...
  • Page 137 • MODBUS (FH-xMxSx1) 40 41 42 43 44 10 11 12 13 14 15 Power Supply AI1, AI2, AI3, DI1, DI2 and note * -> see paragraph DO1=Thermal actuator 1 DO2=Thermal actuator 2 DO3=Thermal actuator 3 DO4=Thermal actuator 4 137/142 AB Industrietechnik srl –...
  • Page 138 42. Terminal blocks connection Connection of FH-2xxSH1 model Connection of FH-4xxSH1 model 40 41 40 41 Figure 1 Figure 2 Terminal blocks: N - L = 230 V AC power supply DI1 - DI2 = Digital inputs 1 and 2 AI1 - AI2 - AI3 = Analogue inputs 1-3 AO1 = Analogue output 1 DO1 - DO2 - DO3 - DO4 - DO5 = Digital outputs 1-5...
  • Page 139 43. Dimensions 25,5 83,5 18,7 44. Mounting instructions 150cm 139/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...
  • Page 140 140/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...
  • Page 141 E.g.: Bticino 503E (available on request). Spacing between mounting holes 83.5 mm. 141/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...
  • Page 142 142/142 AB Industrietechnik srl – Via Julius Durst, 70 – 39042 BRESSANONE (BZ) Italy – Tel: +39 0472/830626 – info@industrietechnik.it – www.industrietechnik.it...

This manual is also suitable for:

Evolution fh-2xxsh1 seriesEvolution fh-4xxsh1 seriesEvolution fh-xxcsh1 series

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