VDH Heinen & Hopman FC500-PC Page 43 Manual Download

Page: 43 / 43

Doc. nr. : 012257

Version:

V1.9

Date:

16-02-2011

VDH Products B.V.

Type:

MANUAL FC500-PC

Page:

43 of 43

APPENDIX-B. FC400-BP control panel

(four-button panel)

Frontview FC400-BP Panel Drawing 930723

Dimensions FC400-BP panel Drawing 930723

-.-.-.-.-.-.-.-.-.-

Summary of Contents for Heinen & Hopman FC500-PC

Page 1: ...C500 PC Airco Doc nr 012257 Type Manual Number of pages 43 Date 16 02 2011 File Do012257 FC500 PC v19 EN wpd By RvdT Version V1 9 VDH Products B V Signed File Doc 01 Manual FC500 PC Heinen Hopman VDH Doc 012257 ...

Page 2: ...dition 29 01 2002 v1 2 2e production edition 22 02 2002 Costumer remarks aided v1 3 3e production edition 08 07 2002 Added M S configuration setting Pag 21 22 v1 4 4e production edition 20 08 2003 Added 4 button display shielded cable PU3 v1 5 5e production edition 06 01 2004 Added Parameter 93 0 Alfanet 1 Modbus SW V1 06 v1 6 6e production edition 16 08 2004 Correction P35 0 2 humidity control no...

Page 3: ...ol consist of 1 FC500 PC Main Panel 2 FC400 BP Control Panel FC400 type four button 3 MDR BP Control Panel MDR BP three button 4 FC500 sens Sensors Water Air en Outside sensor 5 RH95 2 Humidity sensor WARNINGS It is highly recommended to study the operation of the FC500 PC Airco control system carefully before using it Before connection the FC 500 PC to the supply check the supply voltage indicate...

Page 4: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 4 of 43 OVERVIEW FC500 SYSTEM ...

Page 5: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 5 of 43 ...

Page 6: ...Power connections 17 Supply connection 17 Air Handler connection 18 Control connection terminals of the FC500 PC 19 Control connections 19 T1 Air temperature sensor connection 19 T2 Water temperature sensor connection 19 T3 Outside temperature sensor connection 19 Humidity sensor connection 20 I2 C BUS connection 20 Analog output connection 20 RS485 NET communication connection 21 RS485 DIS Local ...

Page 7: ...ternal bottom view 38 APPENDIX A MDR BP remote panel 39 Control 39 Switching the controller on or off 39 Adjusting the temperature 39 Adjusting the fan speed 39 Adjusting the fan speed without temperature control 39 Switching off the display 39 Viewing other measurements 40 Programming local parameters 40 Local parameter table 40 Error codes 41 Troubleshooting 41 Technical data 41 Connections 42 C...

Page 8: ...upply frequency 50 60Hz On Off switch before FC500 PC min 10A Power supply cable 2 5mm 14 AWG flexible or solid wiring stripped 9mm Fan control output 42 Vac 120Vac 20 50 or 20 60 Hz Maximal load fan control output 260VA Max 2 2 Amp Water valve output 120Vac Chill chaser heater 120Vac Internal fuses F2 1 Supply internal electronics 1 315 mA Slow F3 2 Supply internal electronics 2 315 mA Slow F4 2 ...

Page 9: ...5m RS485 DIS Local Line A Line B 0V en 12V supply For MDR BP 3 button control panel and FC500 Slave units 3 or 4 wire shielded min 0 75mm2 max Length 1Km RS485 NET For communicating to network ALFANET A B 0V 3 wire shielded min 0 75mm2 max Length 1Km Operation temperature 0 40 C non freezing Storage temperature 20 65 C Operation humidity 90 RH or less non condensing Ambience Indoors in a ventilate...

Page 10: ...se you may get an electric shock or be injured Operate only with dry hands to prevent an electric shock or be injured Do not subject the cables to scratches excessive stress heavy loads or pinching Otherwise you may get an electric shock Do not change anything while power is on It is dangerous to change while the power is on FIRE PREVENTION CAUTION Mount the FC500 PC on an incombustible surface In...

Page 11: ... not hold the FC500 PC by the front cover it may fall off Do not stand or rest heavy objects on the FC500 PC Check the FC500 PC mounting orientation is correct See also page 36 Prevent screws wire fragments or other conductive bodies or oil or other flammable substance from entering the FC500 PC Place during installation a covering plate over the FC500 PC to prevent metal powder from drilling acti...

Page 12: ... inverter I O wiring and motor leakage current flow through them These leakage currents may operate leakage circuit breakers and earth leakage relays unnecessarily Since their values depend on the static capacitance etc take the following measures Place an earth leakage circuit breaker suitable for frequency controllers In general use a minimum 100mA selective type cable length is 1 meter or less ...

Page 13: ... test operation For a good performance the FC500 PC must be installed in a room which is not applied to extreme temperature changes When the FC500 PC is mounted in a closed switchboard panel this panel should have a cooling fan or airco to provide a ambient temperature of maximum 40 C The case temperature of the FC500 PC may be 30 C higher than the ambient temperature Maintenance Inspection and Pa...

Page 14: ...s the precautions and instructions of this manual to use it correctly Unpacking the FC500 PC unit Unpack the FC500 PC and check the unit for discrepancy damage etc If found such please contact your sales representative Installation of the FC500 PC 1 Place the unit with the restrictions for the clearances around the unit as shown in figure 1 2 Note on ambient temperature The units live is under gre...

Page 15: ...ent clearances around the unit fig 1 6 The unit must be cooled by fan or airco when installed in an enclosure When two or more units are installed these units may not be installed above each other Make sure the airflow comes under and through the unit 7 Avoid places where the unit is exposed to oil mist flammable gases fluff dust dirt etc Install the unit in a clean place or inside a totally enclo...

Page 16: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 16 of 43 Terminal connection diagram of the FC500 PC Standard terminal connection diagram drawing 012504w3 ...

Page 17: ... use the grounding strip inside the unit this strip must be connected firmly to the ground connection on the PCB The unit must be grounded Power connections Supply connection Symbol PCB Cable colour Cable mm2 Terminal Name Description PE gr ye 2 5 SUPPLY PE Ground connection for PCB this terminal must also be connected to the Ground rail housing L L brown 2 5 SUPPLY L Line supply connection 230Vac...

Page 18: ...VE L Line water valve output connection 230Vac type 230Vac 120Vac type 120Vac N N blue 2 5 VALVE N Neutral water valve output connection 0Vac L L black 2 5 shielded FAN L Line fan output connection 230Vac type 80 230Vac 120Vac type 42 120Vac L L black 2 5 shielded FAN L Line fan output connection 230Vac type 80 230Vac 120Vac type 42 120Vac Note since the fan output is controlled by a bridge circui...

Page 19: ...tion A br brown 0 34 T1 A Air sensor connection hot wh white 0 34 T1 Air sensor connection 0Vm Cable is already connected to the sensor br wh T2 Water temperature sensor connection Symbol PCB Cable colour Cable mm2 Terminal Name Description A br brown 0 34 T2 A Water sensor connection hot wh white 0 34 T2 Water sensor connection 0Vm Cable is already connected to the sensor br wh T3 Outside tempera...

Page 20: ... Cable mm2 Terminal Name Description SDA SDA br 0 75 I2C BUS SDA I2 C Extensionbus connection Data SCL SCL wh 0 75 I2C BUS SCL I2 C Extensionbus connection Clock 0V shield shield I2C BUS I2 C Extensionbus connection Shield Use a 2 wire shielded 0 75mm2 Cable and connect SDA to SDA SCL to SCL and Shield to Shield at the next unit such as the LMS Digital in Module Note Maximum cable length of the co...

Page 21: ...ide to Earth Use a 3 wire shielded 0 75mm2 Cable Connect Line A to Line A Line B to Line B 0V com to 0V com and Shield to Earth at one side of the cable to the next unit Note The total RS485 cable length is maximum 1Km The cable must be terminated at both cable ends by a resistor of 250 Ohm between Line A and Line B When this unit is one of the cable ends this termination is provided by placing a ...

Page 22: ...r signal conditioning Each unit on the RS485 network must have a unique network number MDR BP unit needs a separate 24Vac supply on G 24Vac and Go 0V Use a 3 wire or 4 wire with 12Vdc shielded 0 75mm2 Cable Connect Line A to Line A Line B to Line B 0V com to 0V com and Shield to Earth at one side of the cable to the next unit Symbol PCB Cable colour Cable mm2 Terminal Name Description 0V 0 75 RS48...

Page 23: ...mm2 Terminal Name Description DIS PLAY 6 wire black shielded DISPLAY Display connection Data connector Use 6 wire AWG26 Cat 5 shielded data cable for the 4 button display unit with data connectors at both ends Remark As no shielded cable is used it is possible that other nearby signals will interfere with the unit and causes hazards in its operation ...

Page 24: ... simultaneously to turn the controller on or off Adjusting the temperature 4 Button Press the UP or DOWN key to view the current temperature setpoint A blinking t indicates that the mode is selected Use the UP or DOWN key to raise or lower the set point 3 Button Press the UP or DOWN key to view the current temperature setpoint A blinking dot indicates that this mode is selected Use the UP or DOWN ...

Page 25: ...econds 3 If you have a three button display you entered the local parameters for the display press the UP key until you are past param 6 and continue with step 4 For a four button display continue with step 4 4 You are asked to enter a access code Use the UP and DOWN keys to enter a digit Use the FAN 4 button or SET 3 button key to move on to the next digit The access code is 671 5 If the code is ...

Page 26: ... 10 0 C 0 1 18 0 F C F 1 0 C 1 8 F P22 Heater available 0 No 1 Yes 0 1 1 P23 Heater mode 0 Only use heater if water too cold 1 Always use heater 0 1 0 P24 Analog output mode 0 On off heating control 0 or 10Vdc 1 Modulating heating PI control 0 10Vdc 2 Fan is running 0 or 10Vdc 0 2 0 P25 P band Heater proportional band 0 1 10 0 C 0 1 18 0 F C F 1 0 C 1 8 F P26 I time Heater integration time 0 Only ...

Page 27: ...and auto fanspeed 1 0 50 0 C 1 8 90 0 F C F 2 5 C P83 I Time auto fanspeed 0 999 Min 0 P84 Frequency at 0 20 60Hz Hz 20Hz P85 Voltage output at 0 0 230V V 93V P86 Frequency at 100 20 60Hz Hz 60Hz P87 Voltage output at 100 0 230V V 226V P88 Pulse pause cycle time 0 60 Min 5 P89 Pulse pause percentage 0 100 100 P90 Network number 1 250 1 P91 Master Slave number see below 0 Master 1 8 Slave 1 8 0 8 0...

Page 28: ...t of 27 C Setting 230Vac output P51 P66 When parameter 40 is set to 50 or 60 then the following parameters are used to adjust the fan speed settings The actual adjustable voltage range depends on the selected frequency See figure 1 No Name Range Unit Default P51 Output frequency at fan speed 1 20 50 60 Hz 20 P52 Output frequency at fan speed 2 20 50 60 Hz 23 P53 Output frequency at fan speed 3 20 ...

Page 29: ...n parameter 40 is set to 50 or 60 then the following parameters are used to adjust the fan speed settings The actual adjustable voltage range depends on the selected frequency See figure 2 No Name Range Unit Default P51 Output frequency at fan speed 1 20 50 60 Hz 20 P52 Output frequency at fan speed 2 20 50 60 Hz 23 P53 Output frequency at fan speed 3 20 50 60 Hz 27 P54 Output frequency at fan spe...

Page 30: ... 2 0 120 V 55 P63 Output voltage at fan speed 3 0 120 V 63 P64 Output voltage at fan speed 4 0 120 V 75 P65 Output voltage at fan speed 5 0 120 V 92 P66 Output voltage at fan speed 6 0 120 V 118 The local parameters for the three key display are No Name Range Unit Default P1 reserved for future use 1 99 1 P2 Dim ratio 0 20 0 P3 reserved for future use 10 0 10 0 0 P4 Read out in C or F 0 Celsius 1 ...

Page 31: ...ng Error codes Solution E 1 E2 E3 replace the sensor If the problem persists the unit may be defective E 4 PC2 return the unit for service PU1 PU2 Check supply voltage this should be greater than 180Vac at 230Vac type or greater than 100Vac at 120Vac type PU3 Remove the power supply and reconnect the power supply does the unit work correct no further action is needed If the problem persists the un...

Page 32: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 32 of 43 INSTALLATION Installation drawings Frontview FC500 PC control unit ...

Page 33: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 33 of 43 Internal view FC500 PC ...

Page 34: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 34 of 43 Connections FC500 drawing 011862w6 ...

Page 35: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 35 of 43 Standard Connections FC500 PC drawing 012504w3 ...

Page 36: ...H Products B V Type MANUAL FC500 PC Page 36 of 43 Mounting instructions FC500 PC Make sure that the unit is mounted vertically on a wall with restrictions for clearances around the units so that a good cooling airflow is provided through the units ...

Page 37: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 37 of 43 Dimensions FC500 PC ...

Page 38: ...Doc nr 012257 Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 38 of 43 Internal sideview FC500 PC Drawing 012217 External bottom view ...

Page 39: ...r lower the set point Adjusting the fan speed Press the SET key to view the fan speed setting A blinking F will indicate that the mode is activated Select with the UP or DOWN key the fan speed NB It may not always be possible to lower the fan speed due to requirements for heating or boosting In that case the new fan speed will be set when the room is on temperature Adjusting the fan speed without ...

Page 40: ...3 The access mode will remain active for five minutes after leaving te parameter mode Viewing or changing the parameters After entering the parameter mode select a parameter by pressing the UP or DOWN key After selecting the desired parameter press the SET key to view the value of the selected parameter By pressing the SET key simultaneously with the UP or DOWN key the value of de selected paramet...

Page 41: ...greater than 180Vac at 230Vac type or greater than 100Vac at 120Vac type PU3 Remove the power supply and reconnect the power supply does the unit work correct no further action is needed If the problem persists the unit may be defective Vu1 Vu2 Remove the power supply Disconnect the fan unit s including cables from the FC 500 PC Reconnect the power supply If the problem persists return the unit fo...

Page 42: ...DH Products B V Type MANUAL FC500 PC Page 42 of 43 Connections Connections MDR BP panel drawing 020239w1 Connections RS485 network Attention Each network device must have a unique network number see parameter 04 The PC Interface is also a device ...

Page 43: ... Version V1 9 Date 16 02 2011 VDH Products B V Type MANUAL FC500 PC Page 43 of 43 APPENDIX B FC400 BP control panel four button panel Frontview FC400 BP Panel Drawing 930723 Dimensions FC400 BP panel Drawing 930723 ...

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