GCZ4500B CONNECTION DIAGRAM GCZ 4500 B 24 V DC

Transcription

1 GCZ500B CONNECTION DIAGRAM GCZ 500 B 2 V DC

2 Example of connection Sensor: GMF 30 E (elektrochemical, for toxic gases or oxygen) max. number connected to a control unit: 120 Sensor combination: 2 sensors with a small wire distance <2m Sensor combination: 2 x GMF 30 E (elektrochemical, for toxic gases or oxygen) max. number to a control unit: 80 up to 8 cable harness for sensors Sensor combination: GMF 30 E (elektrochemical, for toxic gases or oxygen) + GMF 230 H or GMF 330 P (semiconductor resp. pellistor) for refrigerants or combustible gases) max. numbers to a control unit: 50 CONTROL-ZENTRALE B 100 O2 20,9 Vol% A3 MW1 20,9 MW2 20,9 Alarm display Power Ready Alarm Ventilator 2 Ventilator 1 Defekt Alarm Service RESET GCZ 500 B Concentration display ESC MENU ENTER B+ A- A+ B- Menu Alarm zones with LED-illuminated transparents GASALARM GASALARM GASALARM B1 B1 toxical / O2 B1 toxical / O2 B1 GLT + ventilation control GASALARM GASALARM GASALARM toxical or B2 combustible or B2 toxical / O2 B2 combustible/ refrigerant B2 23 AC mains supply GLT GASALARM GASALARM GASALARM oxygen B25 refrigerantl B11 toxical / O2 toxical / O2 B33 B3 toxical / O2 combustible/ refrigerant B19 B20 2V DC 23 AC USV-BUS GASALARM GASALARM GASALARM Cable type: JY(St)Y2x2x0,8 Harness lenght: up to 0m Sensor number: up to 11 Calculation: n=5000/lenght[m] Cable type: JY(St)Y2x2x0,8 Harness lenght: up to 680m Sensor combinations: up to 17 Calculation: n=11500/lenght[m] Cable type: JY(St)Y2x2x0,8 JY(St)Y3x2x0,8 Harness lenght: up to 00m up to 560m Sensor combinations: up to 10 up to 1 Calulation: n=000/lenght[m] n=9500/lenght[m] Cable type: NYM 5x1,5mm² Cable lenght: 200 m 5 transparents 300 m 30 transparents 500 m 20 transparents Calculation: n=9000/lenght[m]

3 POWER SUPPLY CONNECTION GCZ500B: 2V F0 T2A F1 M10A F2 M10A F3 M10A F M10A CPU 1 2 ZONE 1 2V DC 3 ZONE 2 2V DC 5 6 ZONE 3 2V DC 7 8 ZONE 2V DC X3 - spreading X1 PE - spreading 2 V power supply PE PE V PE 2 1 PE 2 V DC UPS (USV-B1)

4 DIGITAL INPUTS X DIGITAL INPUTS X RESET HORN RESET ALARM Ventilation ALARM 1 ALARM 2 ALARM 3 RE- SERVE USV failure External push-button X

5 PERIPHERAL DEVICE TERMINAL X5 BUS 9+10 / RS Gateways LON / PB / EIB / SPS X5 BUS / RS 85 A B A B Peripheral devices

6 SENSOR CONNECTION X6 max. 8 BUS cable can be connected directly, furthermore via an optional junction-box BUS 1..8 / RS 85 A B red yellow wb Shield Attention A ring closure is not allowed. Instead, the sensor be divided into multiple harnesses! BUS 1..8 / RS 85 A B red green blue white (gn) Shield JY(St)Y 2x2x0,8 white black JY(St)Y 3x2x0,8 white (ye) yellow sensor sensor sensor sensor sensor sensor sensor sensor Sensor(combi) Cable type: JY(St)Y 2x2x0,8 Cabel type: JY(St)Y 3x2x0,8 Max. number of sensors Sensor number n / max. Sensor number n / max. lenght[m] connected to each control BUS-harness lenght[m] BUS-harness unit GMF 30 E n = / lenght[m] 1000 n = / lenght[m] GMF 30 E + GMF 30 E n = / lenght[m] 680 n = / lenght[m] GMF 330 P n = 5000 / lenght[m] 0 n = / lenght[m] GMF 30 E + GMF 330 P n = 000 / lenght[m] 00 n = 9500 / lenght[m] GMF 300 Z n = 1100 / lenght[m] 600 n = 2100 / lenght[m] GMF 300 Z + GMF 700 IR n = 320 / lenght[m] 230 n = 600 / lenght[m] 60 30

7 COLLECTIVE ALARM OUTPUTS Relay GSM and K5.1 are negated (shown in alarm status) Relay GSM Unit defect Relay K5.1 Unit defect Relay K5.2 ALARM 2 Relay K Accumulative unit defect indication to central building control system (NCC) Collective pre-alarm to CBCS (NC) Collective main alarm to CBCS (NC) CBCS RESERVE CBCS CBCS

8 ALARM ZONE RELAY MODULE DIAGRAM X7.1 (Zone 1) Relays K1.1 and K1.2 are negated (shown in alarm status) DC Relay K1.1 ALARM 1 Relay K1.2 Relay K1.3 ALARM 2 Relay K1. Horns Relay K1.5 Warning lights max. 10A / 230 VAC F1 Zone 1 M10A X3 1 2 X1 Ventilation control (NC) to valve control H-Switch max. A / 2 VDC ALARM 2, flashbulb 1 2 H-Switch-Modul GND +Out Connecting cable grey brown NYM 5x1,5mm² black blue Jumper plug for alternating operation 1 2 WL Hupe WL Hupe 5 LT Junction box +1 2x0,8mm² max. 30 connection boxes or warning lights 300m NYM 5x1, 5mm ² in alternating operation (jumper connector plugged in half the number of tansparents) any other calculation: n = 9000/Länge [m] X Distribution in blocks NYM 3x1,5mm² Flashbulbs NYM 5x1,5mm² Brückenstecker für Wechselbetrieb 1 2 WL Hupe WL Hupe 5 5 LT Junction box +1 Connecting cable 2x0,8mm²

9 ALARM ZONE RELAY MODULE DIAGRAM X7.2 (Zone 2) Relay K2.1 and K2.2 are negated (shown in alarm status) DC Relay K2.1 ALARM 1 Relay K2.2 Relay K2.3 ALARM 2 Relay K2. Horns Relay K2.5 Warning lights max. 10A / 230 VAC F2 Zone 2 M10A X3 3 X1 Ventilation control (NC) to valve control H-Switch max. A / 2 VDC ALARM 2, flashbulb 1 2 H-Switch-Modul GND +Out Connecting cable grey brown NYM 5x1,5mm² black blue Jumper plug for alternating operation 1 2 WL Hupe WL Hupe 5 LT Junction box +1 2x0,8mm² max. 30 connection boxes or warning lights 300m NYM 5x1, 5mm ² in alternating operation (jumper connector plugged in half the number of tansparents) any other calculation: n = 9000/Länge [m] X Distribution in blocks NYM 3x1,5mm² Flashbulbs NYM 5x1,5mm² Brückenstecker für Wechselbetrieb 1 2 WL Hupe WL Hupe 5 5 LT Junction box +1 Connecting cable 2x0,8mm²

10 ALARM ZONE RELAY MODULE DIAGRAM X7.3 (Zone 3) Relay K3.1 and K3.2 are negated (shown in alarm status) DC Relay 3.1 ALARM 1 Relay K3.2 Relay K3.3 ALARM 2 Relay K3. Horns Relay K3.5 Warning lights max. 10A / 230 VAC F3 Zone 3 M10A X3 5 6 X1 Ventilation control (NC) to valve control H-Switch max. A / 2 VDC ALARM 2, flashbulb 1 2 H-Switch-Modul GND +Out Connecting cable grey brown NYM 5x1,5mm² black blue Jumper plug for alternating operation 1 2 WL Hupe WL Hupe 5 LT Junction box +1 2x0,8mm² max. 30 connection boxes or warning lights 300m NYM 5x1, 5mm ² in alternating operation (jumper connector plugged in half the number of tansparents) any other calculation: n = 9000/Länge [m] X Distribution in blocks NYM 3x1,5mm² Flashbulbs NYM 5x1,5mm² Brückenstecker für Wechselbetrieb 1 2 WL Hupe WL Hupe 5 5 LT Junction box +1 Connecting cable 2x0,8mm²

11 ALARM ZONE RELAY MODULE DIAGRAM X7. (Zone ) Relay K.1 and K.2 are negated (shown in alarm status) DC Relay.1 ALARM 1 Relay K.2 Relay K.3 ALARM 2 Relay K. Horns Relay K.5 Warning lights max. 10A / 230 VAC F Zone M10A X3 7 8 X1 Ventilation control (NC) to valve control H-Switch max. A / 2 VDC ALARM 2, flashbulb 1 2 H-Switch-Modul GND +Out Connecting cable grey brown NYM 5x1,5mm² black blue Jumper plug for alternating operation 1 2 WL Hupe WL Hupe 5 LT Junction box +1 2x0,8mm² max. 30 connection boxes or warning lights 300m NYM 5x1, 5mm ² in alternating operation (jumper connector plugged in half the number of tansparents) any other calculation: n = 9000/Länge [m] X Distribution in blocks NYM 3x1,5mm² Flashbulbs NYM 5x1,5mm² Brückenstecker für Wechselbetrieb 1 2 WL Hupe WL Hupe 5 5 LT Junction box +1 Connecting cable 2x0,8mm²

12 Standard Relay Occupancy Zone 1 Zone 2 Zone 3 Zone K K K K GWU WL GWU WL GWU WL GWU WL Warning light Warning light Warning light Warning light K K K K GWU HORN Horn GWU HORN Horn GWU HORN Horn GWU HORN Horn K K K K High side driver FL Flashlight Pre-alarm High side driver FL High side driver FL High side driver FL Flashlight Pre-alarm Flashlight Pre-alarm Flashlight Pre-alarm K K K K VC VC VC VC VC VC VC VC Valve control Main alarm Valve control Main alarm Valve control Main alarm Valve control Main alarm K K K K VLC VLC Ventilation control Fault+Prealalarm Ventilation control Fault+Prealarm Collective alarms Ventilation control Fault+Prealarm Ventilation control Fault+Prealarm GSM K K K CBCS Fault report CBCS CBCS VLC Reserve Fault report VLC CBCS CBCS VLC VLC CBCS Collective pre-alarm CBCS CBCS VLC VLC CBCS Collective main alarm Umwelt- und Sicherheitstechnik Standard Relay Occupancy GCZ 500 B Object: Place: Date: Name:

13 Wiring diagram LED-illuminated warning transparent LT - GA 2V DC resp. USV 2V DC Alarm-relay of the COwarning system (clocked) Supply and control lead 5x1,5mm² Supply and control lead 5x1,5mm² Horn-relay of the COwarning system (statical) Junction box 100x100x60mm Power consumption: 2 W Input voltage: DC The power consumption is halved, when in every second junction box the bridge for alternating operation is plugged, because then only every second transparent lights up at the same time buzzer Cable length standard: 1m modern LED-illuminated warning transparent pictogram GASALARM LxWxH: 300 x 185 x 20 mm

14 Connection diagram: Flashing lights programmed relay for flashing light F M10A DC X3 1 2 X1 1 2 H-Switch max. A / 2 VDC, flashing light collective alarm H-Switch-Modul GND +Out NYM 3x1,5mm² Flashing light

15 Connection diagram: Uninteruptable Emergency Power Supply USV-B1 Ready = Battery charged >85% + mains power connected + no error Bereit (ready) Netz/Laden (Mains/Charging) Pufferbetrieb (buffer mode) Service (service required) UPS: USV-B ,V 5A/3,75 Ah // 5A/9 Ah // 10A/13 Ah Pb-battery 1x 12V 7,5 Ah / 18Ah / 26Ah T20A battery fuse Power supply unit 23=>2V DC ok Replace Battery Buffering relais max. 30 V / 0,5 A Output 2 VDC / 5A / 10A L1 N PE + - -Batt +Batt Ready Chargingand output voltage control unit Ready B 6A X1 L1 L1.1 L1.1 N N PE PE MAINS AC Mains power supply L1, N, PE to Gas warning system CBCS Central building control system Ready = Battery charged >85% + mains power connected + no device failure

16 Figure with connection diagram USV to the gas warning system GWA Power supply terminal GCS500B 2 V DC from USV-B1 USV Mains supply 23 AC

17 Wiring diagram GCZ 500 B Valve control / Gas emergency stop GASWARNING DEVICE GCZ 500 B X6 BUS 1..8 A B F1.. 2AT X3 JY(St)Y 3x2x0,8mm rd/1 ye/2b Drain a wb/2a bl/1b wire gn/3b wb/3a 1 2 Relay KZ.2 is negated (shown in alarm status) Relay KZ X1 VALVE CONTROL VST1-23 K2 T1 OFF F1 2AT () S2 Bridge H1 white L1.1 N N N PE PE PE () S1 ON K1 latchcircuit GNAa T1 GAS Emer- gency- Stop JY(St)Y 3x2x0,8mm Valve 230 V AC currentless closed GNAz T1 GAS Emergency - Stop NYM 3x 1,5 mm² L1 N PE Power 230 V AC Bridge on the last emergency stop

18 Wiring Diagram GCZ 500 B CHP Valve Controller / Gas Emergency Stop Button GAS-WARNING DEVICE GCZ 500 B Relays K5.3 and K5. are negated (shown in alarm status) CHP Valve Controller V1 Safety relay X6 BUS 1..8 A B F1.. 2AT 2 Relay K Relay K X1 S2 automatic/ bridged () open= auto T1 Gas valve OFF closed = bridged S1 () Gas valve ON ) K1A K1A ) K1B ) K1C JY(St)Y 3x2x0,8mm rt/1a ye/2b ws/2a bl/1b drain wire gn/3b ws/3a X F1 1AT X off delayed 6,5-12,5s K1A K1B K1C on delayed 6,5-12,5s X K2 X3 1 2 X 1 2 X5 1 2 Signal relay K2 ( X F2 6,3AT X7 X8 L1.1 N L1 N X9 PE PE GNAa T1 GAS- Emer- gency- Stop GNAz T1 GAS- Emer- gency- Stop 6 7 Bridge on the last emergency stop 8 9 JY(St)Y 3x2x0,8mm optional sign light bridged active Message bridged active to the PLC Message valve open to the CHP control Valve 230 V AC currentless closed L1 N PE Netz 230 V NYM 3x 1,5 mm²

19 System allocation Object: Place: Device: No.: Location: Technician: Date IB / Modification: Line discription Terminal block Voltage Room / Souce / Target /control panel USV Power 2 V DC USV-B1

20 BUS allocation Object: Place: Device: No.: Location: Technician: Date IB / Modification: BUS cable allocation (as in actual order) BUS Pcs B-No. Type Gas type Sensor/ Unit Room / (Place)

21 Notes on the periphery Object: Place: Device: No.: Location: Technician: Date IB / Modification: Notes / Wiring diagram / Terminal functions of connected devices

22 Relay allocation Modules 1..5 Object: Place: Device: No.: Location: Technician: Relay Alarm F/VA/HA Negation Potential/ contacts Date IB / Modification: Function Number No. / Room(s)Allocation / Place / Message GSM F yes 11/1 GLT "GWA failure" K5.1 K5.2 VA 11/12 GLT " GWA pre-alarm" K5.3 HA 11/12 GLT "GWA main alarm" K1.1 K1.2 K1.3 K1. K1.5 K2.1 K2.2 K2.3 K2. K2.5 K3.1 K3.2 K3.3 K3. K3.5 K.1 K.2 K.3 K. K.5 *further Infos

23 Relay allocation Modules 6..9 Object: Place: Device: No.: Location: Technician: Date IB / Modification: Relay K6.1 K6.2 K6.3 K6. K6.5 K6.3 K6. K6.5 Alarm F/VA/HA Potential/ contacts Function Negation Number No. / Room(s)Allocation / Place / Message K7.1 K7.2 K7.3 K7. K7.5 K7.3 K7. K7.5 K8.1 K8.2 K8.3 K8. K8.5 K8.3 K8. K8.5 K9.1 K9.2 K9.3 K9. K9.5 K9.6 K9.7 K9.8

24 Relay allocation Modules Object: Place: Device: No.: Location: Technician: Date IB / Modifiaction: Relay K10.1 K10.2 K10.3 K10. K10.5 K10.3 K10. K10.5 Alarm F/VA/HA Negation Potential/ contacts Function Number No. / Room(s)Allocation / Place / Message K11.1 K11.2 K11.3 K11. K11.5 K11.3 K11. K11.5 K12.1 K12.2 K12.3 K12. K12.5 K12.3 K12. K12.5 K13.1 K13.2 K13.3 K13. K13.5 K13.6 K13.7 K13.8