4. LED1 LED2 LED8 LED9 LED7 LED6 LED5 LED4 CON1 CON4 CON2 CON3 CON5 CON6 A00380 Control Board LED10 JP12 JP10 JP11 LED11 LED12 LED13 LED14 A00380 LED’S LED1Spare RS485 LED2Spare RS485 LED3BT Line Seize LED4Any Alarm Relay 1 LED5Fire Alarm Relay 2 LED6DTMF Relay 3 LED7BT Line Fault LED8Network RS485 LED9Network RS485 LED10Speak/Listen LED1124v Supply Healthy LED1212v Supply Healthy LED135v Supply Healthy LED 143v3 Supply Healthy LED3

5. LED1 LED2 LED8 LED9 LED7 LED6 LED5 LED4 CON1 CON4 CON2 CON3 CON5 CON6 A00380 Control Board LED10 JP12 JP10 JP11 LED11 LED12 LED13 LED14 A00380 Board Connectors CON1Local Programming Port CON2BT Line In CON3Earth CON4Ethernet Port CON5Dect Line Out CON6Audio to Termination Board A00380 Power Connections JP1027v Input from PSU JP1124v Battery JP12Power Out to Termination Board LED3

6. A00381 Termination Board F1 F2 F3 F4 F5 F6 LED3 LED4 LED5 LED6 LED7 LED8 24v 12v 0v + - SP1 SP2 MIC PA1 PA2 RS485 NETWORK 1 NETWORK 2 NETWORK 3 EN AUD 0v PA1 PA2 IP4 0v OP1 OP2 OP3 OP4 LED9 RS232 DATA LED2 LED1

7. A00381 Termination Board F1 F2 F3 F4 F5 F6 24v 12v 0v + - SP1 SP2 MIC PA1 PA2 RS485 EN AUD 0v PA1 PA2 IP4 0v OP1 OP2 OP3 OP4 FIRE ALARM N/O CLEAN CONTACT LED3 LED4 LED7 LED6 LED5 LED8 LED9 RS232 DATA LED2 LED1

8. A00381 Termination Board F1 F2 F3 F4 F5 F6 24v 12v 0v + - SP1 SP2 MIC PA1 PA2 RS485 EN AUD 0v PA1 PA2 IP4 0v OP1 OP2 OP3 OP4 LED3 LED4 LED7 LED6 LED5 LED8 LED9 RS232 DATA LED2 LED1 OP1ANY SUBS ALARM/BEACON OP2RELAY ACTIVE ON FIRE ALARM OP3BT LINE SELECT OP4BT LINE FAULT

9. A00381 Termination Board F1 F2 F3 F4 F5 F6 24v 12v 0v + - SP1 SP2 MIC PA1 PA2 RS485 EN AUD 0v PA1 PA2 IP4 0v OP1 OP2 OP3 OP4 LED3 LED4 LED7 LED6 LED5 LED8 LED9 RS232 DATA LED2 LED1 A00381 ONBOARD FUSES F11.6A24V NETWORK F21.6A12V NETWORK F31.6A24V NETWORK F41.6A12V NETWORK F51.6A24V NETWORK F61.6A12V NETWORK There is Fuse protection on the 12v & 24v DC supplies on each of the 3 Network connections. The LED’s alongside each fuse will extinguish if a fuse is blown.

10. A00381 Termination Board F1 F2 F3 F4 F5 F6 24v 12v 0v + - SP1 SP2 MIC PA1 PA2 RS485 EN AUD 0v PA1 PA2 IP4 0v OP1 OP2 OP3 OP4 LED3 LED4 LED7 LED6 LED5 LED8 LED9 RS232 DATA LED2 LED1 A00381 ONBOARD LED’s LED1 24V HEALTHY SUPPLYLED7 24V NETWORK 3 LED2 12V HEALTHY SUPPLYLED8 12V NETWORK 3 LED3 24V NETWORK 1LED9 RS232 DATA LED4 12V NETWORK 1 LED5 24V NETWORK 2 LED6 12V NETWORK 2

12. 24v 12v 0v Tx+ Tx- SPK1 SPK2 MIC Use CW1308 Twisted Pair or Tunstall Telecom Cable (use 0.8mm pair for 24v & 0v) Minimum Cabling requirements for Standard Advent ‘xt’

13. 24v 12v 0v Tx+ Tx- SPK1 SPK2 MIC PA 1 PA 2 Use CW1308 Twisted Pair or Tunstall Telecom Cable (use 0.8mm pair for 24v & 0v) Minimum Cabling requirements for Advent ‘xt’ (with All Call)

14. Advent ‘xt’ (with All Call) Terminated on A00381 Advent xt Termination Board

15. Use 1 Pair CW1308 for 0V (if possible) A00381 Termination Board

16. White/Brown Brown/White 1 Pair for 0v (if possible) White/Orange Orange/White Blue/White White/Blue White/Green Green/White White/Grey Grey/White Red/Blue CW1308 Cable Example

17. +-+- Differential Receiver Balanced Pair The Differential Receiver determines the potential between the Two cables. If any interference is present on either of the Cables, it will be coupled onto the other. The receiver will then be able to determine the potential between the cables & give a smooth correct output. Why twisted / balanced pair cable MUST be used ?

18. +-+- Differential Receiver NOT Balanced Pair If Twisted/Balanced pair cable is NOT being used, any interference that is present on either of the cables will NOT be coupled onto the other. The receiver will then be UNABLE to Determine the potential between the two cables and will give a poor output. Why twisted / balanced pair cable MUST be used ?

19. Advent xt Intercom Unique Intercom 8 Bit Binary Address DIL SWITCH No. 1 2 3 4 5 6 7 8 ON = Binary Code 1 2 4 8 16 32 64 128

20. Advent xt Intercom Additional Intercom Equipment Via Options Dil Switch (SW4) 1I/O UnitDisabledEnabled 2Door Entry ModeDisabledEnabled 3Door Entry InterfaceTelephoneIntercom 4PIR DetectorDisabledDisabledEnabled 5Slave IntercomDisabledEnabled 6SpareN/AN/A 7Not UsedN/AN/A 8Not UsedN/AN/A Switch No. Function OFF ON

21. Examples of Advent xt Cabling MUST HAVE End of line Intercom Voltages at end of Line Intercoms should be > 18v

22. Examples of Advent xt Cabling MUST HAVE End of line Intercom Data or Audio CANNOT be looped back to CCU Incorrect way to cable Voltages at end of Line Intercoms should be > 18v

23. Examples of Advent xt Cabling End of line Intercoms Multiple Legs Voltages at end of Line Intercoms should be > 18v

24. Examples of Advent xt Cabling End of line Intercom One Leg Voltages at end of Line Intercoms should be > 18v

25. Examples of Advent xt Cabling Branched Legs DO NOT CABLE THIS WAY (if a re-cable or New Build) Incorrect way to cable

26. Pullcord Cabling on Advent xt Intercoms Daisy Chain Configuration (when using this configuration a 4K7 Resistor must be fitted in the End of line Pullcord) 4K7 Lounge Bedroom Bathroom Kitchen

27. Pullcord Cabling on Advent xt Intercoms Star Configuration (Wired back to Intercom Individually) (when using this configuration a 4K7 Resistor must be fitted in each Pullcord) Bedroom BathroomKitchenLounge 4K7

28. Pullcord Cabling on Advent xt Intercoms 4K7 9 0v NOTE: If there are NO Pullcords fitted A 4K7 Resistor MUST be terminated across Terminals 0v & 9 of the Intercom.

29. ZXT300 Status Module Cabling on Advent xt

30. Advent xt Current Consumption of 24v Network Devices 24v Network DeviceStandbyActive Intercom Unit2mA10mA Ceiling Pullcord with 24v LED0mA10mA Door Entry Telephone5mA15mA Manager/Lift Callpoint2mA10mA Digital Door Panel20mA200mA Network Receiver10mA10mA Status Module12mA12mA

31. Additional Input Devices on Advent xt Intercom 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 20 19 18 17 16 0v Com Intercom Termination Board PA2 PA1 18K 47K 18K 47K Carbon Monoxide Natural Gas Client Wandering Hypothermia Please Note: The Intercom CANNOT have the facility to have Additional Hardwired Inputs if Combined Door Entry is to be fitted

32. Additional Output Devices on Advent xt Intercom 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 20 19 18 17 16 0v Com Intercom Termination Board To allow the N/O Clean Contact to be activated LK1 inside Intercom must be fitted in position ‘B’ N/O CLEAN CONTACT O/P Please Note: The Intercom CANNOT have the facility to use its N/O Contact if Combined Door Entry is to be fitted