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Introduction

Introduction. System Schematic. ADDRESSABLE SPUR CIRCUIT. LOOP 1 ADRRESSABLE LOOP. CONVENTIONAL SOUNDERS. ~. ~. CONVENTIONAL SOUNDERS. LOOPS 2-4. SITE MONITOR SYSTEM. SITE GRAPHICS SYSTEM. MODBUS OUTPUT TO BMS SYSTEM. BACNET OUTPUT TO BMS SYSTEM. ~. ~. ~. CF3000. CW9000.

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Introduction

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  1. Introduction System Schematic ADDRESSABLE SPUR CIRCUIT LOOP 1 ADRRESSABLE LOOP CONVENTIONAL SOUNDERS ~ ~ CONVENTIONAL SOUNDERS LOOPS 2-4 SITE MONITOR SYSTEM SITE GRAPHICS SYSTEM MODBUS OUTPUT TO BMS SYSTEM BACNET OUTPUT TO BMS SYSTEM ~ ~ ~ CF3000 CW9000 CTPR3000 EC700 EC200 ECO232 ECO232 EC650 EXT 24V EXT 24V CFSFL01 LON-FO NC NC NC FIBRE OPTIC UP TO MAX 126 NETWORK NODES ~ ~ LOCAL AREA NETWORK EXT 24V NC NC EC400 EC400 EC540 CF1100/1200 CF3000

  2. Introduction Network Schematic • Max 126 nodes • Control Panels, Network Repeaters, Network Modules • Topology • Fire rated RS485 screened twisted pair, ie, Draka 910234 • 1000m cable max of copper network between boosters • Data Available • Panel Number, Loop Number, Device No. / Desc / type, Zone No. / desc SITE MONITOR SYSTEM SITE GRAPHICS SYSTEM MODBUS OUTPUT TO BMS SYSTEM BACNET OUTPUT TO BMS SYSTEM ~ ~ ~ CF3000 CW9000 CTPR3000 EC700 EC200 ECO232 ECO232 EC650 EXT 24V EXT 24V CFSFL01 LON-FO NC NC NC FIBRE OPTIC UP TO MAX 126 NETWORK NODES ~ ~ LOCAL AREA NETWORK EXT 24V NC NC EC400 EC400 EC540 CF1100/1200 CF3000

  3. Introduction Advanced Network Modules Range • NCDR • Dual Redundancy Network Card (V2) • CFSFL01/02 • LON (network) to Fibre Optic interface, max 15K FO length • EC400 • LON (network) to TCP/IP interface • EC540 • LON (network) booster, splits network and resends data to increase range • ECO232 • LON (network) to RS232: Site Graphics & Site Monitor • EC200 • LON (network) to BMS Gateway • EC650 • LON (network) to BACnet interface • EC700 • BMS Gateway to ModBus interface

  4. Standard Hardware Standard Network Card Connections • Cable • Enhanced fire rated data cable, Max 1000m length • Draka 910234 2 core twisted pair with screen • Screening • Connect screen to ground at one end only • Termination • Resistor termination 102  (2 x 51 ) per card • Radial Network • Remove resistors at all network cards except the two ends • 102  at each end = 51  across network • Ring Network • Remove resistors at all network cards except one • Link out 1 resistor leaving 51 across network • EC540 Booster: • treat the network either side as separate networks Y X B A NETWORK CONNECTIONS A-X, B-Y out in Termination resistors ribbon cable to control panel

  5. Standard Hardware Standard Network Termination • Radial Network • Remove resistors at all network cards except the two ends • 102  at each end = 51  across network Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 Panel 4 of 4 102  NONE NONE 102 

  6. Standard Hardware Standard Network Termination • Radial Network with Booster • Remove resistors at all network cards except the two ends • 102  at each end = 51  across network Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 EC540 BOOSTER 24V SUPPLY TO NEXT PANEL ETC 102  NONE 102  102 

  7. Standard Hardware Standard Network Termination • Ring Network • Remove resistors at all network cards except one • Link out 1 resistor leaving 51 across network Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 Panel 4 of 4 51 NONE NONE NONE

  8. Standard Hardware Standard Network Termination • Resistor Termination on network card • 102  (2 x 51  resistor) • To give 51 reading across network pair at any point • Radial Network • Remove resistors at all network cards except the two ends • 102  at each end = 51  across network • Ring Network • Remove resistors at all network cards except one • Link out 1 resistor leaving 51 across network 51  A B 51  All (102) None (no resistor) One (51) Terminal Mounted A A A 51  51  102  51  S/C O/C B B B LEAVE ALL RESISTORS INTACT CUT HERE TO REMOVE FROM CIRCUIT Solder link across one resistor Some devices may not have inbuilt resistors

  9. Advanced Hardware NCDR: Network Card Dual Redundancy • Dual Network Channels • Cable • Enhanced fire rated data cable, Max 1000m length • Draka 910234 2 core twisted pair with screen • Screening • Connect screen to ground at one end only • Termination • As per standard network card, but for each channel screen connections NETWORK 2 CONNECTIONS IN-OUT out in Y X B A NETWORK 1 CONNECTIONS IN-OUT out in Termination resistors ribbon cable to control panel

  10. Advanced Hardware NCDR: Network Card Dual Redundancy • Dual Network Channels • Network 1 and Network 2 • Automatic Switching in event of fault • Network Protocol V2 option must be selected Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 Panel 4 of 4 51 51 NONE NONE NONE NETWORK CHANNEL 1 NETWORK CHANNEL 2

  11. Advanced Hardware CFSFL01/02: Lon (Network) to Fibre Optic Interface • Single or Dual Channel • Requires 2 for a dual network • Fibre • Single Mode x 2 (Tx & Rx) • 9/125 micron • 15Km max • SC Type connectors 24V DC 0V SCREEN Network A NETWORK B FIBRE CONNECTIONS

  12. Advanced Hardware CFSFL01: Lon (Network) to Fibre Optic Interface • Single Channel network • Radial, ring or part network Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 Panel 4 of 4 24V DC 24V DC 102 NONE NONE 102 2 x SINGLE MODE FIBRE

  13. Advanced Hardware CFSFL01: Lon (Network) to Fibre Optic Interface • Single Channel network • Radial, ring or part network Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 Panel 4 of 4 24V DC 24V DC 24V DC 24V DC 102 NONE 1021 102 2 x SINGLE MODE FIBRE

  14. Advanced Hardware CFSFL02: Lon (Network) to Fibre Optic Interface • Dual Channel network • Radial, ring or part network Panel 1 of 4 Panel 2 of 4 Panel 3 of 4 Panel 4 of 4 24V DC 24V DC 24V DC 24V DC 102 102 102 102 2 x SINGLE MODE FIBRE

  15. Advanced Hardware CFSFL01/2: Lon (Network) to Fibre Optic Interface • Many possible combinations Panel 3 of 7 Panel 5 of 7 102 102 Panel 1 of 7 Panel 2 of 7 Panel 4 of 7 Panel 6 of 6 Panel 7 of 7 24V DC 24V DC 24V DC 24V DC 24V DC 102 102 102 102 102 CFSFL01 or CFSFL02 CFSFL02 CFSFL02 CFSFL02 CFSFL01 or CFSFL02 2 x SINGLE MODE FIBRE

  16. Advanced Hardware EC400: Lon (Network) to TCP/IP Interface • Network via PC network / internet / etc • Requires 2 for a dual network • Use Hyper Terminal for configuration • IP address • Inbuilt Web Server for IP configuration • IP address • Passwords PROGRAMMING NETWORK CONNECTION ETHERNET CONNECTION 24V DC

  17. Advanced Hardware EC400: Lon (Network) to TCP/IP Interface • Requires fixed IP address • Useful for facilities management Panel 3 of 3 24V DC Panel 1 of 3 Panel 2 of 3 24V DC NETWORK NETWORK

  18. Advanced Hardware EC540: Lon (Network) Booster • Extend radial network length • Effectively splits a network into multiple networks • Requires 2 for a dual network • Max 5 per network • Any more may cause transmission delays 24V DC NETWORK CONNECTION

  19. Advanced Hardware EC540: Lon (Network) Booster • Radial Network • Terminate network either side of booster Panel 1 of 3 Panel 2 of 3 Panel 3 of 3 24V DC 102 NONE 102 102 102 1000m max 1000m max

  20. Advanced Hardware EC0232: Lon (Network) to RS232 Interface • PC connection • No network address required • Versions • EC0232: Site Monitor, Site Graphics, • EC0232PAVA: EVAX HMX PAVA • EC0232PAVA3D: EVAX HMX PAVA 3 minute time delay

  21. Advanced Hardware EC0232: Lon (Network) to RS232 Interface • Typical Example SITE GRAHICS or SITE MONITOR Panel 1 of 2 Panel 2 of 2 EC0232 102 102 1000m max

  22. Advanced Hardware EC200: Lon (Network) to BMS Gateway • Translation for BMS connection • Requires EC700

  23. Advanced Hardware EC700: BMS Gateway to MODbus interface • Translation for BMS connection • Requires EC700 • Verify requirement spec as protocol implementation may vary

  24. Advanced Hardware MODbus Interface • Typical Example Panel 1 of 2 Panel 2 of 2 EC200 EC700 MODBUS SYSTEM 102 102 1000m max

  25. Advanced Hardware EC650 to BACnet interface • Translation for BMS connection • Direct network connection • Verify requirement spec as protocol implementation may vary

  26. Advanced Hardware BACnet Interface • Typical Example Panel 1 of 2 Panel 2 of 2 EC650 bacnet SYSTEM 102 102 1000m max

  27. Network Standard Network Setup • At each control panel • Number of panels on network • Panel Address • E.g., Panel 1 of 4 • Network Response (to commands received) • Silence • Reset • Evacuate • Fire • Fault • Pre Alarm • Network Filter • Select which Panels to respond to

  28. Operation Fault Finding a Network • Lon Network Error • Check ‘panel address and totals’ settings • Check network termination • Check network cable insulation and continuity readings • Misc • Hard reset panel, then clear watchdog fault with soft reset • Generate fire or fault and check transmission and reset

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