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

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

3. Introduction Advanced Network Modules Range NCDR CFSFL01/02 EC400
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. NETWORK CONNECTIONS A-X, B-Y Termination resistors
Standard Hardware
Standard Network Card Connections
Cable
Enhanced fire rated data cable, Max 1000m length
Draka 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
ribbon cable to control panel
NETWORK CONNECTIONS A-X, B-Y
Termination resistors
out in

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

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
102 
NONE
TO NEXT PANEL ETC
24V SUPPLY

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

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 A B
51 
CUT HERE TO REMOVE FROM CIRCUIT
None (no resistor)
LEAVE ALL RESISTORS INTACT
All (102)
O/C
One (51)
Solder link across one resistor
S/C
Terminal Mounted
102 
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 core twisted pair with screen
Screening
Connect screen to ground at one end only
Termination
As per standard network card, but for each channel Y X B A
ribbon cable to control panel
NETWORK 1 CONNECTIONS IN-OUT
Termination resistors
out in
NETWORK 2 CONNECTIONS IN-OUT
screen connections

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
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
FIBRE CONNECTIONS
24V DC 0V
SCREEN
Network A
NETWORK B

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
102
NONE
24V DC
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
102
NONE
1021
24V DC
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
102
24V DC
2 x SINGLE MODE FIBRE

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

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
Passwords
NETWORK CONNECTION
PROGRAMMING
ETHERNET CONNECTION
24V DC

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

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
102
Panel 1 of 3
Panel 2 of 3
Panel 3 of 3
NONE
24V DC
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. SITE GRAHICS or SITE MONITOR
Advanced Hardware
EC0232: Lon (Network) to RS232 Interface
Typical Example
Panel 1 of 2
Panel 2 of 2
102
1000m max
EC0232
SITE GRAHICS or SITE MONITOR

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
102
1000m max
EC200
EC700
MODBUS SYSTEM

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
102
1000m max
EC650
bacnet SYSTEM

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 Misc
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