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Introduction Introduction System Schematic ~ ~ ~ LON-FO NC NC NC NC NC ~ ~ EC20 0 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 ECO232 SITE MONITOR SYSTEM SITE GRAPHICS SYSTEM EC540 EC400 EC400 CFSFL01 CF3000 CW9000 CTPR3000 CF1100/1 200 CF3000 LOOP 1 ADRRESSABLE LOOP ADDRESSABLE SPUR CIRCUIT CONVENTIONAL SOUNDERS CONVENTIONAL SOUNDERS ~ ~ EC65 0 EC70 0 EXT 24V EXT 24V

Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

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Page 1: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

IntroductionIntroduction

System Schematic

~

~

~

LON-FO

NC NC NC

NCNC

~

~

EC200

LOOPS 2-4

FIBRE OPTIC

LOCAL AREA NETWORKUP TO MAX 126 NETWORK NODES

EXT 24V

MODBUS OUTPUT TO BMS SYSTEM

BACNET OUTPUT TO BMS SYSTEM

ECO232 ECO232

SITE MONITOR SYSTEM

SITE GRAPHICS SYSTEM

EC540 EC400EC400

CFSFL01

CF3000 CW9000 CTPR3000

CF1100/1200 CF3000

LOOP 1 ADRRESSABLE

LOOP

ADDRESSABLE SPUR CIRCUIT

CONVENTIONAL SOUNDERS

CONVENTIONAL SOUNDERS

~

~

EC650

EC700

EXT 24V

EXT 24V

Page 2: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

IntroductionIntroduction

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

~

~

~

LON-FO

NC NC NC

NCNC

~

~

EC200

FIBRE OPTIC

LOCAL AREA NETWORKUP TO MAX 126 NETWORK NODES

EXT 24V

MODBUS OUTPUT TO BMS SYSTEM

BACNET OUTPUT TO BMS SYSTEM

ECO232 ECO232

SITE MONITOR SYSTEM

SITE GRAPHICS SYSTEM

EC540 EC400EC400

CFSFL01

CF3000 CW9000 CTPR3000

CF1100/1200 CF3000

EC650

EC700

EXT 24V

EXT 24V

Page 3: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

IntroductionIntroduction

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

Page 4: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Standard HardwareStandard 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

YXBA

RIBBON CABLE TO CONTROL PANEL

NETWORK CONNECTIONS

A-X, B-Y

TERMINATION RESISTORS

OUT

IN

Page 5: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Standard HardwareStandard 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

Page 6: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Standard HardwareStandard 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 102 102 TO NEXT PANEL ETC

24V SUPPLY

Page 7: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Standard HardwareStandard 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

Page 8: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Standard HardwareStandard 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

51

A

B

CUT HERE TO REMOVE FROM CIRCUIT

None (no resistor)

A

B

LEAVE ALL RESISTORS INTACT

All (102)

51 51 O/C

A

B

One (51)

SOLDER LINK ACROSS ONE RESISTOR

51 S/C

Terminal Mounted

102

SOME DEVICES MAY NOT HAVE INBUILT RESISTORS

Page 9: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

YXBA

RIBBON CABLE TO CONTROL PANEL

NETWORK 1 CONNECTIONS

IN-OUT

TERMINATION RESISTORS

OUT

IN

OUT

IN

NETWORK 2 CONNECTIONS

IN-OUT

SCREEN CONNECTIONS

Page 10: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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 NONE NONE51

NETWORK CHANNEL 1

NETWORK CHANNEL 2

Page 11: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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 DC0V

SCREENNETWORK ANETWORK B

Page 12: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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 NONE24V DC24V DC

2 x SINGLE MODE FIBRE

102

Page 13: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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 102124V DC24V DC

2 x SINGLE MODE FIBRE

10224V DC24V DC

Page 14: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

102 102 10224V DC24V DC

2 x SINGLE MODE FIBRE

10224V DC24V DC

Page 15: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

102 102

24V DC

2 x SINGLE MODE FIBRE

24V DC

PANEL 3 OF 7 PANEL 5 OF 7

PANEL 7 OF 7

102

102

24V DC

102

24V DC

102

24V DC

CFSFL01 or

CFSFL02

CFSFL02 CFSFL02 CFSFL02 CFSFL01 or

CFSFL02

102

Page 16: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

NETWORK CONNECTION

PROGRAMMING

ETHERNET CONNECTION

24VDC

Page 17: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

24V DC

NETWORK NETWORK

PANEL 3 OF 3

Page 18: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

NETWORK CONNECTION

24V DC

Page 19: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

102 NONE 102 102

24V DC

1000M MAX 1000M MAX

Page 20: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced 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

Page 21: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced Hardware

EC0232: Lon (Network) to RS232 Interface

• Typical Example

PANEL 1 OF 2 PANEL 2 OF 2

102 102

1000M MAX

EC0232

SITE GRAHICS OR SITE MONITOR

Page 22: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced Hardware

EC200: Lon (Network) to BMS Gateway

• Translation for BMS connection

• Requires EC700

Page 23: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced Hardware

EC700: BMS Gateway to MODbus interface

• Translation for BMS connection

• Requires EC700

• Verify requirement spec as protocol implementation may vary

Page 24: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced Hardware

MODbus Interface

• Typical Example

PANEL 1 OF 2 PANEL 2 OF 2

102 102

1000M MAX

EC200 EC700

MODBUS SYSTEM

Page 25: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced Hardware

EC650 to BACnet interface

• Translation for BMS connection

• Direct network connection

• Verify requirement spec as protocol implementation may vary

Page 26: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

Advanced HardwareAdvanced Hardware

BACnet Interface

• Typical Example

PANEL 1 OF 2 PANEL 2 OF 2

102 102

1000M MAX

EC650

BACNET SYSTEM

Page 27: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

NetworkNetwork

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

Page 28: Introduction Introduction System Schematic. Introduction Introduction Network Schematic Max 126 nodes –Control Panels, Network Repeaters, Network Modules

OperationOperation

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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