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Document No: LT0122 F3200 Installation & Programming Manual
Network Programming
Issue 2.7 5 July 2001 Page 11-9
11.3 NETWORK CONFIGURATION MENU
These configuration settings determine how the F3200 communicates with other panels on
the network. In general, most settings should be left at default values. However, there may
be some settings that need to be customised for some installations.
The < and > keys allow movement between five menus NetPg1 through NetPg5.
11.3.1 NETPG1 OPTIONS
1. SID: (1-254)
This is the network address (SID number) of this F3200, allowing for the unique identification
of zones, events, and for remote controls to be sent to this F3200. The SID for any device
on the network must be a unique number between 1 and 254. It is recommended that all
Fire Alarm Panels are numbered sequentially from 1 upwards, so as to make numbering
consistent. This is because the SID is combined with the local zone number to form a
network zone number.
2. Mode : (Multidrop/Point to point)
In general, this must be left as multidrop. In some special cases, point to point mode be
may be selected, eg. a single F3200 connected to one other device. Point to Point mode
requires a full duplex data path between this panel and one other device.
3. NIC : (Yes/No)
Is set to "Yes" only if another device on the network is configured to acknowledge
broadcasts. Acknowledgment of broadcasts provides extra confirmation that a message
sent has been received. Panel throughput is reduced as the F3200 must wait for an
acknowledgement before it can transmit further messages. It is recommended that
acknowledgement of broadcasts is enabled on the network. This means that every panel
has the NIC option set to yes except for the panel doing the acknowledging (See NetPg4
option 1, section 11.3.4).
4. RX Timeout : (1-250)
Number of 5 millisecond time periods of delay before a channel is assumed to be free.
5. TX Delay : (1-250)
Scaling factor for randomised delay before transmission. Measured in 5 millisecond time
periods.
11.3.2 NETPG2 OPTIONS
1. Ack time : (1-9999)
Time to wait for Acknowledge before retransmission. Measured in 1 millisecond time
periods.
2. DUP time : (1-9000)
Time during which duplicate messages are ignored. Measured in 1 millisecond periods.
3. Leading FF : (0-250)
Number of $FF preamble characters transmitted after asserting RTS, before sending a
message.
4. Trailing FF : (0-250)
Number of $FF characters inserted after a message to ensure that the message is
transmitted by the UART before RTS is deassserted.
- FIRE INDICATOR PANEL 1
- END USER LIABILITY DISCLAIMER 2
- TABLE OF CONTENTS 3
- AMENDMENTS 5
- CHAPTER 1 7
- INTRODUCTION 7
- 1.1 SCOPE 8
- 1.2 ASSOCIATED DOCUMENTATION 9
- 1.3 PRODUCT HISTORY LOG 10
- 1.5 GLOSSARY OF TERMINOLOGY 13
- Introduction 14
- CHAPTER 2 15
- SYSTEM DESCRIPTION 15
- 2.1 OVERVIEW 16
- System Description 17
- FIG 2.1.1 17
- FIG 2.1.2 18
- F3200 OPERATOR DISPLAY PANEL 18
- FIG 2.1.3 19
- F3200 - SMALL CABINET 19
- 2.2 PHYSICAL STRUCTURE 21
- FIG 2.2.2 23
- 2.3 SYSTEM STRUCTURE 24
- SYSTEM SPECIFICATIONS 29
- CHAPTER 3 29
- 3.1 GENERAL 30
- 3.2 MECHANICAL SPECIFICATIONS 31
- 3.3 ELECTRICAL SPECIFICATIONS 32
- 3.4 INPUT SPECIFICATIONS 36
- 3.5 OUTPUT SPECIFICATIONS 42
- 3.6 CONTROLS 47
- 3.7 DISPLAYS 48
- CHAPTER 4 49
- ORDERING INFORMATION 49
- 4.1 ORDERING INFORMATION 50
- CHAPTER 5 55
- CONFIGURING A FIP 55
- 5.1 GENERAL 56
- 5.2 MODULE CONFIGURATION 56
- 5.4 LINKS ON PCB MODULES 65
- CHAPTER 6 67
- PROGRAMMING 67
- 6.1 INTRODUCTION 68
- FUNCTIONS 78
- DATABASE 79
- PARAMETERS 83
- Programming 102
- CHAPTER 7 103
- 7.3 CONFIGURING ZONES 113
- 7.4 PROGRAMMING OUTPUTS 115
- 7.5 RELAY SUPERVISION 135
- INSTALLATION & WIRING 139
- CHAPTER 8 139
- 8.1 INSTALLATION 140
- 8.2 FIELD WIRING 146
- 8.3 AZC WIRING 148
- Installation & Wiring 149
- FIG 8.3.3 149
- 8.5 WARNING SYSTEM WIRING 153
- FIRE PANEL 155
- 8.6 MODULE RELAY WIRING 158
- 8.7 OPEN COLLECTOR WIRING 160
- 8.9 RDU WIRING 162
- FIG 8.8.1 163
- EXAMPLE OF RDU COMS WIRING 163
- CHAPTER 9 165
- APPLICATIONS 165
- CONFIDENTIAL: 173
- CONTROL MODULE (CCT 1) 173
- SYSTEM/CIRCUIT DIAGRAM 173
- 1.111 PA07261945-1-1A3 173
- CONTROL MODULE (CCT 2) 174
- 1.111 PA07271945-1-2A3 174
- CONTROL MODULE (CCT 3) 175
- 1.111 PA07281945-1-3A3 175
- CONTROL MODULE (CCT 4) 176
- 1.111 PA07281945-1-4A3 176
- 9.2 GAS FLOOD 177
- Applications 183
- FIGURE 9.2.1 183
- GAS FLOOD LOGIC DIAGRAM 183
- FIG 9.2.2 184
- 9.3 SUB FIP MONITORING 189
- (EXPLOSIVE ATMOSPHERES) 192
- * EOL to suit Panel 198
- ZAU401 (Rev 2) 203
- (PA0838) 203
- CHAPTER 10 205
- ALIGNMENT, ADJUSTMENT & 205
- PLACING INTO OPERATION 205
- 10.2 PLACING INTO OPERATION 207
- CHAPTER 11 211
- NETWORK PROGRAMMING 211
- 11.1 INTRODUCTION 212
- 11.2 PROGRAMMING METHODS 214
- TX RLY CTRLS 215
- 11.4 SID CONFIGURATION 222
- 11.6 NET COMMANDS 225
- 11.7 NET FFCIF CONFIGURATION 226
- 11.9 NETWORK LOGIC VARIABLES 230
- 11.10 NET STATUS REFRESH 231
- 11.11 NDU OPERATION 232
- Network Programming 236
- CHAPTER 12 237
- NEW ZEALAND OPERATION 237
- 12.1 GENERAL 238
- 12.3 MANUAL CALLPOINT (MCP) 240
- 12.4 PROGRAMMABLE OPTIONS 241
- 12.5 LOGIC TOKENS 242
- New Zealand Operation 249
- NDU Cabinet 250
- Picture Frame Display Cabinet 251
- FIG 12.8.4 252
- CHAPTER 13 255
- TANDEM LCD MODE 255
- 13.1 TANDEM LCD MODE 256
- APPENDIX A1 257
- APPENDIX A2 262
- Appendix A 265
- Table IV TYCO Detector Range 265
- APPENDIX B 267
- Appendix B 268
- THIS PAGE INTENTIONALLY BLANK 268
- REF: 269
- FUNCTION & LOGIC EQUATION 276
- & LOGIC EQUATIONS 278
- DEISOLATE/RESET EQUATIONS 281
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