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Document No: LT0122 F3200 Installation & Programming Manual
Applications
Issue 2.7 5 July 2001 Page 9-11
LOGIC & CONFIGURATION (CONTINUED)
Configure Relay Supervision
Relay Enable Latch MAF LED Isolate Test Sup.Act
Gas Release Y - - - - - -
By default, relays are isolatable and testable but this can be changed if desired.
For all configuration, only items that have to be changed from default are shown.
9.2.3 NOTES
1. The variable V1 is used to initiate the timer rather than OC1 because outputs
(including OC) can be tested from the keypad. It is not desirable to have a "test"
function initiating the timer which releases gas.
2. The Guard relay is used to reduce the chances of accidental Gas Release (e.g. by
someone performing a "Test " on the Gas Release Relay). (The test function may be
inhibited, as may Isolate.) It uses a normally open set of contacts and is inserted
between +VBF2 and the NO terminal of the Gas Release relay (R3). It is preferable
to use an unused Brigade Relay (rated at 5A dc resistive) e.g. Isolate, if available
(not Standby), else an ancillary relay, or a module relay (each rated at 2Adc resistive)
on a separate 8RM to Gas Release. For multiple zones, a Module Relay "Guard"
relay can be common for 2 Gas zones, or Brigade Relay "Guard" relay can be
common to up to 5 Gas zones for 1A actuator loads. The common Guard relay
should be programmed to operate off the OR of the variables. For example:
ISO = V1 + V2 + V3 for a 3 Risk FIP which used ISO as the Guard relay.
If a Module relay, Rn, is used as the Guard relay, then +RnI should be added to the
equations for OC4 and OC5. (Similarly if an ancillary relay is used).
Unused Brigade relays may also be used as an alternative to the module relays
shown to switch the sounders where the load exceeds 2Adc.
3. The Gas Isolated switch turns on the Gas Isolated LEDs on the 1U/7U Panel and
LCSs directly, and causes a Gas Release relay supervision fault. The third set of
contacts on the Gas Isolate switch is connected to AZC 6 (Gas Isolated) as shown on
Drawing 1931-47,57 for ME0065,69 so that "Gas Isolated" status can show on the
LCD, be logged, and repeat from the FIP to an RZDU or remote FIP via a network.
The suitable EOLR is to be soldered across the switch contacts (yellow and black
remit wires) at time of building.
4. Snub (suppress) inductive loads (e.g. solenoids) with a suitably rated reverse diode.
5. The Gas Isolate switch isolates both +ve and -ve supplies to the solenoid. When not
isolated, however, the -ve supply is connected to 0V and only the positive supply is
switched by the relay. This allows the relay supervision to check for resistance from
the relay "common" contact to 0V.
7. See Section 9.2.4 re use of actuators.
8. Solenoids are typically less than 400 Ohms and require a diode (of sufficient rating)
to be wired in series at the solenoid to allow supervision. If two solenoids are
connected in parallel on one circuit the supervision will not detect one being
disconnected. Where multiple release circuits are diode connected (+ve & -ve legs)
onto a common solenoid, the supervision will detect shorts, but not all opens.
- 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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