Operating Instructions

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Table Of Contents

Fire Alarm Control Panel
Model FC901
TABLE OF CONTENTS
INTRODUCTION
- CONTROL PANEL LIMITATIONS
- PREFACE
- FCC Part 68 WArning
- INDUSTRY CANADA STATEMENT
- SERVICE REQUIREMENTS
DESCRIPTIONS
- FC901 SYSTEM DESCRIPTION
- OPTIONAL MODULES
- AUXILIARY MODULES
- SLC ADDRESSABLE DEVICES
- EVENT HISTORY
- GENERAL DESIGN FEATURES
SLC grounding detection threshold
- NAC Operation
- Security Features
- REGULATORY STANDARDS
- GENERAL SPECIFICATIONS
CONTROL PANEL OPERATION
- OPERATION INSTRUCTIONS
- ADDITIONAL OPERATING PROCEDURES
  - Lamp Test
  - History
- FC901 OPERATING INSTRUCTIONS
- FSD901 OPERATING INSTRUCTIONS
CONTROL PANEL INSTALLATION
- PARTS SUPPLIED – FC901
- CAUTIONS
- CONTROL PANEL LOCATION
- INSTALLATION
SYSTEM WIRING
- AC Connection
- Battery Connection
- WIRING
PROGRAMMING THE CONTROL PANEL
- KEYPAD PROGRAMMING
- PC PROGRAMMING
- PROGRAMMING SECURITY
MAINTENANCE
- GENERAL
- QUICK TEST
APPENDIX-A: REFERENCE DATA
- WIRE SELECTION GUIDES
  - Resistance of Solid Copper Wire
  - Addressable Device Circuit Wire Selection Guide
- BATTERY SIZE CALCULATIONS
APPENDIX-B: COMPATIBLE DEVICES
- DEVICES FOR ADDRESSABLE DEVICE CIRCUITS
- UFP devices
APPENDIX-C: TROUBLESHOOTING
- A. General
- B. System Events
APPENDIX-D: ALARM VERIFICATION
APPENDIX-E: APPLICATION SPECIFIC DETECTION
APPENDIX-F: TESTING/MAINTENANCE
APPENDIX-G: LCD, CONTROLS AND INDICATORS
- Panel in US
- Panel in Canada
- Communication Port Connector
- LEDS, Buzzer and Dedicated Push Buttons
- LCD Display
APPENDIX-H: OUTPUT FEATURES
- Output Activation- and Deactivation- Delays
APPENDIX-I: PAS / PRE-SIGNAL
- PAS
- Pre-Signal
APPENDIX-J: DACT INFORMATION OVERVIEW
- DACT Compatible Alarm Communicators
- Wiring Diagram for DSC’s TL300CF and LE4010CF Connection, Including Trouble Reporting RoutE
APPENDIX-K: DRIFT COMPENSATION
APPENDIX-L: RELEASING OPERATION
APPENDIX-M: GLOSSARY
APPENDIX-N: PAD-4 WIRING INSTRUCTION
APPENDIX-O: ISOLATOR SUPPORT

APPENDIX-K: DRIFT COMPENSATION

The H-Series optical detector cannot implement drift compensation on its own. Drift

compensation is the panel’s responsibility.

While the system is running, the detector sends its chamber real-time values to the panel

periodically and does not do compensation by itself.

For the first hour after a panel startup, the panel will check the detector chamber values every

10 minutes. After that, the panel will check the chamber reading every 24 hours. If the panel

detects the detector is a little dirty than before, it would send a compensation value to detector.

If a panel has detected that a detector has reached the upper limit of compensation, the panel

reports a “dirty” trouble. Otherwise the panel will continuously compensate the detector until it

reaches the upper limit.