Need help?Do you have a question about the GE Security FireShield FS502 and is the answer not in the manual?
General| Power Source | 120VAC |
|---|---|
| Battery Backup | 9V Battery |
| Sensor Type | Photoelectric |
| Alarm Sound Level | 85 dB at 10 feet |
| Dimensions | 2 inches in depth |
| Compliance | UL 217 |
Details FireShield panel models, configurations, optional components, and their capabilities.
Describes how the panel operates in normal and off-normal modes, and system events.
Identifies panel buttons and LEDs, including lamp test and control buttons.
Details LEDs for IDCs, NACs, common system LEDs, and FSDACT display.
Identifies and describes the function of various panel components.
Procedure for resetting the panel and its operational effects.
Procedure for disabling and re-enabling Initiating Device Circuits and NACs.
Detailed steps for conducting audible and silent walk tests for IDCs.
Lists and explains various messages displayed on the FSDACT LCD.
How to silence panel/FSRSI buzzers and notification appliances.
How to test IDC zones without creating an alarm condition.
Steps to prepare the site and unpack equipment before installation.
Instructions for mounting the control panel cabinet.
Procedure for installing the FSRSI remote annunciator.
Procedure for installing the FSRZI-A remote zone indicator.
Details jumper settings and installation instructions for the FSRZI-A.
Procedure for installing the FSRRM, which provides five dry contact relay outputs.
Step-by-step guide for mounting the FSRRM and its wiring diagram.
Procedure for installing the transformer to increase NAC capacity.
Procedure for installing the Digital Alarm Communicator Transmitter (DACT).
Instructions for connecting the Reverse Polarity Module (RPM).
Procedure for connecting the City Tie Module (CTM4.7).
Instructions for connecting an auxiliary power supply to the panel.
Explains jumper settings and command options for the FSRRM module.
Application diagrams for connecting the RPM module.
Wiring diagrams for the CTM module in normal and alarm conditions.
Introduces programming features, methods, and the use of LEDs and FSDACT.
Steps to prepare the panel and enter programming mode.
Details event types for different IDC zone configurations.
Configures Notification Appliance Circuits (NACs) as Class B or Class A.
Details FSDACT setup for communication with monitoring stations.
Lists the general steps involved in programming the FSDACT.
Procedure to detect and log all connected remote annunciators.
Configures Initiating Device Circuits (IDCs) as Class B or Class A.
Sets the output signal type for each Notification Appliance Circuit (NAC).
Initiates the FSDACT for programming its communication settings.
Requirements for using an FSDACT with the panel for programming.
Defines the type and functionality for each Initiating Device Circuit (IDC).
Lists options available for custom programming the panel's functionality.
Steps to prepare the panel for FSDACT programming.
Procedures for routine checks and maintenance of the system.
Worksheet to determine minimum amperage capacity required for standby batteries.
Worksheets to calculate voltage drop for NAC circuits.
Worksheet to determine maximum wire length for NAC circuits based on current and resistance.
Template for recording panel programming selections and settings.
Template for recording FSDACT programming settings.
Diagram showing wiring and jumper settings for the three-zone panel.
Diagram showing wiring and jumper settings for the five-zone panel.
Diagram showing wiring and jumper settings for the ten-zone panel.
Compares specifications for three-zone, five-zone, and ten-zone FireShield panels.
Lists default 4/2 event codes for various system and circuit events.
Steps for responding to alarm signals and evacuating the area.
Steps for responding to trouble signals and investigating causes.
To Next Page
