The GSA-CT2 adds two independently monitored input circuits to any Kidde FX Series intelligent fire alarm panel, letting installers bring normally open contact devices - waterflow switches, pull stations, tamper switches, supervisory contacts - onto the SLC without running a separate module for each zone.
Built for the commercial fire installer
Class B circuit operation with rotary addressing keeps setup fast and familiar. Two rotary switches on the front set the device address, no laptop required. The module uses two consecutive SLC addresses (the second auto-assigns one higher than the set value), so plan your address map accordingly. Four selectable personality codes per circuit let you configure each input independently for alarm latching, alarm delayed latching, non-latching monitor, or latching supervisory operation - either from the on-board slide switch or through panel programming.
Key features
- Two independent input circuits on a single module - reduces device count and wiring runs on multi-zone jobs
- Ground fault detection pinpoints the specific module where a wiring fault has occurred, cutting troubleshooting time
- Four personality codes per circuit: alarm latching, alarm delayed latching, non-latching monitor, or latching supervisory
- Rotary switch addressing - no programming tool needed at initial install
- Distributed intelligence - on-board microprocessor handles command decisions locally, keeping panel response times fast
- Standard wiring compatible - no twisted or shielded cable required, reuse existing runs when upgrading from conventional to intelligent
System requirements
Requires a Kidde FX Series intelligent fire alarm control panel on the SLC loop. Mounts in a standard North American 4-inch square electrical box (2-1/2 in. deep 2-gang or 1-1/2 in. deep standard). Includes wall plate. Wire per NFPA 72 and CAN/ULC-S524 using 12, 14, 16, or 18 AWG conductors.
How many SLC addresses does this module use?
Does this support Class A circuit operation?
What electrical box does this mount in?
Can I configure each input circuit independently?
Does this require twisted or shielded cable?
What end-of-line resistor does this module use?
Spec Sheet