Kidde SIGA-CC2 Dual Input Riser Fire Alarm Module

The Edwards SIGA-CC2 Dual Input Module is a riser-level signal monitoring component designed for integration into Edwards intelligent fire alarm systems. It serves as a supervised input interface that allows the fire alarm control panel to receive and process signals from conventional initiating devices or remote notification sources connected at the riser. By bridging field-level devices into the intelligent loop architecture, the SIGA-CC2 enables centralized monitoring and annunciation without requiring each connected device to carry its own addressable electronics. This makes it a practical and reliable solution for installers expanding system coverage, integrating legacy or conventional equipment, or organizing multi-zone input supervision within a commercial or institutional facility. Designed for professional installation, the module supports clean, code-compliant wiring practices and fits within the structured addressable device ecosystem that Edwards intelligent panels are built around.

Key features & benefits

• Dual Input Capability — Provides two independent supervised input channels from a single addressable module address, allowing more efficient use of loop capacity while monitoring two separate initiating circuits or signal sources.
• Riser-Level Integration — Positioned at the riser to consolidate signals from conventional or remote devices before they are communicated to the intelligent signaling loop, simplifying overall system architecture.
• Intelligent Loop Compatibility — Functions as a native participant on an Edwards intelligent signaling line circuit, communicating status information directly to the control panel in a structured, addressable format.
• Supervised Wiring — Each input circuit is continuously monitored for open or short conditions, ensuring that wiring faults are detected and reported promptly to support system integrity and code compliance.
• Conventional Device Interface — Allows conventional initiating devices or contact-closure sources to be monitored within an intelligent system environment, extending the useful life of existing field devices during upgrades or phased installations.
• Professional Installation Design — Built for commercial life-safety environments where reliability, consistent performance, and straightforward integration into a managed addressable system are essential for installers and system operators.