Kidde KIR-OSCD Optica Series Intelligent Multisensor Smoke and CO Detector

Protect personnel, property and operations with a single device that handles two critical threats: fire and carbon monoxide. The Kidde Commercial KIR-OSCD Optica Series Intelligent Multisensor Smoke and CO Detector combines optical (photoelectric) smoke sensing with CO monitoring to deliver dependable, dual-threat protection ideal for commercial security and building monitoring. Its photoelectric sensor reduces nuisance alarms from cooking and dust, while integrated self-diagnostics and environmental compensation cut maintenance time and costs. Designed for large facilities, the KIR-OSCD supports up to 250 detectors per intelligent loop and integrates seamlessly with Kidde Intelligent Loop controllers via wired connectivity. UL-listed and compliant with relevant UL/ULC standards, this multisensor detector provides the code-compliant performance facilities managers and integrators require. Install the KIR-OSCD where continuous surveillance and proactive alarm management matter—from office complexes and healthcare campuses to hospitality and education sites. Upgrade your safety infrastructure with a scalable, reliable combination detector that simplifies monitoring and protects occupants; contact your Kidde distributor or add it to your next security system project.

• Dual smoke and carbon monoxide protection reduces risk to occupants and assets by providing simultaneous threat detection.
• Photoelectric optical sensing minimizes false alarms from everyday sources like cooking, keeping operations uninterrupted.
• Scales to large installations with support for up to 250 detectors per intelligent loop for streamlined monitoring.
• Built-in self-diagnostics and environmental compensation lower maintenance costs and improve long-term reliability.
• Compatible with Kidde Intelligent Loop controllers and wired integration for centralized security and surveillance systems.
• UL-listed and compliant with major standards to meet commercial safety and regulatory requirements.