Fire-Lite SD365T-IV Addressable Photoelectric Smoke Detector with Built-in 135°F (57°C) Fixed-Temperature Thermal Device, LiteSpeed and CLIP, Ivory

Protect personnel and property with a versatile, addressable combination detector engineered for modern security and fire monitoring. The Fire-Lite Alarms by Honeywell SD365T-IV multi-sensor detector combines a refined photoelectric sensing chamber with a built-in 135°F (57°C) fixed-temperature thermal device to detect both smoldering and rapid-rise fire conditions. Designed exclusively for Fire-Lite addressable panels, its rotary decimal address switches and LiteSpeed/CLIP communications ensure precise location reporting and faster alarm transmission—critical for emergency response and integrated security systems.

The SD365T-IV mounts easily on standard ceiling boxes with a plug-in base, features low standby current for lower operating cost, and dual LEDs for clear local status. With sealed design and adaptability to optional bases and accessories, it’s ideal for commercial, educational, healthcare, and retail environments that demand dependable surveillance and life-safety monitoring. Upgrade your fire detection strategy with a proven, code-conscious combination detector—contact us to integrate the SD365T-IV into your security and alarm system.

• Precise, addressable detection that pinpoints incidents quickly with rotary decimal address switches—reduces response time and limits property damage.
• Dual sensing (photoelectric smoke + built-in 135°F/57°C thermal) for reliable detection of smoldering and fast-flame fires in one compact unit.
• LiteSpeed and CLIP communications for faster, more reliable reporting to Fire-Lite control panels—improves monitoring and alarm propagation.
• Low standby current and plug-in base design simplify installation and reduce maintenance costs for large-scale security deployments.
• Dual LEDs provide 360° visible status indication for easy local verification during inspections or incidents.
• Sealed chamber and robust mounting options resist back pressure and environmental influences for consistent performance in commercial settings.