Fire-Lite SD355T Addressable Photo Thermal Heat Smoke Detector MS-9600 NEW

Overview of the Fire-Lite SD355T Addressable Detector

The Fire-Lite SD355T is a high-performance addressable plug-in photoelectric smoke detector designed for advanced fire detection in industrial and marine environments. By utilizing a state-of-the-art photoelectric sensing chamber, this device offers superior reliability in detecting fire during its earliest stages. As a specialized component supplied by NN Senso Wave, this unit is engineered to integrate seamlessly with Fire-Lite addressable fire alarm control panels (FACPs).

Key Features and Technical Specifications

• Advanced Sensing Technology: Combines photoelectric smoke detection with thermal heat sensing for rapid response.
• Addressable Capability: Allows emergency personnel to pinpoint the exact location of a fire, minimizing response time and property damage.
• Visible Indication: Features dual LEDs for local, 360-degree visible sensor status indication.
• Low-Profile Design: Engineered for easy installation in various industrial configurations.
• Model Number: SD355T (Honeywell Fire-Lite).

Applications in Industrial & Marine Automation

The SD355T is essential for facility managers and system integrators requiring robust fire safety solutions. Its intelligent design makes it ideal for protecting critical infrastructure, including marine vessels, automated manufacturing plants, and control rooms. When integrated into an addressable system, it provides the precise monitoring necessary for high-stakes industrial fire safety protocols.

Why Choose NN Senso Wave for Your Automation Needs?

At NN Senso Wave, we specialize in providing high-quality industrial and marine automation equipment. Our commitment to supplying only new, authentic, and reliable components ensures that your fire safety systems remain operational and compliant. We understand the rigorous demands of industrial environments and provide professional procurement services to clients worldwide, ensuring your operations are supported by top-tier detection technology.