Edwards EST SIGA-OSCD Smoke and CO Detector

Edwards EST SIGA-OSCD Intelligent Multisensor Smoke and CO Detector

Overview
The Edwards EST SIGA-OSCD Intelligent Multisensor Detector is designed to detect both smoke and carbon monoxide (CO), providing dual protection in one device. This intelligent detector utilizes advanced algorithms to differentiate between smoke and CO, improving detection accuracy and reducing false alarms. Ideal for commercial, industrial, and residential environments, it ensures early detection of both fire and CO hazards, offering enhanced safety.

Key Features

• Multisensor Detection: Detects both smoke and carbon monoxide for comprehensive protection.
• Intelligent Algorithms: Reduces false alarms by accurately distinguishing between smoke and CO.
• Advanced Communication: Integrates seamlessly with Edwards fire alarm control panels, providing real-time system feedback.
• Compact and Efficient Design: Offers easy installation and reliable performance across a variety of environments.

Technical Specifications

• Power Source: 24 VDC
• Operating Temperature: 32°F to 100°F (0°C to 37.8°C)
• Humidity Range: 0 to 93% non-condensing
• Dimensions: 6.1 inches diameter x 2.0 inches depth
• Weight: 0.5 lbs
• Compliance: Meets UL 268 and UL 2075 standards.

Applications

The SIGA-OSCD Multisensor Detector is ideal for:

• Commercial buildings
• Industrial facilities
• Residential complexes
• Schools and hospitals

Advantages of the SIGA-OSCD

This intelligent detector offers enhanced protection by combining smoke and carbon monoxide detection in a single unit. Its advanced algorithms and seamless integration with Edwards fire alarm systems improve safety while reducing the risk of false alarms. The compact design ensures easy installation and long-term reliability.

Compliance and Safety Standards

The Edwards EST SIGA-OSCD is compliant with UL 268 and UL 2075, ensuring adherence to fire and safety standards for smoke and CO detection. These certifications guarantee optimal performance and reliability in critical environments.