• Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector
  • Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector
  • Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector
  • Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector
  • Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector

Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector

$727.17
$727.17

Manufacturer : Xtralis

Sku : OSI-90

Condition : New

3 available

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The Xtralis OSI-90 OSID Imager 80° Coverage Beam Detector is a state-of-the-art open-area smoke imaging detection system, designed to provide reliable and early warning smoke detection. Utilizing advanced dual wavelength projected beams and optical imaging technology, it ensures low-cost and efficient monitoring, effectively addressing common issues such as false alarms and alignment challenges. Ideal for large, open spaces, this detector is perfect for airports, convention centers, warehouses, and more. Easy to install and maintain, the OSI-90 combines innovation with practicality, making it a go-to solution for modern smoke detection needs.
  • •Advanced Dual Wavelength Technology: Employs dual wavelength beams to enhance the detection accuracy and reliability, ensuring early warning smoke detection even in challenging environments.
  • •Wide Application Use: Perfect for a variety of settings including airports, hotels, shopping centers, and warehouses. The broad application range ensures versatile use in different large-scale open areas.
  • •LED Status Indicators: Features clear LED indicators that provide real-time status updates, allowing for easy monitoring and quick response to any potential issues.
  • •Wired Connectivity: Ensures stable and reliable connection through wired technology, minimizing the risk of signal interference and ensuring constant protection.
  • •24 V DC Input Voltage: Operates on a standard 24 V DC input, ensuring compatibility with existing power systems and simplifying the installation process. The white color and sleek design ensure it blends seamlessly into various environments.