Fireray Beam Detector Datasheet

The Fireray Beam Detector Datasheet is an essential document for anyone involved in fire safety, providing comprehensive technical specifications and performance characteristics for Fireray beam detectors. Understanding this datasheet is crucial for selecting the right detector for a specific application, ensuring proper installation, and maintaining optimal system performance. This article will guide you through the key aspects of a Fireray Beam Detector Datasheet, highlighting its importance and practical applications.

Decoding the Fireray Beam Detector Datasheet The Blueprint for Fire Safety

The Fireray Beam Detector Datasheet is more than just a collection of numbers and diagrams; it’s a detailed guide to understanding how these sophisticated fire detection devices operate. It outlines crucial parameters such as the detection range, power requirements, environmental operating conditions, and response time. Essentially, the datasheet provides all the necessary information to assess whether a particular Fireray beam detector is suitable for a given environment and fire safety application. Datasheets often include diagrams of the physical dimensions, which help in the installation planning. Datasheets generally contain the following information about the detectors:

• Model number and description
• Operating voltage and current requirements
• Detection range and area coverage
• Environmental operating conditions (temperature, humidity)
• Response time to different types of fires
• Certifications and approvals

Consider a large warehouse with high ceilings. Traditional point detectors would be impractical and costly to install and maintain. A Fireray beam detector, as detailed in its datasheet, can effectively monitor a wide area, detecting smoke across a large open space. The datasheet would specify the maximum beam length and width of coverage, helping determine the optimal placement of the transmitter and receiver units. Furthermore, the datasheet provides information about tolerance to misalignment, which is critical in environments prone to structural movement or vibration. Here’s a small example of what might be found on a Fireray datasheet, to illustrate the kind of data provided: