Cooper FXN922 Conventional 5-in-1 Multi-Mode Detector
$50.83
$85.39
The Cooper (Eaton) FXN922 is a highly versatile conventional fire detector designed to reduce stockholding and simplify site specifications by combining five different detection profiles into a single unit. Using a four-position switch on the rear of the device, it can be configured as a high-sensitivity optical smoke detector, a photo-thermal multi-sensor for improved false alarm rejection, or a dedicated heat detector with Rate of Rise (A1R), Fixed Heat 77?C (BS), or Fixed Heat 92?C (CS) settings. It features a dual-LED 360? viewable design with an amber LED for fault and drift compensation alerts, alongside an integrated “Self-Check” facility. Operating between 15V and 30V DC and built from fire-retardant PC/ABS, the FXN922 is LPCB approved to EN54-5 and EN54-7, making it a reliable choice for commercial and industrial conventional fire systems. Technical Specifications ? Brand: Cooper (Eaton) ? Model/Part No: FXN922 ? Operating Voltage: 15 V DC to 30 V DC ? Standby Current: < 50 ?A ? Alarm Current: 40 mA (Maximum) ? Detector Modes: 2 Optical, 2 Heat, 1 Combined (Selectable) ? Heat Class: A1R, BS (High Heat) ? IP Rating: IP40 ? Operating Temperature: -10?C to 50?C ? Dimensions: 100 mm x 100 mm x 44 mm (3.94 inch x 3.94 inch x 1.73 inch) ? Weight: 0.11 kg Key Features ? 5-in-1 Versatility: Features five selectable modes (optical, rate-of-rise heat, and fixed heat) within a single unit, reducing the need to stock multiple detector types. ? Multi-Mode Flexibility: Easily configured to suit different environments, from kitchens requiring heat detection to bedrooms requiring high-sensitivity smoke detection. ? 360? Visible LED: Equipped with a high-visibility LED indicator that provides a clear status red-light alarm from any angle for rapid fire location. ? Low-Profile Aesthetic: Designed with a clean, modern housing that blends subtly into commercial and residential ceilings. ? Removable Dust Cover: Includes a protective cover to prevent contamination during the construction phase, ensuring long-term sensor reliability.
