KING PIGEON GL-100A GAS LEAKAGE DETECTOR

KING PIGEON GL-100A GAS LEAKAGE DETECTOR

The KING PIGEON GL-100A GAS LEAKAGE DETECTOR is an essential safety device designed to detect and alert you to the presence of gas leaks effectively. Operating on a frequency of 433.92MHz and designed for wall-mounted installation, this detector is compatible with a wide range of gas detection applications. It operates within a voltage range of AC85V-265V, ensuring versatile compatibility with various electrical systems. With a robust transmitting distance of at least 100 meters in open areas, it provides reliable coverage for gas leak detection. The device offers exceptional noise immunity with noise levels of less than 200mV, ensuring accurate and reliable gas detection even in electrically noisy environments. It boasts white light immunity of over 8000 lux and RF immunity of over 20 V/m in the 10 - 1000 MHz range, making it a dependable choice for various settings. The alarm triggers at 10%+/-5 LEL and has a low alarm function of ≤100mA. When a gas leak is detected, the device promptly activates sound and flash alarms to alert users. Operating effectively in a humidity range of less than 95% at 25 degrees and a temperature range from -10 degrees to +50 degrees, this gas leakage detector ensures reliable performance in various environmental conditions. With a standby power consumption of ≤90mA, it provides continuous protection against gas leaks while minimizing power usage. The KING PIGEON GL-100A is a reliable and versatile solution for gas leak detection, offering peace of mind and safety in homes and commercial spaces.

Features:

• Independently or as a front-end detector of an alarm system;
• Wireless transmitting digital signal to control panel;
• Intelligent logic control, eliminate false alarm;
• Microcontroller temperature analysis and Automatic temperature compensation for best summertime detection;
• Tightly-mated bug guard to protect the sensor optics from insects, spiders and dust, Worm, it is dustproof, mothproof and anti-white light;
• Strong adaptability to circumstance requirements;
• SMT adopted, RF and EMI Immunity;
• Manual test, auto-reset, and low power consumption;
• Thin structure design.