The GYXJ1000 Intrinsically Safe Laser Acetylene Sensor is designed for continuous and highly reliable monitoring of acetylene (C₂H₂) concentration in coal mine environments. Utilizing advanced laser gas sensing technology, the device delivers precise, fast, and stable detection performance even under harsh underground conditions such as high humidity, dust, and complex gas interference.
With an intrinsically safe and explosion-proof design, the sensor is suitable for deployment in underground working faces, and other key areas where early detection of abnormal acetylene concentration is critical for mine safety management and fire hazard prevention.
Features
Laser-Based Gas Detection
Utilizes laser absorption spectroscopy technology to measure acetylene concentration with high accuracy, selectivity, and long-term stability.
Automatic Temperature Compensation
Built-in temperature self-adaptation and compensation functions ensure measurement accuracy regardless of ambient temperature variations.
Automatic Pressure Compensation
Compensates for pressure fluctuations automatically, minimizing the impact of environmental pressure changes on measurement results.
Dustproof and Waterproof Design
Features a robust dustproof and waterproof structure designed for reliable long-term operation in dusty and high-humidity underground environments.
Audible and Visual Alarm
Equipped with a high-brightness digital display and integrated audible and visual alarm functions for immediate local indication of abnormal gas conditions.
Multiple Communication Options
Supports RS485 communication and optional LoRa wireless transmission, enabling seamless integration into mine monitoring networks.
Applications
Technical Advantages
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