Ch4 Laser Methane Detector Vibration Alarm Light Alarm Class 1 Safe For Eyes

Product Description:

DTS-R6 handheld mini laser methane detector is an advanced gas inspection equipment developed by our company. Using the world's advanced laser gas detection technology, non-contact measurement can realize remote measurement, detect places that cannot be reached by personnel, and can accurately locate and quickly find the leakage. This product can greatly improve the efficiency of personnel detection and reduce labor intensity.

The tunable laser diode absorption spectroscopy technology used in DTS-R6 has high sensitivity, fast response speed, and good selectivity. It only reacts to methane and will not cause false alarms to other hydrocarbon gases. It uses lithium battery for power supply, low power consumption and long life. The interface of the software operation is intuitive and friendly, and it has a sound and light alarm function. It can be widely used in places where gas leakage may occur, such as urban gas transmission and distribution pipelines, oil refineries, chemical plants, metallurgical industries, and power industries in the petroleum and petrochemical industries.

Features:

• small size, only 14cm length, could be put in a pocket
  quite light, only 460g with the battery
  always strong, with metal body
  extremely safe, explosion-proof
  easily use, simple operation

Technical Parameters:

Applications:

In the monitoring of gas leaks, the laser methane telemeter has the advantages of high detection accuracy (ppm level), fast response speed (0.01s), remote measurement (30m), and features such as convenience, speed and accuracy. It solves the gas leakage detection of pipe network facilities that cannot be realized by traditional instruments. The field application of laser methane telemeter can greatly improve the efficiency of gas leakage inspection. Tests in several different application scenarios have demonstrated the advantages of using laser methane telemeters in solving gas leakage safety prevention problems, laying a solid foundation for ensuring optimized operations, and being an effective supplement to existing detection equipment.