Categories
Explosion proof temperature and humidity detector
Output Interface: RS485
Communication Protocol: MODBUS RTU
Explosion proof sound and light alarm
Flash Frequency：150 times/min
Sound Intensity：≥90dB
Device Power：5W
Explosion proof infrared grating detector
Product Specification：4-beam, 6-beam, 8-beam, 10-beam
Product Material：Carbon Steel
Explosion proof infrared detector
Protection Level：IP66
Device Power Supply：DC12V-24V
Device Power：2W
The explosion-proof alarm system equipment includes explosion-proof infrared detectors, explosion-proof dual sensor detectors, explosion-proof infrared radiation detectors, explosion-proof infrared grating detectors, explosion-proof temperature and humidity detectors, explosion-proof combustible gas detectors, explosion-proof smoke detectors, explosion-proof emergency alarm buttons, explosion-proof alarm hosts, and so on.
The laser detector uses an 808nm wavelength invisible light source, which is easy to conceal and deploy. Laser is not easily affected by strong light sources or temperature objects like infrared light and microwaves. Laser has strong penetration and can avoid environmental influences such as rain, fog, snow, and sandstorms. Compared to infrared detectors, laser detectors have a very low false alarm rate and a long prevention distance.
Explosion proof laser beam (intrinsic safety type)
Laser intrusion detectors belong to the category of active intrusion detectors, consisting of two parts: laser emitting end and laser receiving end. The laser aiming system forms a warning line with an invisible laser beam and uses a blocking alarm method to deploy defense around the perimeter environment.
Distributed temperature measurement fiber optic system
Distributed Temperature Measurement Fiber System (DTS) is a distributed temperature measurement product independently developed by our company based on the principles of fiber Raman scattering and Optical Time Domain Reflectometry (OTDR) positioning.
The alarm control server is the computing and storage core of the system. When the system starts running, the fiber optic host converts the optical signal into an electrical signal, and the alarm control server collects, analyzes, and processes it in real time.
Main products
Focus on the research and development of various related products of metal wires and mesh.
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