Product Overview:

The S10LS-32 laser fiber gas detector is a gas detector designed using the near-infrared spectral absorption characteristics of methane gas. It adopts high-performance large-area photosensitive detector and micro control technology, combined with excellent SMD process manufacturing, and has good repeatability and temperature and humidity characteristics, as well as long service life and easy operation.

The laser detector adopts digital processing technology, which is completely inherently safe; Fast response speed and real-time monitoring capability; High precision and excellent stability; Equipped with self checking function, capable of self correction, stable and reliable, and basically maintenance free; Technological advantages such as large measurement range, long transmission distance, no poisoning, and long lifespan. Compared with traditional products, this product has the advantages of beautiful system appearance and rich functions.

Suitable for underground pipe galleries, large liquefied natural gas stations, mines, gas transportation pipelines, and gate stations in flammable, explosive, and harsh industrial environments, it can continuously measure gas concentration in gas explosion gas environments.

Product features:

● Long transmission distance, up to 10km, and no poisoning;

On site passive detection, fiber optic sensors;

LCD display, Chinese display interface;

High measurement accuracy, stable performance, and long service life;

Fast response, with a response time of less than 3 seconds for each measurement channel;

The detector can achieve multi-channel simultaneous measurement, reducing costs;

It only reacts to the target gas and has strong resistance to interference from other gases;

Adopting highly integrated digital circuits makes the circuit structure simpler and the instrument reliability higher;

RS485 ModBus interface output, convenient for uploading to the upper computer;

The detector has a self detection function, making the use and maintenance of the instrument simpler.