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A: Yes, our company is an R&D-based manufacturer with cleanrooms, test facilities and high standard techniques to ensure quality and service.
The Ningxia Maiya’s 0-1000ppm TB200B-EC4-NH3-1000 Cooling system Semiconductor industry Ammonia gas Sensor Module is a semiconductor cooling superb ammonia gas sensor module that features a cutting-edge design to produce unmatched performance in a variety of applications that are looking for tracking of ammonia gas concentration. This item combines precision sensing technology and robust construction that provides industrial-grade ammonia gas detection, making this a dependable solution for most safety-related applications.
It is a sensitive electrochemical ammonia sensor that detects ammonia gasoline concentration between 0-1000 parts per million (ppm). It was designed for usage in several gas monitoring system applications in waste therapy plants, ammonia refrigeration systems in the food industry, and many other things. The incorporation of EC-4 ammonia gas sensor technology enables the product to produce extremely accurate results within minutes, making it the perfect solution to be used in surroundings where the concentration of ammonia gas may fluctuate.
It is equipped with a built-in cooling that helps to ensure that the system operates at optimal ambient temperature for accurate readings. The cooling fan along with other advanced control allows the device to retain the operating temperature within desired parameters. The module's coolant system also helps to ensure that the sensor's lifespan is prolonged, therefore minimizing the expense of repairs and maintenance.
This 0-1000ppm TB200B-EC4-NH3-1000 Cooling system Semiconductor industry Ammonia gas Sensor Module was made with industrial-grade components that guarantee reliability and durability. The plastic casing is rugged, resistant to wear and tear that can protect the device from chemical spills, dirt, and other contaminants which can compromise operations. The casing offers inherent protection from electromagnetic interference, which makes it a great selection for use in demanding commercial surroundings.
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