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In the design of BOQU chlorine sensor, many factors have been considered. These factors include the motion, forces and energy transfer involved so as to determine the sizes, shapes, and materials for each element of the machine. The product enjoys high resistance to vibration

Various machining methods are adopted in the production of BOQU chlorine sensor probe. They are mainly lathe work, drilling process, cutting process, abrasive machining, CNC machining, and hone machining. It is highly praised for its automatic temperature and pressure compensation function

The development of BOQU chlorine sensor adopts advanced technologies. They include computer-aided design, CNC machining, and sensor control technology. Unique design makes it have a lower failure rate

A complete protecting systems are required in BOQU chlorine sensor probe. It is built with short circuit, overload, overpressure, loss of voltage, and other emergencies protecting systems.

BOQU chlorine sensor probe has been evaluated regarding its safety. This includes parts and components safety, the whole machine safety, working safety, and environmental safety. It promotes a high chemical reaction speed

This product has the required strength. Its elements are designed considering the forces acting on it, so it will not distort or break when loads are applied. It supports multi-channel measurements in water samples