2A1917-2

2A1917-2 Application Field and Working Principle

The 2A1917-2 is a high-temperature, high-pressure equipment, mainly composed of a storage cylinder, an electronic transfer valve, a pressure gauge, and a temperature control system. It is mainly used in special environmental fields where the working atmosphere is with high load, high pressure and high temperature, such as industrial boilers, petroleum, medical equipment, and pressure dye.

Working Principle

The working principle of 2A1917-2 can be described as follows. When temperature rises to the predetermined setting, the operating temperature will be shut off automatically. In addition, a temperature control system is also provided to monitor the temperature of the equipment. The temperature control system will set a certain temperature to ensure that the equipment will not overheat or over-pressurized. In this way, it can guarantee the safety of the equipment, and ensure the reliability of the equipment for use in harsh environment.

Application Field

The 2A1917-2 is widely used in boilers, petroleum, medical equipment, heating furnaces, printing and dyeing processes, chemical processes and other harsh environmental fields. In the boiler industry, it is mainly used for pressure measurement and temperature measurement, and it can realize automatic adjustment of the pressure in the boiler. In addition, the 2A1917-2 can also be used in medical equipment to monitor the temperature and pressure of medical liquids, as well as in chemical equipment where high temperature, high pressure and corrosive materials are present. With its reliable performance and proven quality, it has become the first choice for use in harsh environments.

Conclusion

The 2A1917-2 is a reliable high-temperature, high-pressure equipment, which has the advantages of small size, high efficiency, low cost, wide application field and reliable performance. It can be widely used in special environmental fields such as boilers, petroleum, medical equipment, heating furnaces, printing and dyeing processes, and chemical processes. With its good performance, it is the first choice for use in harsh environments.