MVS-156 (35)

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MVS-156 (35) is a type of multi-valve switch (MVSS) that is designed to control the operating pressure of an automatic process system. The most common applications of MVS-156 (35) are in pumping systems, air compressors, and other systems where a large pressure of varying application is needed. Unlike other multi-valve switches, the MVS-156 (35) offers an advanced and highly efficient approach to controlling pressure and flow rate.

The MVS-156 (35) is a multifunctional device, providing a range of functions. These include pressure regulation, pressure measurement, pressure regulating on/off function, and temperature control. All of these functions are integrated into one unit and can be easily accessed and controlled through a web interface or a PC-based network.

The MVS-156 (35) is a pressure-controlled valve composed of a housing, a valve body, a pressure sensing device, a switch, and an external power source. The housing and body are connected by either a stainless steel bellows, a bellows-style spring, or a copper gasket. This configuration allows the valve to move freely within the system and prevent clogging. The pressure sensing device ensures that the valve remains at the desired pressure level. Meanwhile, the switch allows for the selection of either manual or automatic operations.

The MVS-156 (35) is a highly reliable device that enables precise control of pressure and flow rate. The device is capable of controlling pressure from 0.2 to 6 Bar; depending on the system configuration, it can be used for pressure regulation to 6 Bar or for higher pressure regulation. In addition, the device has a wide range of operational temperatures, making it suitable for a variety of industrial processes.

The working principle of the MVS-156 (35) is quite simple. Generally, the device works by controlling a valve\'s flow rate based on input from a pressure sensing device. The pressure sensing device detects changes in the surrounding environment and sends a signal to the valve to adjust the flow rate accordingly. When the pressure sensing device senses that the system has achieved the desired pressure, the valve is automatically closed and the system is maintained.

To ensure that the MVS-156 (35) is functioning properly, routine calibration and maintenance should be performed on the device. Generally, professional technicians will need to perform maintenance on the device, but some basic maintenance may be done by users. To avoid accidental damage, the device should be installed in a safe and dry area.

Overall, the MVS-156 (35) is a reliable and efficient device for controlling pressure and flow rate. It is an ideal choice for a range of industrial applications and is easy to install and operate. With proper maintenance, the MVS-156 (35) can provide excellent performance for many years.

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