FIG.BR7 direct-operated pressure reducing valve

For decades, the Sino-German joint venture has been committed to researching and sharing energy-saving methods related to steam equipment. As part of many of our products/services, pressure reducing valves provide more options for Ari Valve’s reliable system solutions. Steam liquids and gases generally flow at high pressure to the end of use. At these points of use, pressure reducing valves reduce fluid pressure for safety and efficiency reasons, as well as application requirements.
【】Direct-operated pressure reducing valve. The simplest pressure reducing valve, the direct-operated pressure reducing valve, has a flat diaphragm or bellows. Because it is a self-contained layout, there is no need for external sensing wires downstream of the device. It is the smallest and most economical of all pressure reducing valves and is designed for medium and low flows. The accuracy of direct-operated pressure reducing valves is generally / of the downstream set point.
【】Pilot-operated piston pressure reducing valve. This type of pressure reducing valve integrates two valves - pilot valve and main valve - into one. The design of the pilot valve is similar to that of a direct-operated pressure reducing valve. The exhaust pressure from the pilot valve acts on the piston, causing the piston to open the main valve. If the main valve is large and cannot be opened directly, this design will use the inlet pressure to open the main valve. Therefore, this type of pressure reducing valve has higher capacity and accuracy (/) than the direct effect pressure reducing valve under the same pipeline size. Like the direct-operated pressure reducing valve, the pilot-operated piston pressure reducing valve senses pressure internally and does not require external sensing lines.
【】Pilot diaphragm pressure reducing valve. In this type of pressure reducing valve, a double diaphragm replaces the piston in a pilot diaphragm pressure reducing valve. This increased diaphragm area can open a larger main valve, and under the same pipe size, its capacity is larger than that of the pilot-operated piston pressure reducing valve. In addition, the diaphragm is more sensitive to pressure changes, with an accuracy of up to /. The higher accuracy is due to the positioning of the downstream sensing line (the outside of the valve where the gas or liquid is located is less turbulent. The pressure reducing valve is very sensitive.
【Ⅰ】Model
【Ⅱ】Dimensions< br/> 【Ⅲ】Pressure
【Ⅳ】Material cast steel stainless steel
【Ⅴ】Connecting flange flange thread
【Ⅵ】Applicable to steam, air, oxygen, water and other fluid systems
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