RMG Volumeter TRZ 03 K

The RMG 530-P flow control valve works with electronically controlled flow or pressure control. As the valve sleeve and extension sleeve only need to be removed from the body, RMG 530-P the central valve is easily maintained. The valves are controlled by the inlet pipe dia.DN 200 and upwards are for axial flow and therefore a safety shut-off valve can not be used.If you need a different model other than those listed, please contact us at contact@ittcontrols.com. DN 80/80 l DN 100/100 l DN 150/150 l DN 200/200 l DN 250/250 l DN 300/300RMG

The RMG 505 is a portable system consisting of two operating systems, one for effective pressure control and the other for control functions. The active machine pilot (RMG 640 or RMG 630a pilot series) compares the real outlet value to the price and pushes the throttling diaphragm. In RMG 505, the gas flow of the expansion element is regulated by the rolling motion of the diaphragm. As a result, the output stress remains unchanged from the adjustment of the inlet pressure and the flow rate. The closing spring pushes the diaphragm against the edge of the screen at null motion. In addition, the output force is controlled by the display unit. Since the performance of this element is greater than the controlled voltage of the active device, the monitor interface is usually fully enabled. The value of KG decreased by roughly. It’s believed to be 10 million. The outlet

RMG 201 is used at manufacturing stations. This applies to small flow rate control lines in gas pressure control stations. It is ideal for natural gas, gas, etc. G260, and all other non-corrosive substances. The device can also be used in immediate-acting, two-stage procedure, proper for high-pressure drops and comes with a safety pressure release valve for gas discharge in the intermediate-pressure stage. RMG 201 which is easy to operate, control and maintain. The RMG 201 gas pressure regulator was designed to keep the outlet pressure steady within the specified limits, irrespective of inlet pressure and/or stream deviations. The gas pressure regulator consists of two levels of development. The effect of the inlet pressure on the outlet pressure controlling precision is largely limited by the intermediate pressure level. The set-point of the intermediate stage of the pressure is adjustable. The diaphragm of the intermediate stage is filled with the

RMG 210 primarily used for automotive and research applications; often appropriate for short flow rate control lines inside large volume gas pressure control stations The device is ideal for natural gas and all non-corrosive gaseous materials. RMG 210 has only small set-point differences owing to inlet stress variations. It is easy to operate and maintain. The RMG 210 can be connected by an electrical remote control of the outlet pressure. Information may be generated with an internal or external calculating impulse link. A two-stage regulator is designed to keep the exit stress of the gas medium steady in the key and free from interfering factors such as inlet tension or shifts in the flow rate. According to the intermediate stress system included in this spring-loaded regulator, the detrimental effect of the inlet pressure changes on the control precision is minimized to a marginal minimum and is essentially removed. A