RMG 530-E Gas pressure regulator

RMG 370 gas pressure regulator is built on a specific spring that when the ambient temperature reaches the memory temperature of the metal reaction, the spring is extended lengthwise. The resulting high pressure pushes the ball out of the snap-on pin through the push rod. The conical locking organ is set loose and forced into the locking role between the valve seat and the stable abutment by the strength of the locking mechanism. This model ensures a secure closure. The closing body uses a component with a thermal expansion index higher than the case product. This strengthens the closing properties with a further increase in temperature which helps to ensure a secure closure. RMG 370, If required, an external proximity switch can be placed to close the remote electrical indicator of the SSV valve position. The actuator detects the output pressure to be controlled via the SSV column. The

The RMG 219 pressure regulator is an all-round gas regulator. If the master automation mechanism, i.e. the closed control circle, deviates, the magnetic force varies and the angle between the nozzle and the valve piston shifts. Due to a change in the voltage controlling load, the pressure changes proportionally and therefore the gas level regulator opens. In the governed section, the flow rate and/or pressure is equivalent to the specified setpoint. The RMG 219 pressure regulator can be controlled simply by hand under all circumstances, thus preserving the pressurized equilibrium on the valve plate before the main valve is released. It is not permitted to use spare parts or lubricants other than those expressly listed in this RMG Spare Parts Operation and Maintenance Manual.If you need a different model other than those listed, please contact us at contact@ittcontrols.com. RMG

The RMG 372 gas pressure regulator consists of the main valve body on one side and the operating control and safety shut-offs on the other. According to the diaphragm, the final regulation component of the main valve is at the same pressure level. Different diameters of the seat of the valve are open. The purpose of the gas pressure regulator is to monitor the tension in the outlet side of the tube–within certain predefined limits–and to compensate for adjustments in gas consumption and/or inlet stress. There are also a range of multi-size actuators available. Depending on the output level, a pilot may be supplied with or without a separately adjustable auxiliary pressure stage. The pressure difference between the inlet pressure pu and the outlet pressure pd gives auxiliary power to the actuator. Change the auxiliary power to change the stationary amplification by changing the fuel pressure regulator to the

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