RMG 914 Test Valve

RMG 214 is a gas pressure regulator used mainly in oil and gas industry. The rate of periodic maintenance of the RMG 214 gas pressure regulator should be calculated according to the prevailing conditions and the form and composition of the gaseous media. RMG 214 Gas pressure control is a safety framework of manufacturing and system systems. The single-stage pressure reducer is ideal for high pressure differentials and the incorporated security release valve works in high pressure. The system can be potentially combined with the built-in non-return valve (only valve seats Ø 6 mm) RMG 214 If you need a different model other than those listed, please contact us at contact@ittcontrols.com. RMG

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

The RMG 330 gas pressure regulator (operating directly without auxiliary power) has the function of maintaining the outlet pressure of the gas medium in the connected outlet side of the pipeline (regulated segment). This is largely consistent, regardless of interventional conditions, such as adjustments in inlet pressure and/or shifts in fuel take-off.The full working system is easy to remove from the GPR actuator housing when the screw fasteners are loosened and visually inspected during service rounds. In the event of a failure, the operational equipment can be easily replaced by new controlled systems and the required maintenance work is moved from the gas pressure regulator to the laboratory. The actuator of the control unit may have specific diameters of the location of the valve. Pressure-equalized variants of the valve bench. The regulator system can optionally be equipped with an SBV leakage gas or a safety diaphragm. The outlet pressure to

The RMG 408 gas pressure regulator consists of the actuator board, the working “command unit” and the “SAV” toggle. The control unit is composed of an actuator and an actuator and the filter regulator is connected. After the screws are loosened, the working modules can be separated from the actuator shell. This includes a separate maintenance facility. At the measurement location, the starting point for pressure reduction is recorded and fed to the operator via a measuring sequence. The diaphragm in the controller 7 senses the actual value of the output pressure and compares it to the value of the spring force defined (adjustable comparison variable). In this example, the opening of the actuator to adjust the production pressure (actual value) is adjusted by changing the pressure changes to the optimum value of the regulation deviations. The device shuts down safely with no usage. The actuator is fitted with