BD-RMG 680 „Vector ModuleTM“

The RMG 530-E flow control valve operates with an electronic controlled flow or pressure control system. It is particularly used where high flow values need to be achieved with low pressure differentials. The main valve dn 50/100 to dn 150/300 is used in two different designs.There are two different body versions available to sizes up to DN 100/200. Body without safety shut-off (RMG 502 body) and body with incorporated security shut-off (RMG 503 body) device. The electrical actuator mounted on the top of the main valve pushes the sleeve through the threaded axle in the appropriate position. Identical actuators and valve sleeves are used for lengths DN 80/100 and DN 100/200. P. That’s p. The size of the valve sleeve shall be the length of the inlet. If you need a different model other than those listed, please contact us at contact@ittcontrols.com. DN 200/200 l DN 400/400RMG

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

The RMG 320 gas pressure regulator has been designed to maintain a steady outlet tension of the gas medium in the controlled system, regardless of the impact of disrupting variables such as inlet strain and/or air changes. The outlet force to be monitored is fed through the measuring column into the diaphragm assembly. The diaphragm, relative to the predetermined spring quality, stores the real production stress level. The separation contributed to a simple change in the location of the central valve through the valve string. If you need a different model other than those listed, please contact us at contact@ittcontrols.com. 320 DN 25 l 320 DN 80RMG

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