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  • RMG 270 Gas pressure regulator

RMG 270 Gas Pressure Regulator

Update Terakhir
06 / 05 / 2020
Min. Pembelian
1 Unit


PT. Surrama Tridaya Mandiri adalah perusahaan yang bergerak dalam bidang usaha importir , distributor alat-alat instrument : flowmeter, gas detector, control valve, safety valve, pressure reducing valve, dll

Detail RMG 270 Gas Pressure Regulator

RMG 270 Gas pressure regulator

The BD-RMG 270 (Series 270 MK 2) is a single-diaphragm, free-operated, open-loaded device ideal for use in gas-pressure controller systems. The control of specific inlet pressures and the power quality is assured by a range of compatible hole sizes. Confident use of sustainable and modified non-aggressive fuel including oxygen, carbon dioxide, propane and butane.  The GRD-RMG 270 is intended for use as domestic, commercial and small-scale industrial burner feeders, heaters and other equipment requiring precise, secure and reliable pressure-controlled supplies. The system is a completely independent supplier of the safety valve and user.  For order to facilitate maintenance and replacement for closed areas, the diaphragm housing can also be rotated at times between 45o and 360o. Both the valve head and the safety valve of the BD-RMG 270 can be mounted as cartridges. The body is easy to separate from the drain. A broad operational pressure range can be regulated internally or externally (ICL / ECL). Through comparison. Regulator Gas

For the 309 Over Pressure Collection (OPCO) or the Unified Over / Under Pressure Valve (UPCO / OPCO), a BD-RMG 270 controller is released. In the case of a dangerous gas pressure situation, these devices secure the downstream network. The BD-RMG 270 controller can be designed to fit the position, humidity or debris of the vent hole in any direction. The best operating location is done horizontally with the diaphragm housing and the spring boxes upwards in order to achieve optimum results. It is important that the equipment is as vibrational as possible and that the interfaces are safe from unnecessary external forces during pipeline construction.

Regulators work without external resources, typically at surface level regulators. The strength (auxiliary energy) used to adjust the main valve is used in the control line or the change in pressure between the input and output.
The use of GHR mechanisms for effective use of networks, efficiency of operation, etc. includes the use of electronic control systems in communications with pneumatically operated devices.

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