Gas pressure regulators - Import export

Propane Tank Gauge Level Leak Detector for QCC1 Propane Tank, Brass Propane Tank Adapter Pressure Meter Gauge

Open Grid Europe owns and operates mobile gas pressure regulating and metering (GPRM) stations which you can use under a comprehensive, bespoke service contract, for example when you want to maintain the gas flow during work on a pipeline or require a temporary feed-in point to your gas grid. Technical details: Pressures of up to 84 bar Volumetric flow rates of 800 to 100,000 m3/h Can be connected to telemetry systems Adjustable pressures, flows and blending ratios Gas quality conversion from H-gas to L-gas, if required Thanks to the modular design of the system we can build a mobile station tailored to your specific needs complete with all necessary modules such as filters, pre-heaters, instrumentation and control equipment.

Gas pressure regulators of the RDU type are designed to reduce and automatically maintain gas pressure “after itself” using the set value. Gas pressure regulators of the RDU type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RDU regulators: The simplicity of the device, Tightness at complete closure of the valve, Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Gas pressure regulators RD-M are designed to reduce and automatically maintain the gas pressure “after itself” at the set value. Gas pressure regulators of the RD-M type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RD-M regulator: Hydrate formation in the “seat-valve” contact zone does not affect the regulator operation. Tightness at full closing of the valve. Smooth regulation characteristics due to the use of an oil compensator. High accuracy of maintaining the set pressure. High maintainability (possibility to repair wearing parts without removing the regulator body from the reduction line). Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Gas pressure regulators of the RDU-T type with a heat generator are designed for automatic regulation of gas pressure “after itself” of the set value at the facilities of high pressure gas pipelines. They are used at: Gas distribution stations. Gas purification and dehydration installations. Gas fields. Compressor stations, etc. The regulators are designed for operation at ambient temperatures from +50 C to -40 C and relative humidity up to 95% at a temperature of +35 C. Distinctive features of RDU-T regulators: The RDU-T regulators differ from the RDU regulators of the same class by the heating of the shut-off and regulating device in the zone of gas throttling using specially mounted heat generators which operate without an external energy source by taking a part of the kinetic and potential energy of the compressed main gas. The heating temperature is sufficient to prevent hydrate formation processes. More information on our website.

The gas pressure regulator of the RTBK type is designed for automatic regulation of gas pressure “after itself” at the facilities of high pressure gas pipelines, such as gas distribution stations, gas treatment and dehydration plants, gas fields, compressor stations, etc. The operating medium is natural gas and other gases that are not aggressive to regulator materials. Inlet working pressure: from 12 to 100 bar Output working pressure: from 1 to 12 bar Depending on the order, the modular regulator of the RTBK type can include the following elements: General-purpose body based on which the modular type regulator is built. Active module. Monitor module. Built-in shut-off valve. Shut-off valve as a separate element connected in series with the regulator body. Noise reduction module. And other technical combinations of modules and components. More information on our website.

Terrace Heater Ecoline available in stainess steel or steel powdercoated Up to 76 hours operating time burning systems are free adjustable radiates heat within a radius of ø 4,5 m wheels included european gas pressure regulator included

Electrical gas heaters for operating pressure up to 500 bar - Seal gas heaters, fuel gas heaters - Natural gas heaters for gas pressure regulation stations - LNG and LPG vaporizers - Vaporizers and heaters for industrial gases - Process heaters - Gas heaters for analysis and laboratory application ATEX, IECEx, TR-CU and other international certificates

Typically, the ASCO CO2 Gas Dosing System is used together with water desalination plants. The system is equipped with a CO2 pressure reducing valve, filtration unit, CO2 gas flowmeter, CO2 regulating valve, pressure gauges, safety valves and a completely prewired control cabinet. In case of maintenance the system provides a manual bypass line, which also can be monitored by the flowmeter. Herefore, changing a filter cartridge or doing any other service work on the system is quick and easy! As raw and fitting material ASCO uses mainly stainless steel. This makes the system very resistant and extends the products life cycle. easy to install very accurate 4 20 mA output signal robust stainless steel construction no auxiliary equipment like air compressor needed, only power supply is required

The EndoFlex™ is an advanced endothermic gas generators with an extensive list of features to improve gas reaction efficiency while also providing sensors to diagnose most common gas generation issues before they become problems. FEATURES & BENEFITS • Lower operating costs and emissions waste from 20-80% of generator capacity • Automatic endothermic gas pressure control eliminates regulator adjustments • Multi-retort design reduces cost, allowing for quick replacement of components • Separate methane sensors provide data for scheduling retort burnout • Filter change indicator improves system effi ciency and operation time • Built-in software for ease of scheduling, maintenance, and paperless data logging

B-AIR PLUS system is specifically designed for applications where high quality breathing air and monitoring of breathing air supply are needed. B-AIR PLUS is a combination of our B-AIR 0106 breathing air filter set combined with gas concentration analysers, fitted with pressure regulator and quick couplings, all packed in a compact and robust casing. Gas concentration analysers constantly monitor CO, CO₂ and O₂ concentrations and trigger an alarm if concentrations exceed the EN12021 and BS4275:1997 standard compliant values. In this way B-AIR PLUS can safely provide high quality breathing air for up to 5 people. Small dimensions and low weight enable the use of B-AIR PLUS in many applications as it can be transported and set up with ease.

The main directions of our activity: Gas equipment for high pressure pipelines. We produce gas pressure regulators and setting devices, gas odorizing complexes, some equipment for CNG stations, shutoff valves and other products for the gas industry. Mining equipment such as components, control units and shutoff valves for operation in industrial complexes with hydraulic systems. Hydraulic lifting equipment: hydraulic supports and hydraulic cylinders. Non-standard equipment according to our customers’ design drawings. You can order equipment of any complexity and functionality from us. More information on our website.

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. Due to their plastic housing these pressure regulators are light-weight and inexpensive. These pressure regulators are installed via flange connection on the bottom side. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. Connection is done by 1/8“ NPTF inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These miniature pressure regulators fit into applications with low space requirements and low pressure levels. They work reliable and have a long life expectancy. A rotary knob is used to set the pressure level. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. Connection is done by 1/8“ NPTF inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These miniature pressure regulators fit into applications with low space requirements and low pressure levels. They work reliable and have a long life expectancy. A rotary knob is used to set the pressure level. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. A rotary knob is used to set the pressure level. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. These pressure regulators can be connected by G1/8 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

The pressure regulator type 8042 in reinforced version is a smart combination of a pilot pressure regulator with a sliding gate control valve and is excellently suited for gases and vapors. The pressure regulator, which operates with auxiliary pneumatic energy, is characterized by highest dynamics and control quality. External or manual set point adjustment completes the compact and simple design of the valve and regulator.

The pressure regulator type 8042 is a smart combination of a pilot pressure regulator with a sliding gate control valve and is excellently suited for gases and vapors. The pressure regulator, which operates with auxiliary pneumatic energy, is characterized by highest dynamics and control quality. External or manual set point adjustment completes the compact and simple design of the valve and regulator.

The self operated pressure regulator Type 8011 in a reinforced version with closed spring cover in the form of a pressure reducing valve (downstream pressure regulator) or an excess flow valve (upstream pressure regulator) is used in a wide range of process engineering control tasks. Media such as steam, liquids, gases, etc. can be excellently controlled without auxiliary energy.

The self operated pressure regulator type 8011 with closed spring cover in the form of a pressure reducing valve (downstream pressure regulator) or an excess flow valve (upstream pressure regulator) is used in a wide range of process engineering control tasks. Media such as steam, liquids, gases, etc. can be excellently controlled without auxiliary energy.

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. A rotary knob is used to set the pressure level. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. These pressure regulators can be connected by G1/8 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

maximum accuracy, a long service life and a userfriendly system, combined with flexibility Highprecision pressure regulation, selectively regulated input pressure in each Line All metal components that come in contact with the medium is brass ans SS304 Quick system calibration easily by the operator and calibration data saved in the controller modules Convenient operation, evaluation of results and clear visualization via Labview and windows based software Operator access to all important settings from the front panel Each station can be individually isolated from the supply pressure for service purposes PLC based control of the pressure channels Pressure gauge for checking each line actual pressure