Regulators - Import export

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. 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. 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).

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. 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).

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. 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).

Pressure regulator of the Comfort series Sizes: 1/4" to 1" Adjustment range: 0-2 bar, 0-4 bar, 0-8 bar standard, 0-12 bar Flow rate at 6 bar with ∆p 1 bar: 2050 to 6200 Nl / min Pressure range up to 15 bar

Pressure regulator of the compact series for water Sizes: 1/8" and 1/4" Adjustment range: 0-2 bar, 0-4 bar, 0-8 bar standard, 0-12 bar Pressure range up to 15 bar

The pressure regulator can be tightened by hand without the need for a spanner. It reduces the stored bottle pressure from max. 200bar (on request 300bar) to an outlet pressure which is adjusted at the flowmeter. The flowmeters are used to set the required flow in l/min. Important: The pressure regulator has a constant outlet pressure of 2.5bar which is necessary to protect the gas flow sensor of the orbital unit. Versions: — Special Argon Pressure Regulator with twin flowmeter, brass — Special Pressure Regulator with twin flowmeter for H2-gases, brass — Special Argon Pressure Regulator with triple flowmeter, brass Pressure regulators with different connections and for use with other gas types or nickel-plated version available on request.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed gases are removed from gas cylinders using RIEGLER flange pressure controllers, which are used during welding, cutting or other related processes. We offer flange pressure controllers according to DIN EN ISO 2503 for flammable and non-flammable gases up to 200 bar and up to 300 bar. All flange pressure controllers are each equipped with a pressure gauge for the display of the cylinder contents and the working pressure. In addition you can also get flange pressure controllers with a flowmeter. Our flange pressure controllers can be used for oxygen, compressed air, nitrogen, carbon dioxide, argon, acetylene, hydrogen, methane, illuminating gas and natural gas.

Our assortment contains a range of pressure controllers for regulating the water pressure required for your application. In addition you will find filters for water treatments here. Water treatment is generally considered the targeted change of water quality. Here it is differentiated as to whether substances are removed from the water or added to the water. Water treatment represents an important process step in the production of drinking water for human use. Furthermore we have proportional control valves especially for use with water. There are various accessories and spare parts available for the mentioned products.

Compressed gases are removed from gas cylinders using RIEGLER flange pressure controllers, which are used during welding, cutting or other related processes. We offer flange pressure controllers according to DIN EN ISO 2503 for flammable and non-flammable gases up to 200 bar and up to 300 bar. All flange pressure controllers are each equipped with a pressure gauge for the display of the cylinder contents and the working pressure. In addition you can also get flange pressure controllers with a flowmeter. Our flange pressure controllers can be used for oxygen, compressed air, nitrogen, carbon dioxide, argon, acetylene, hydrogen, methane, illuminating gas and natural gas.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Blocking valves control the opening and closing of piping systems. They control the inlet, flow or outlet of liquids and gases. Flow valves regulate the volume flow of the fluid used. We have throttle valves, throttle check valves, check valves and stopper valves. Furthermore we offer quick relief valves, toggle lever valves, compact pressure controllers and functional connectors. All mentioned blocking and flow valves are available in various sizes, materials, and pressure, flow and temperature ranges.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

TYP A - compatible with 12 l ALLCAN flowrate meter nickel-plated brass

TYP B compatible with 34 l, 60 l, 112 l ALLCAN / C10 thread pressure gauge

TYP A / B compatible with 12 l, 34 l, 60 l, 112 l ALLCAN / Version A for 12 l , Version B for 34 l -112 l pressure gauge adjustable from 0,5 l/min - 1,5 l/min only available in nickel-plated brass, but suitable for H2S und SO2

TYP B compatible with 34 l, 60 l, 112 l ALLCAN / C10 thread pressure gauge