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Flow regulators
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Flow regulator - DN 15 - 50, PN 16 - 25 | T 3135
This regulator is self-operated to control the flow rate of...
Flow regulator - DN 15 - 50, PN 16 - 25 | T 3135
This regulator is self-operated to control the flow rate of district heating systems. It is used in combination with an electric actuator that transmits an electric control device's control signal and can also be connected to a thermostat.
Flow regulator - DN 15 - 250, PN 16 - 40 | T 3015
These units are Self-operated Regulators of the Series 42 that have been developed for many heating supplies...
Flow regulator - DN 15 - 250, PN 16 - 40 | T 3015
These units are Self-operated Regulators of the Series 42 that have been developed for many heating supplies and they can work for big systems. They use DN 15 to 250 valves and nominal pressure from PN 16 to 40. This works for liquids and gases that go from 5 to 150 degrees Celsius. The flow regulators can also reduce flow rates in a pipeline, and flow rate set point that can be adjusted at the adjustable restriction.
Hydraulic flow regulator
If you are looking for one of the most modern and durable flow regulating valves, this model manufactured by Lee Flosert may be suitable for you. This...
Hydraulic flow regulator
If you are looking for one of the most modern and durable flow regulating valves, this model manufactured by Lee Flosert may be suitable for you. This valve has been specifically designed to work well in hard duty applications, especially the ones in the oil industry.
In addition to being compliant with the latest NACE requirements, this model also comes in various shapes and sizes, so you can select the one that fits the requirements of your project perfectly. The diameter ranges between .250" and .500", while the regulated flow rate can be anywhere between .01 to 5 GPM.
In addition to being compliant with the latest NACE requirements, this model also comes in various shapes and sizes, so you can select the one that fits the requirements of your project perfectly. The diameter ranges between .250" and .500", while the regulated flow rate can be anywhere between .01 to 5 GPM.
Hydraulic flow regulator - 5 000 psi | 500 Flosert®
The Lee Company's new High Pressure 500 Flosert is the newest product to Lee's line of small flow regulating valves. This latest valve is perfect for high pressure hydraulic functions...
Hydraulic flow regulator - 5 000 psi | 500 Flosert®
The Lee Company's new High Pressure 500 Flosert is the newest product to Lee's line of small flow regulating valves. This latest valve is perfect for high pressure hydraulic functions with system pressures up to 5000 psi. It has a 32 grams nominal weight. These valves are pressure compensated that allows a constant flow from a large variety of pressure differentials.
The High Pressure 500 Flosert is made wholly of stainless steel for durability and longer life. Every Flosert is 100% tried and checked to make sure it is reliable and stable.
This comes with a forward and reverse regulated flow configurations and with the following regulated flow rates from 1.5 to 5.0 GPM.
The High Pressure 500 Flosert is made wholly of stainless steel for durability and longer life. Every Flosert is 100% tried and checked to make sure it is reliable and stable.
This comes with a forward and reverse regulated flow configurations and with the following regulated flow rates from 1.5 to 5.0 GPM.
Flow regulator - Ø 19 mm, 5 - 20 l/min, 1-10 bar | MR 04
Flow rate : 300 l/h - 1200 l/h
Pressure : 1 bar - 10 bar
Nominal diameter : max 19.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Pressure : 1 bar - 10 bar
Nominal diameter : max 19.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Flow regulator - Ø 19 mm, 5 - 20 l/min, 1-10 bar | MR 04
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might be caused by level differences in multistorey buildings as well as if showers are taken simultaneously e.g. in commercial shower applications. Flow regulators are usually installed directly into the inlet of faucets, flow heaters, solenoid valves, or similar. Depending on the valves design, they can be placed in the inlet, in the valve seat or in the outlet nozzle. In a lot of applications flow limitations are already standard (e.g. 6 l/min or 8 l/min for faucets). In addition to the constant water supply, the user saves water while keeping the accustomed comfort using washstand or shower.
Flow regulator - Ø 9,5 mm, 0,5 - 9 l/min, 1 - 10 bar | MR 05
Flow rate : 30 l/h - 540 l/h
Pressure : 1 bar - 10 bar
Nominal diameter : max 10.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Pressure : 1 bar - 10 bar
Nominal diameter : max 10.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Flow regulator - Ø 9,5 mm, 0,5 - 9 l/min, 1 - 10 bar | MR 05
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might be caused by level differences in multistorey buildings as well as if showers are taken simultaneously e.g. in commercial shower applications. Flow regulators are usually installed directly into the inlet of faucets, flow heaters, solenoid valves, or similar. Depending on the valves design, they can be placed in the inlet, in the valve seat or in the outlet nozzle. In a lot of applications flow limitations are already standard (e.g. 6 l/min or 8 l/min for faucets). In addition to the constant water supply, the user saves water while keeping the accustomed comfort using washstand or shower.
Flow regulator - Ø 19 mm, 0,5 - 9 l/min, 1 - 10 bar | MR 06
Flow rate : 30 l/h - 540 l/h
Pressure : 1 bar - 10 bar
Nominal diameter : max 19.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Pressure : 1 bar - 10 bar
Nominal diameter : max 19.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Flow regulator - Ø 19 mm, 0,5 - 9 l/min, 1 - 10 bar | MR 06
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might be caused by level differences in multistorey buildings as well as if showers are taken simultaneously e.g. in commercial shower applications. Flow regulators are usually installed directly into the inlet of faucets, flow heaters, solenoid valves, or similar. Depending on the valves design, they can be placed in the inlet, in the valve seat or in the outlet nozzle. In a lot of applications flow limitations are already standard (e.g. 6 l/min or 8 l/min for faucets). In addition to the constant water supply, the user saves water while keeping the accustomed comfort using washstand or shower.
Flow regulator - Ø 10 mm, 0,5 - 9 l/min, 1 - 10bar | MR 07
Flow rate : 30 l/h - 540 l/h
Pressure : 1 bar - 10 bar
Nominal diameter : max 10.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Pressure : 1 bar - 10 bar
Nominal diameter : max 10.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Flow regulator - Ø 10 mm, 0,5 - 9 l/min, 1 - 10bar | MR 07
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might be caused by level differences in multistorey buildings as well as if showers are taken simultaneously e.g. in commercial shower applications. Flow regulators are usually installed directly into the inlet of faucets, flow heaters, solenoid valves, or similar. Depending on the valves design, they can be placed in the inlet, in the valve seat or in the outlet nozzle. In a lot of applications flow limitations are already standard (e.g. 6 l/min or 8 l/min for faucets). In addition to the constant water supply, the user saves water while keeping the accustomed comfort using washstand or shower.
Flow regulator - Ø 9,5 mm, 5 l/min, 1 - 10bar | MR 12
Flow rate : max 300.0 l/h
Pressure : 1 bar - 10 bar
Nominal diameter : max 10.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Pressure : 1 bar - 10 bar
Nominal diameter : max 10.0 mm
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might...
Flow regulator - Ø 9,5 mm, 5 l/min, 1 - 10bar | MR 12
Flow regulators maintain a defined flow independent from the supplies pressure. They are recommended to ensure a uniform distribution of water also in case of pressure fluctuations. Pressure differences might be caused by level differences in multistorey buildings as well as if showers are taken simultaneously e.g. in commercial shower applications. Flow regulators are usually installed directly into the inlet of faucets, flow heaters, solenoid valves, or similar. Depending on the valves design, they can be placed in the inlet, in the valve seat or in the outlet nozzle. In a lot of applications flow limitations are already standard (e.g. 6 l/min or 8 l/min for faucets). In addition to the constant water supply, the user saves water while keeping the accustomed comfort using washstand or shower.