Product Specification:
Maximum Pressure | 800 bar |
Pressure Differential | 400 bar 200 bar |
Temperature Range | -20 Degree C (-4 Degree F) +300 Degree C (+572 Degree F) |
Product Description:
For maximum pressures and difficult conditionsLow flow lossesNon-metallic valve ring with superior...Product Specification:
Maximum Pressure | 800 bar |
Pressure Differential | 400 bar 200 bar |
Temperature Range | -20 Degree C (-4 Degree F) +300 Degree C (+572 Degree F) |
Rotational Speed | 1800 rpm |
Size | 0.6 and 2.0 mm (0.02 and 0.08 inches) |
Product Description:
For maximum pressures and difficult conditions
Low flow losses
Non-metallic valve ring with superior damping properties
Temperature resistant up to 300ºC (572ºF)
The HOERBIGER HPV valve is specifically designed for use under difficult conditions. Whether the use involves chlorine, hydrocarbons, hydrogen, noble gases or methane – the HPV valves satisfy virtually all the requirements of the natural gas, chemical, petrochemical and pharmaceutical industries as well as of the food and electronics industries. The wide range of uses includes reciprocating and diaphragm compressors as well as cooling equipment, for example for cooling the gas of turbo-generators or for mixing gases.
High pressures, operation without added lubrication or high temperatures do not impair the function of the valve. The profiled valve ring made of the carbon-filled, high-temperature-resistant and non-metallic synthetic material polyetherketone (PEK), which has a melting point of higher than 370ºC (698ºF), allows the valve to be used at an operating temperature as high as 300ºC (572ºF). The maximum pressure is 800 bar and, depending on the temperature, the differential pressure ranges between 200 and 400 bar.
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HOERBIGER HPV valves are available in graduated diameters from 19 to 57 mm (0.75 to 2.24 inches) and depending of the model, the valve lift, together with the spring plate produced from wear-resistant spring steel, varies between 0.6 and 2.0 mm (0.02 and 0.08 inches). This makes the robust valves suitable for compressors with rotational speeds of up to 1800 rpm. The material selection and design are based on the higher benefit for the customers.
A HOERBIGER REE Review was directed in mid-November 2015 to really look at the plant's unwavering quality, effectiveness and natural sufficiency. One significant outcome was that the HOERBIGER HydroCOM framework could work on the general scope of activities as well as decrease throb and vibration. By taking a broad perspective - as called for in REE Review - the HOERBIGER group had the option to address numerous different chances to redesign the blowers. Expanded proficiency on account of HydroCOM The refreshed blowers have been working since November 2016. The plant's proficiency has altogether expanded with HOERBIGER HydroCOM. The blowers can be worked anyplace between 18% and 100%, so we can exactly control the gas tension for the turbine and not squander strength. Beforehand, the blowers could run at 50%, 75% or 100%. Expanded security That's what another large update is, interestingly, the blowers can be completely worked from the control room. Besides, the controls are currently safer, since HOERBIGER overhauled the controls correspondence to run on a fiber optic correspondence link straightforwardly from the blowers to the control room - dispensing with correspondence through the Web. For Tiverton Power, the better blowers have likewise added another level of functional strength and plant unwavering quality.