Product Specification:
Maximum Pressure | 350 bar |
Pressure Differential | 150 bar |
Temperature Range | -20 Degree C (-4 Degree F) +250 Degree C (+482F) |
Product Description:
For use in short-stroke compressors at high rotational speedsHigh efficiency and long service...Product Specification:
Maximum Pressure | 350 bar |
Pressure Differential | 150 bar |
Temperature Range | -20 Degree C (-4 Degree F) +250 Degree C (+482F) |
Rotational Speed | 1800 rpm |
Size | 2.8 mm (0.11 inch) |
Diameters between | 64 and 221 mm (2.5 and 8.7 inches |
Product Description:
For use in short-stroke compressors at high rotational speeds
High efficiency and long service life
Resistant to gas impurities and oil sticktion
High operating temperatures
The HOERBIGER CT valve is suitable for virtually all applications that employ short-stroke, high-speed gas compressors. Primary fields of operation include the transport, production and storage of natural gas. The valves also operate reliably and efficiently in a wide variety of processes in refineries and in the chemical and petrochemical industries.
The design has been tested in practice for years. The plastic valve plate, in conjunction with a spring wave washer, mitigates the opening impact. At high rotational speeds, the spring wave washer prevents oil sticktion of the valve plate. Closing springs on the outside guarantee largely wobble-free valve plate movement and consequently long valve service lives. The seat and flow guidance are resistant to conventional gas impurities. The CT valve can be used both in lubricated and non-lubricated operation.
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The valve allows operation up to 1,800 rpm at an operating pressure of up to 350 bars, with a maximum differential pressure of 150 bar. The maximum operating temperature of 250ºC and diameters between 64 and 221 mm (2.5 and 8.7 inches), with a maximum lift of 2.8 mm (0.11 inch), allow a wide spectrum of applications. With the HOERBIGER HydroCOM, continuously controlled operation is possible.
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.