Edwards Vacuum EH Mechanical Booster Pump EH4200C

Description
The EH mechanical booster pump, based on the simple Roots principle, remains the favourite pump for applications where high pumping speeds are required for pressures in the region of 0.01 to 10 mbar. This pump must always be backed by another pump, which can deliver against a high-pressure differential to atmospheric pressure. Operating at relatively low pressures, the mechanical booster pump is not exposed to the same concentrations of corrosive process media as is the backing pump, which makes it highly reliable. The EH4200C mechanical booster pump has been certified for use in CSA Division 1 area, Gas Class I, Group C D and Dust Class II Group F G, Temperature Class T3C. The temperature classification of the pump is based on the outlet pressure of the pump being maintained below the critical backing pressure of 10 mbar (1 x 103 Pa) at zero flow.
Description
The EH mechanical booster pump, based on the simple Roots principle, remains the favourite pump for applications where high pumping speeds are required for pressures in the region of 0.01 to 10 mbar. This pump must always be backed by another pump, which can deliver against a high-pressure differential to atmospheric pressure. Operating at relatively low pressures, the mechanical booster pump is not exposed to the same concentrations of corrosive process media as is the backing pump, which makes it highly reliable. The EH4200C mechanical booster pump has been certified for use in CSA Division 1 area, Gas Class I, Group C D and Dust Class II Group F G, Temperature Class T3C. The temperature classification of the pump is based on the outlet pressure of the pump being maintained below the critical backing pressure of 10 mbar (1 x 103 Pa) at zero flow.

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Company
Product
Description
Supplier Links
EH Mechanical Booster Pump - EH4200C - Edwards Vacuum
Crawley, West Sussex, United Kingdom
EH Mechanical Booster Pump
EH4200C
EH Mechanical Booster Pump EH4200C
The EH mechanical booster pump, based on the simple Roots principle, remains the favourite pump for applications where high pumping speeds are required for pressures in the region of 0.01 to 10 mbar. This pump must always be backed by another pump, which can deliver against a high-pressure differential to atmospheric pressure. Operating at relatively low pressures, the mechanical booster pump is not exposed to the same concentrations of corrosive process media as is the backing pump, which makes it highly reliable. The EH4200C mechanical booster pump has been certified for use in CSA Division 1 area, Gas Class I, Group C D and Dust Class II Group F G, Temperature Class T3C. The temperature classification of the pump is based on the outlet pressure of the pump being maintained below the critical backing pressure of 10 mbar (1 x 103 Pa) at zero flow.

The EH mechanical booster pump, based on the simple Roots principle, remains the favourite pump for applications where high pumping speeds are required for pressures in the region of 0.01 to 10 mbar. This pump must always be backed by another pump, which can deliver against a high-pressure differential to atmospheric pressure.
Operating at relatively low pressures, the mechanical booster pump is not exposed to the same concentrations of corrosive process media as is the backing pump, which makes it highly reliable.

The EH4200C mechanical booster pump has been certified for use in CSA Division 1 area, Gas Class I, Group C D and Dust Class II Group F G, Temperature Class T3C. The temperature classification of the pump is based on the outlet pressure of the pump being maintained below the critical backing pressure of 10 mbar (1 x 103 Pa) at zero flow.

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Technical Specifications

  Edwards Vacuum
Product Category Vacuum Pumps and Vacuum Generators
Product Number EH4200C
Product Name EH Mechanical Booster Pump
Vacuum Pump Type Mechanical
Configuration Individual Vacuum Pump
Application Industrial; Scientific; Manufacturing; Pharm/Sanitary; Semiconductor; Metallurgy, Coating
Pumping Speed 1823 to 2931 CFM (3100 to 4985 m³/hr)
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