Harwood Engineering Company Double Acting Intensifier

Description
Harwood's double-acting intensifiers provide increased efficiency in pumping by utilizing two separate high pressure pistons powered by opposite strokes of a single low pressure piston.  Each traverse of the piston assembly acts as a filling stroke for one end of the intensifier while providing compressive power for the opposite end.  Not only is wasted time in intake stroke eliminated; there is a considerable gain in uniformity of high pressure output over that of the single-acting intensifier. Both single and double-acting intensifiers in multiple arrangements may be synchronized to provide high pressure output free of pressure fluctuations with Harwood's patented "Pipless Pumping Systems".
Description
Harwood's double-acting intensifiers provide increased efficiency in pumping by utilizing two separate high pressure pistons powered by opposite strokes of a single low pressure piston.  Each traverse of the piston assembly acts as a filling stroke for one end of the intensifier while providing compressive power for the opposite end.  Not only is wasted time in intake stroke eliminated; there is a considerable gain in uniformity of high pressure output over that of the single-acting intensifier. Both single and double-acting intensifiers in multiple arrangements may be synchronized to provide high pressure output free of pressure fluctuations with Harwood's patented "Pipless Pumping Systems".

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Description
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Double Acting Intensifier -  - Harwood Engineering Company
Walpole, MA, USA
Double Acting Intensifier
Double Acting Intensifier
Harwood's double-acting intensifiers provide increased efficiency in pumping by utilizing two separate high pressure pistons powered by opposite strokes of a single low pressure piston.  Each traverse of the piston assembly acts as a filling stroke for one end of the intensifier while providing compressive power for the opposite end.  Not only is wasted time in intake stroke eliminated; there is a considerable gain in uniformity of high pressure output over that of the single-acting intensifier. Both single and double-acting intensifiers in multiple arrangements may be synchronized to provide high pressure output free of pressure fluctuations with Harwood's patented "Pipless Pumping Systems".

Harwood's double-acting intensifiers provide increased efficiency in pumping by utilizing two separate high pressure pistons powered by opposite strokes of a single low pressure piston.  Each traverse of the piston assembly acts as a filling stroke for one end of the intensifier while providing compressive power for the opposite end.  Not only is wasted time in intake stroke eliminated; there is a considerable gain in uniformity of high pressure output over that of the single-acting intensifier.

Both single and double-acting intensifiers in multiple arrangements may be synchronized to provide high pressure output free of pressure fluctuations with Harwood's patented "Pipless Pumping Systems".

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Technical Specifications

  Harwood Engineering Company
Product Category Pressure Intensifiers and Boosters
Product Name Double Acting Intensifier
Technology Type Hydraulic
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