Series ASL Liquid Pumps |
The Parker Autoclave ASL series of pumps are grouped around the 6 inch air piston and then by the actual ratio of air to hydraulic pressure. Inside that group are both single and double air-drive pistons (denoted by the -01 or -02 in model number). A double air piston can increase the liquid output pressure or decrease the required air pressure to get the same amount of “work” from the pump. All Autoclave pumps utilize All-Stainless Steel wetted parts with an All-Aluminum air housing.
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Applications |
Applications include hydrostatic testing of valves, tanks, pressure vessels, pressure switches, hose, piping, and tubing. |
Quick Links |
Operation & Maintenance Manuals
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Location Path |
Standard ASL Series 6” Air-Driven High Pressure Liquid Pumps | |
Series ASL10-01 High Flow, Low Pressure Single Piston Air-Driven Fill Pump
• Actual Air to Liquid Pressure Ratio = 1:11 • Flow Rate @ 1 psi = 5 GPM (19 LPM) • Maximum Outlet Pressure = 1,600 psi (110 bar)
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Series ASL25-01 High Flow, High Pressure, Double Acting, Dual Piston Air Driven Liquid Pump
• Actual Air to Liquid Pressure Ratio = 1:28 • Flow Rate @ 1 psi = 2.3 GPM (8.7 LPM) • Maximum Outlet Pressure = 4,100 psi (283 bar)
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Series ASL35-01 High Flow, High Pressure, Double Acting, Dual Piston Air Driven Liquid Pump
• Actual Air to Liquid Pressure Ratio = 1:39 • Flow Rate @ 1 psi = 1.4 GPM (5.3 LPM) • Maximum Outlet Pressure = 5,600 psi (386 bar)
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Series ASL35-02 Single Acting , Dual Piston Air-Driven Hydraulic Pump
• Actual Air to Liquid Pressure Ratio = 1:78 • Volume Displacement per Stroke = 1.50 in³ (24.6 cm³) • Maximum Outlet Pressure = 11,200 psi (772 bar)
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Series ASL60-01 Single Acting, Low Pressure Single Piston Air-Driven Hydraulic Pump
• Actual Air to Liquid Pressure Ratio = 1:70 • Volume Displacement per Stroke = 0.84 in³ (13.7 cm³) • Maximum Outlet Pressure = 10,000 psi (690 bar)
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Series ASL60-02 Single Acting , Dual Piston Air-Driven Hydraulic Pump
• Actual Air to Liquid Pressure Ratio = 1:144 • Volume Displacement per Stroke = 0.84 in³ (13.8 cm³) • Maximum Outlet Pressure = 20,000 psi (1,379 bar)
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Series ASL100-01 Single Acting, High Pressure, Single Piston Air-Driven Liquid Pump • Actual Air to Liquid Pressure Ratio = 1:113 • Volume Displacement per Stroke = 0.52 in³ (8.5 cm³) • Maximum Outlet Pressure = 15,000 psi (1034 bar)
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Series ASL100-02 Single Acting, High Pressure, Double Piston Air-Driven Liquid Pump • Actual Air to Liquid Pressure Ratio = 1:226 • Volume Displacement per Stroke = 0.52 in³ (8.5 cm³) • Maximum Outlet Pressure = 31,000 psi (2137 bar)
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Series ASL150-01 Single Acting, High Pressure, Single Piston Air-Driven Liquid Pump • Actual Air to Liquid Pressure Ratio = 1:150 • Volume Displacement per Stroke = 0.39 in³ (6.4 cm³) • Maximum Outlet Pressure = 21,500 psi (1482 bar)
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Series ASL150-02 Single Acting, High Pressure, Double Piston Air-Driven Liquid Pump • Actual Air to Liquid Pressure Ratio = 1:300 • Volume Displacement per Stroke = 0.39 in³ (6.4 cm³) • Maximum Outlet Pressure = 43,000 psi (2965 bar)
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Series ASL250-01 Single Acting, High Pressure, Single Piston Air-Driven Liquid Pump
• Actual Air to Liquid Pressure Ratio = 1:265 • Volume Displacement per Stroke = 0.22 in³ (3.6 cm³) • Maximum Outlet Pressure = 38,400 psi (2648 bar)
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Series ASL400-01 Single Acting, High Pressure, Single Piston Air-Driven Liquid Pump
• Actual Air to Liquid Pressure Ratio = 1:398 • Volume Displacement per Stroke = 0.14 in³ (2.3 cm³) • Maximum Outlet Pressure = 57,700 psi (3978 bar)
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Series ASL400-02 Single Acting, High Pressure, Double Piston Air-Driven Liquid Pump
• Actual Air to Liquid Pressure Ratio = 1:796 • Volume Displacement per Stroke = 0.14 in³ (2.3 cm³) • Maximum Outlet Pressure = 60,000 psi (4137 bar)
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