Enerpac PACG50S8S Turbo II Pump 5000 Series 2 gal w/ Gauge

Model: PACG50S8S | ECCN:EAR99 | Harmonization:8413500080

Series: PACG | Product Line: Workholding Tools

Enerpac PACG Air Hydraulic Pumps are for designed for intermittent to medium duty workholding applications up to 5,000 psi. Valve mount options include, remote, and mountings for DO3 and VP valves.

Enerpac Turbo II Air Over Hydraulic Pumps generate the hydraulic pressure you need using the air pressure you have available. The Air Saver Piston reduces air consumption, and the pump can start at low pressures from 50-125 psi.

Turbo II Air-Hydraulic Pumps are best suited to medium or lower cycle applications. They provide the power and speed needed for simple clamping circuits and mostly single acting tools. At only 75 dBA, the Turbo II Series helps to keep the noise level to a minimum.

Choose from a range with maximum working pressure of either 5,000 or 10,000psi, and various reservoir capacities from 116 - 462 in3 (2100 - 7500 cm3).

Turbo II Air Over Hydraulic Pump Series:

• PATG - Treadle for foot or hand operation
• PARG - Pendant Operation
• PAMG - Manual lever operated. For double-acting applications
• PACG - For remote valve mount. For workholding, 5000 psi (350 bar).
• PASG - Includes mount for a single DO3 Valve. For workholding, 5000 psi (350 bar).

• On-demand stall-restart operation maintains system pressure, providing clamping security
• External adjustable pressure relief valve (behind sight glass)
• Internal pressure relief valve provides overload protection
• Reduced noise level to 75 dBA
• Operating air pressure: 50-125 psi - enables pump to start at low air pressure**
• Hydraulic to air ratio: 45:1
• Reinforced heavy-duty lightweight reservoir for applications in tough environments
• Five valve mounting options provide flexibility in setup and operation
• Fully serviceable air motor assembly
• User supplied valves

** NOTE: From 50-125 psi air inlet pressure. Performance is significantly diminished below 50 psi. Performance may vary compared to listed values due to seal friction, internal pressure drops and manufacturing tolerances. Be sure to allow some flexibility on air inlet pressure.