VEVOR Electric Driven Hydraulic Pump, 750W 10,000 PSI, 120V Double Acting Hydraulic Pump Power Pack Unit, Solenoid Valve with Pedal Switch, 2.1 Gal / 8L, for Punching, Bending, Double Acting Cylinders

120V Electric Hydraulic Pump with 750W Motor for 10,000 PSI Max Pressure Output

For heavy-duty industrial tasks such as punching, bending, pressing, straightening, and cutting, the VEVOR 120V electric hydraulic pump features a 750W motor that delivers up to 10,000 PSI of hydraulic pressure. This unit operates on standard 120V power and can connect directly to shop and garage circuits without the need for a separate high-voltage supply or equipment to convert the voltage.

With a maximum pressure of 10,000 PSI, this pump provides the output needed for many hydraulic applications. This pressure level is high enough to drive cylinders used in ironworking, frame repair, and metal fabrication tasks that require higher hydraulic pressure. The 750W motor is designed for continuous operation under normal working conditions.

Double-Acting Solenoid Valve and Foot Pedal Switch for Hands Free Cylinder Control

A foot pedal switch on this 120V electric hydraulic pump opens the solenoid valve and stops hydraulic flow as soon as it is released. This control arrangement lets you use both hands to move the workpiece, guide the tool, or control the cylinder during operation. With manual valves, one hand has to hold the valve handle during the working move, so this hands-free control is better for workflow.

When you press down on the foot pedal, the solenoid valve precisely controls the double-acting cylinder, driving both the extension and retraction strokes through the same valve body. When working with precision bending or pressing, the solenoid mechanism’s responsive stop-on-release operation keeps the cylinder at a set extension point or quickly reverses its direction. This is because the valve response would cause lag or overshoot.

8.2 ft Anti-Burst Hose with NPT 3/8″ Port for Long-Reach Operation

The pump comes with an 8.2 ft (2.5 m) high-pressure hose made of three layers of steel wire reinforcement and a rubber outer jacket. This hose has a burst pressure rating of 175 MPa, which is much higher than the pump’s 10,000 PSI (68.9 MPa) working pressure, providing a substantial safety margin. The steel wire reinforcement prevents the hose from expanding under pressure, which would reduce response accuracy, thereby helping maintain hose stability.

The 8.2-foot-long hose lets the pump unit be stored away from the work area, such as in a truck bed, a shop floor shelf, or a nearby area, while the cylinder operates on-site. Compatible with many hydraulic cylinders and fittings that use NPT 3/8″ connections. This means you can connect them directly without needing special adapters for most existing cylinder setups.

2.11 Gal / 8L Oil Reservoir with Sight Glass for Uninterrupted High-Volume Use

The 2.11-gallon (8L) oil reservoir holds enough hydraulic fluid to keep working for extended periods on large-cylinder or multi-cycle tasks without stopping to refill. Compatible with hydraulic oils rated 15–32# from an industrial supply store, the reservoir is compatible with them.

The body of the reservoir has a sight glass window that lets the user see how much oil is in it before and during use without removing the filler cap or stopping the pump. Running a hydraulic pump without enough oil can damage the pump and cause inconsistent pressure. The sight glass helps reduce the risk by allowing you to check the oil level visually rather than stopping the pump to access it. This monitoring feature is particularly valuable during long, continuous sessions where oil consumption is gradual and easy to overlook.

120V Electric Hydraulic Pump with Dual Scale Pressure Gauge for Precise Monitoring

This 120V electric hydraulic pump has a built-in pressure gauge that displays readings in both PSI and MPa on a dual-scale dial ranging from 0 to 100 MPa. This lets the user see the working pressure in real time and set the hydraulic system to the exact pressure needed for the job. Accurate pressure monitoring helps prevent over-pressurizing compatible tools and cylinders.

The gauge lets the operator verify that the system pressure remains within each part’s rated range before and during operation. This is useful when different tools or cylinders in the same setup have different maximum pressure ratings. The dial-type gauge provides an instant, at-a-glance reading of the pressure without the need for a digital readout or a powered display system. The analog dial remains easy to read without requiring power.

8 L/min Maximum Flow Rate for Fast Lift and Return Cycle Performance

The pump’s maximum flow rate is 8 liters per minute, which determines how quickly the hydraulic cylinder moves during each working stroke. When the pressure remains constant, a higher flow rate makes the cylinder move faster. This reduces the time between work strokes in repetitive punching, bending, or pressing cycles, thereby shortening cycle times.

With a flow rate of 8 L/min, this pump enables a wide range of double-acting cylinders to move quickly. It does this without the slow stroke speed associated with lower-flow pumps, which lengthens cycle time on larger-bore cylinders. The 8 L/min flow rate supports faster cylinder movement during repeated operations. This is helpful for shop fabricators who bend or punch parts more than once, and for maintenance technicians who press-fit or straighten parts repeatedly.

Metal Housing and Corrosion Resistant Reservoir for Industrial-Grade Durability

The pump unit has a metal housing that protects the motor, valve parts, and electrical connections from bumps, fluids, and debris common in busy workplace and job site settings. The metal housing helps protect internal components from impacts commonly encountered in workshops.

The corrosion-resistant reservoir is designed to withstand long-term exposure to hydraulic fluid and workshop environments. Together, the metal housing and corrosion-resistant reservoir provide long-lasting protection for the pump in demanding workshop environments.