3,200 PSI Max Relief Pressure Makes This Electric Hydraulic Power Unit a True Workhorse

This VEVOR unit can handle a maximum relief pressure of 3,200 psi and a working pressure range of 16 to 20 MPa. It provides the steady, high-force output that heavy industrial and mobile lift applications really need. Dump trailers that are full, car-lifting platforms, and scissor lifts all get steady hydraulic pressure that doesn't significantly change or drop during the cycle.

The factory-set relief valve runs continuously in the background, relieving excess pressure as soon as system limits are reached. This passive over-pressure protection prevents expensive cylinder blowouts, burst hoses, and broken fittings before they happen, greatly increasing the service life of every hydraulic component connected to the equipment through thousands of repeated raise-and-lower cycles during its working life.

1.6 kW DC 12V Motor Powers With Zero Warm-Up Time

The 1.6 kW motor runs on a standard DC 12V supply. It connects directly to truck batteries, trailer wiring harnesses, and portable power sources without requiring any extra step-down converters or voltage-regulation hardware. As soon as the operator starts a lift sequence, the cylinder quickly receives working hydraulic pressure. The machine reaches full operating speed in seconds after being turned on.

This electric hydraulic power unit runs on 12 volts, which means it fits right in with the electrical systems already in place in pickup trucks, utility trailers, and service vehicles. You don't need to build a separate power supply or run special high-voltage wiring. Two clearly marked power leads connect to the existing onboard battery, and the pump is ready to work in the field right away.

0.91 GPM Flow Rate Gives Controlled Lifting Precision

A flow rate of 0.91 gallons per minute gives the precise lifting equipment the controlled, metered cylinder extension speed it needs to safely and accurately place loads. Scissor lifts, lift tables, and car platforms all work better when they move slowly and evenly rather than suddenly surging under hydraulic pressure. This pump's calibrated output delivers a smooth, consistent movement from fully retracted to fully extended cylinder positions.

Keeping a steady 0.91 GPM, no matter how heavy the load, also means cycle times stay the same for every job throughout the workday. Operators can confidently standardize lift sequences because the pump operates the same way every time, whether it's lifting a small load or operating near the maximum rated capacity of the connected hydraulic cylinder, shift after shift.

10-Quart Steel Reservoir Keeps Thermally Stable

The 10-quart metal reservoir holds enough fluid to absorb and release heat effectively during long back-to-back duty cycles. This keeps the hydraulic oil temperature within the viscosity range required by the pump internals and seals. Compared to smaller tanks, tanks with more fluid capacity slow down the rate of thermal rise. This means that heat-related fluid degradation and seal failure occur less often, resulting in shorter pump service intervals.

The tank is made of rust-resistant steel all around, so it can withstand constant vibration, moisture, UV exposure, and physical impacts without cracking, warping, or developing corrosion-related leaks. The hard shell completely seals the fluid environment, keeping the hydraulic oil clean and free of air contamination. These two factors determine how reliable the pump will be in the long run and how well the system will perform across many applications.

Single-Acting Design Streamlines Hydraulic Circuit

Single-acting operation eliminates an entire layer of valve complexity from the hydraulic circuit by directing powered hydraulic flow only to the cylinder extension stroke and relying on gravity for retraction. Fewer powered strokes mean fewer solenoids, fewer high-pressure connections, and fewer places where leaks could happen in the system. This makes installation easier and requires less regular maintenance over its lifetime.

Gravity-return lowering also has a safety benefit that double-acting systems typically can't match. If power to the vehicle suddenly fails while the dump trailer is being raised or the car is being lifted, the load will slowly and predictably go down under manual valve control, rather than locking in place under pressure or falling freely. This gives operators a safe, reliable way to recover the load, regardless of electrical issues encountered in the field.

Pre-Assembled Construction Gets the Electric Hydraulic Power Unit Running in 30 Minutes

This electric hydraulic power unit comes as a fully integrated assembly that includes the motor, pump body, 10-quart reservoir, directional valve, and relief mechanism. This means you don't have to spend hours sourcing, fitting, and assembling parts for custom hydraulic builds. Users can set up a fully functional system in about 30 minutes without needing hydraulic certifications, special tools, or professional help. They need to add hydraulic oil, connect two power leads, and attach hydraulic hoses.

Every hydraulic connection point features SAE #6 standard port fittings that work with many common hose ends available at industrial supply stores, farm equipment dealers, and hydraulic specialty stores nationwide. This universal compatibility means you don't need to buy custom adapters to install the system. From the first cycle the pump completes, it will have leak-free hydraulic connections that can handle full operating pressure.

Multi-Equipment Compatibility Makes a Versatile Asset

This unit can power dump trailers, liftgates, scissor lifts, lift tables, small industrial presses, or bucket conveyors. It replaces the need for separate pumps for different types of equipment in the same shop or fleet. By moving hydraulic hoses between machines as needed, one pump can power a wide range of hydraulic equipment as needed.

This electric hydraulic power unit is small enough to fit in tight spaces where larger units can't, such as under-frame trailer cavities, narrow truck-bed compartments, and tight machinery enclosures. Independent operators, small fabrication shops, and mobile contractors all get industrial-grade hydraulic output that is small enough to take with them wherever they go, without sacrificing lifting power.