Hand pumps for fixing to tank
Manual Hydraulic Pump with Integrated Reservoir
The compact and mobile manual pump with an integrated oil reservoir can serve as the main power source or as an emergency backup unit. The pump operates through a reciprocating lever motion, which actuates the pump piston and transfers hydraulic oil into the system, thereby generating working pressure. These hand pumps for fixing to tank are easy to mount using standard bolts and can be equipped with various types of oil reservoirs (steel or aluminum-plastic) with capacities ranging from 1.0 liter up to 20 liters.
Our product offering includes manual pumps designed for use with the following types of hydraulic cylinders:
- Single-acting cylinders
The pump draws oil from the reservoir and delivers it under pressure into the connected hydraulic system with each pump stroke. Pressure release is handled via manual knobs or levers, and an integrated pressure relief valve protects the application from overpressure conditions. - Double-acting cylinders
Similar in operation to single-acting pumps, but equipped with a built-in directional control valve to reverse the oil flow direction, allowing for both extension and retraction of the cylinder.
Manual hydraulic pumps are available in various configurations — from models with pressure relief valves and manual release controls, to advanced options compatible with drill-driven operation. Robust pump housings and corrosion-resistant reservoir designs ensure reliable performance across demanding industrial applications.
When selecting a hand pump for fixing to a tank, key considerations include the pump’s delivery rate per cycle (i.e., the volume of oil pumped during a single lever stroke), and the required or allowable system pressure to avoid potential damage. It is also important to match the type and capacity of the oil reservoir appropriately: a reservoir that is too small may require frequent refilling, while an oversized tank may unnecessarily increase the size, weight, and cost of the system.
