About This Product
This hydraulic ram pump is a brilliant solution for moving water uphill without any electricity or fuel.
It uses the force of falling water to pump a portion of that water to a much higher elevation, so it's perfect for remote mountain farms, forest areas, or off-grid properties.
The 32-type model works best with a drop from the water source of 1 to 12 meters (ideally 3 to 7 meters), and it can push water significantly higher than the inlet.
Installation is straightforward—you need a rigid inlet pipe on a downward slope (no sharp bends), and you can use a hose for the outlet.

The purely mechanical design is automatic and maintenance-free once set up, running 24/7 without any supervision.
The structure is durable, with minimal wear parts, and it's built to last up to 30 years in rugged mountain environments.
You just open the inlet valve, close the outlet, and manually press the drain valve screw a few times to get it started—then it runs on its own.
It's a game-changer for terraced crops, forest irrigation, and remote homesteads where power is unreliable or non-existent.

Tough, reliable, and zero operating costs.
This hydraulic ram pump is engineered for off-grid water pumping in mountainous areas.

It requires no electricity, fuel, or solar power—just flowing water.
The 32-type model has a 6-point (3/4 inch) inlet and 4-point (1/2 inch) outlet, with a recommended drop of 1 to 12 meters.
It can deliver water to high elevations, making it ideal for terrace farming, forest irrigation, and livestock watering.
The all-mechanical construction is simple, durable, and low-maintenance, with a service life of up to 30 years.
It operates automatically, cycling continuously without human intervention.

Installation requires a rigid downward-sloping inlet pipe and a flexible outlet hose.
Adjust the weight on the drain valve for optimal performance (about one pulse per second).
Perfect for areas with unreliable power or no grid access.
A sustainable, cost-effective solution for rural agriculture and forestry.
