Hydraulic pump PI4 Breaker

What it is

The hydraulic pump PI4 by Breaker is a submersible pump with a VORTEX impeller, designed to meet the toughest demands on building sites and in industrial applications. Thanks to its advanced technology, it efficiently handles water laden with solids and stringy materials, minimising impeller wear and ensuring consistent performance even in critical conditions.

A hydraulic submersible pump is a dirty-water pump driven by a hydraulic motor, which takes pressurised oil from a power pack or a machine, such as an excavator, instead of using mains electricity.

What it is for

Used for water drainage and for pumping water out of excavations, tanks and sumps.

How to use it

Connect it to the hydraulic hoses of the machine or power pack using the quick couplings, observing the stated pressure and flow rate. Lower it on a rope to the lowest point, resting on solid ground, and connect the delivery hose. Check that there are no oil leaks and that it does not run dry.

Where it is used

• Earthmoving and excavation
• Water engineering works
• Civil protection

Technical data

• Weight (kg): 26,7
• Oil flow rate, l/min: 20 - 40
• Operating pressure (bar): 120/170
• Capacity: 3400 l/min

Who it is for

Designed for site managers, excavator operators and construction workers.

Related products

• Pump PA2 Breaker
• Hydraulic pump PI3 Breaker
• Aquapop extendable hose — from the category Water Hoses and Layflat Hoses
• Generator G16500YEO Genmac — from the category Portable and Wheeled Generating Sets
• High-tenacity nautical braided rope — from the category Synthetic Ropes and Lines
• Browse the whole category: Electric and Engine-Driven Pumps for Dirty Water and Wastewater

Before you order

In your request, please state the rated load or flow rate and the quantities required, so we can give you the right quotation first time.

For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.