The Groz V25 Rotary Barrel Pump is a heavy-duty manual rotary pump designed for transferring oils and other suitable non-corrosive fluids from drums and barrels. Its dual-direction operation allows the pump to both empty and refill containers simply by reversing the handle.
The pump features a rugged cast-iron construction with machined vanes for improved fluid draw and smoother delivery. It has a 1-inch threaded pump inlet and comes with a 3-piece rigid suction tube, making it suitable for 50–205 litre (15–55 gallon) drums.
With a delivery rate of approximately 5 litres per 20 turns, the V25 is suitable for general-purpose lubrication and fluid transfer applications in automotive workshops, farms, construction sites and industrial maintenance environments.
Features & Specifications
Brand: Groz
Model: V25
Product Type: Rotary Barrel Pump
Operation: Manual Rotary
Direction: Dual Directional
Flow Rate: 5 Litres / 20 Turns
Pump Inlet: 1 Inch
Suction Tube: 3-Piece Rigid Suction Tube
Suitable Drum Size: 50–205 Litres / 15–55 Gallons
Pump Construction: Rugged Cast Iron
Machined Vanes: Yes
Wetted Components: Steel, Cast Iron, NBR
Recommended Fluids: Diesel, kerosene, heating oils, fuel oil, motor oils and lubricating oils up to SAE 90
Application: Oil & Fluid Transfer
Operation Type: Hand Operated
Heavy-Duty Design: Yes
Weight: Approximately 6.6 kg
Key Features
Dual-Directional Operation – Pump can empty as well as refill containers by reversing the handle.
5L/20 Turns Output – Provides efficient manual fluid transfer with approximately 5 litres delivered per 20 turns.
Heavy-Duty Cast-Iron Body – Rugged construction designed for demanding workshop and industrial use.
1-Inch Threaded Inlet – Designed for compatible drums and barrel installations.
3-Piece Rigid Suction Tube – Suitable for use with 50–205 litre drums.
Smooth Fluid Delivery – Precisely machined vanes assist with better draw and smoother delivery.
Versatile Applications – Suitable for automotive, agriculture, construction and general lubrication applications.
