A hydraulic power pack is a device that converts mechanical power into hydraulic energy, and it consists of a motor, hydraulic pump, control valves, a reservoir and other components. The hydraulic power pack is used in a variety of different industries including manufacturing, construction and automotive. This article will explore how hydraulic power packs work and what they are used for.
How does a hydraulic power pack work?
The basic principle behind a hydraulic power pack is the use of fluid pressure to generate power. This fluid is then used as a medium to transmit the energy generated by the motor to the hydraulic pump. The hydraulic pump, in turn, converts the mechanical energy into hydraulic energy by pressuring the fluid which is then used to power various hydraulic elements such as cylinders, motors, and valves.
The motor of the hydraulic power pack is typically an electric or internal combustion engine. The motor is connected to the hydraulic pump through a coupling or a belt and the hydraulic pump is responsible for generating the pressure required to power the hydraulic actuators.
The hydraulic pump is available in different types including gear pumps, vane pumps, and piston pumps. To view a range of hydraulic power packs and units visit a specialist site such as https://www.hydraproducts.co.uk which also offers expert advice.
Which industries use hydraulic power?
The technology behind fluid power is used in a wide range of industries and in 2021, it was estimated to be worth around £950 million in the UK alone. Hydraulic power is used in the following industries:
Construction
Hydraulic power packs are used in bulldozers and excavators when heavy loads need to be moved or lifted.
Agriculture
As with construction, the hydraulic power pack can drive tractors and other machinery that lifts and transports heavy loads.
Automotive
Hydraulic power is used in many garages to lift cars up so they can be fixed from a different angle.
Fishing
Tasks on fishing boats such as lifting large quantities of fish are made much easier by the use of hydraulic power.
