The basic composition of hydraulic station:
Motor: An electric motor that provides driving force.
Pump: A hydraulic pump that converts mechanical energy into hydraulic energy.
Tank: A container for storing hydraulic oil.
Air-cooled radiator: Integrated air-cooled cooling system for cooling hydraulic oil.
Control valve: Controls the valves of the hydraulic system to achieve various movements and functions.
Oil filter: Used to filter hydraulic oil to ensure the cleanliness of the oil in the system.
How it works:
An electric motor drives a hydraulic pump to pump hydraulic oil from the tank into the system.
Hydraulic oil is pressurized in the system for flow control through control valves to perform specific mechanical movements or functions.
After the hydraulic oil passes through the system, it enters the air-cooled radiator and dissipates heat through the fan to cool down the overheated hydraulic oil.
The cooled hydraulic oil flows back to the tank, forming a cycle.
Air cooling cooling system features:
No water source: Compared with the water cooling system, the air cooled hydraulic station does not need external water source, so it is more suitable for some occasions with harsh environmental conditions.
Easy maintenance: the air cooling system is relatively simple, and the maintenance and cleaning are convenient.
Space saving: No additional cooling equipment is required, so space can be saved.
Application Areas:
Hydraulic station with air cooling is widely used in all kinds of machinery and equipment that need hydraulic power, such as injection molding machines, pressure machinery, machine tools, etc.
Custom design:
Hydraulic station designs are often tailored to specific applications and customer requirements to meet specific performance and operating conditions.
The air-cooled hydraulic station is a flexible and efficient hydraulic power system for a variety of industrial applications that require hydraulic power.
