Hydraulic Engine Crane

A hydraulic engine crane is commonly used to control the flow of oil to hydraulic lifts (hydraulic compensators) or other engine components. Hydraulic cranes allow you to adjust the clearances and operation of various mechanisms inside the engine, ensuring optimal working conditions.

Here's how a hydraulic engine crane is usually arranged:

Body: It is the outer body of the crane that is installed in the motor.

Adjusting screw or lever: This element provides the ability to regulate the flow of oil through the valve, which allows you to change the performance of the mechanisms inside the engine.

Hydraulic Channel: Inside the faucet, there is a hydraulic channel through which the oil passes. The oil flow is regulated by means of an adjusting screw or lever.

Seals: Seals are usually installed to prevent oil leaks from the faucet.

Hose Connection Ports: A faucet usually has hydraulic hose connection ports that connect it to other parts of the engine.

The principle of operation of a hydraulic engine crane is that with the help of an adjusting screw or lever, you can change the flow rate of oil entering the hydraulic lift or other units. This makes it possible to correct clearances and ensure the proper functioning of various parts of the engine. Hydraulic cranes are commonly used in machinery with hydraulic systems, such as automobiles, where they help ensure that the engine runs more efficiently and lastingly.