| Certification: | GS, RoHS, CE, ISO9001 |
|---|---|
| Pressure: | High Pressure |
| Work Temperature: | Normal Temperature |
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Hydraulic Steering Cylinder for Mobile Cranes
A mobile crane steering cylinder is a hydraulic component that is part of the steering system of a mobile crane. It plays a crucial role in allowing the operator to control the direction of the crane by actuating the steering mechanism.
Here's how the mobile crane steering cylinder works:
Hydraulic Power: A hydraulic system typically powers The mobile crane steering system. The steering cylinder receives pressurized hydraulic fluid from the crane's hydraulic pump.
Cylinder Design: The steering cylinder consists of a cylindrical barrel with a piston and rod assembly inside. The cylinder is usually double-acting, which can exert force in both directions.
Mounting and Connection: The steering cylinder is mounted onto the crane's chassis or steering mechanism. It is connected to other steering system components, such as the steering linkage, tie rod, or steering gear.
Steering Input: When the operator turns the steering wheel or control lever in the crane's cabin, it activates the steering control valve. The control valve regulates the flow of hydraulic fluid to the steering cylinder.
Hydraulic Fluid Flow: Depending on the desired steering direction, the control valve directs the pressurized hydraulic fluid to the port on one side or the other side of the steering cylinder.
Cylinder Actuation: The pressurized hydraulic fluid enters the appropriate port of the steering cylinder, creating pressure against the piston inside. This pressure causes the piston to move, pushing or pulling the rod connected to it.
Steering Mechanism: The movement of the steering cylinder's rod translates into the action of other connected components in the steering system. This movement, in turn, causes the crane's wheels or axles to turn, enabling steering in the desired direction.
Steering Control: The operator can control the extent and speed of the steering by adjusting the input from the steering wheel or control lever. The hydraulic fluid flow to the steering cylinder can be regulated to provide precise steering control.
The steering cylinder of a mobile crane is connected to the steering linkage and steering gear to facilitate the transfer of hydraulic force and motion for steering control. Here's how the steering cylinder is typically connected:
Steering Linkage: The steering linkage consists of various mechanical components, such as tie rods, drag links, and pitman arms, that transmit the motion from the steering cylinder to the wheels or axles of the crane.
Cylinder Mounting: The steering cylinder is mounted onto the crane's chassis or steering mechanism using brackets or mounting points. It is securely attached to ensure stability and proper alignment.
Rod Connection: The rod end of the steering cylinder is connected to the steering linkage. This connection is typically achieved using a ball joint or a clevis joint. The ball joint allows for angular movement, accommodating the varying angles and forces during steering.
Steering Gear: The other end of the steering linkage is connected to the steering gear, sometimes called the steering box or rack. The steering gear is responsible for converting the rotational motion provided by the steering cylinder into linear motion for the wheels or axles.
Tie Rods: The tie rods are an essential part of the steering linkage that connects the steering gear to the steering knuckles or wheel spindles of the crane. The tie rods transmit the force and motion from the steering gear to steer the wheels in the desired direction.
Steering Knuckles: The steering knuckles are located at the ends of the axles or wheel spindles. They are connected to the tie rods and accommodate the movement of the wheels as directed by the steering cylinder and steering linkage.
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