Steering Hydraulic Cylinder For Boom Aerial Work Vehicle
On the high-altitude operation vehicle of the boom, the steering hydraulic cylinder plays a role in controlling the steering movement. It is connected to the vehicle’s steering system and achieves steering operation through hydraulic pressure.
Steering Hydraulic Cylinder in Boom Aerial Work Vehicle
On the high-altitude operation vehicle of the boom, the steering hydraulic cylinder plays a role in controlling the steering movement. It is connected to the vehicle's steering system and achieves steering operation through hydraulic pressure.
The working principle of the steering hydraulic cylinder is as follows:
- Hydraulic system oil supply: The pump in the hydraulic system draws hydraulic oil from the hydraulic tank and provides pressure.
- Hydraulic oil flows into the hydraulic cylinder: Through hydraulic pipelines, hydraulic oil flows from the hydraulic system into the steering hydraulic cylinder.
- Hydraulic oil pressure effect: Hydraulic oil enters a chamber of the hydraulic cylinder, causing it to be subjected to pressure. This will cause the piston of the hydraulic cylinder to push towards another chamber.
- Piston pushes the steering rod: The piston of the hydraulic cylinder is connected to the steering rod. Under the pressure of hydraulic oil, the piston pushes the steering rod in one direction, triggering steering movement.
- Steering rod controls wheel steering: The steering rod is connected to the vehicle's steering system and transmits steering motion to the wheels through the steering mechanism, thereby guiding the vehicle's steering.
By controlling the flow and pressure of hydraulic oil, the steering hydraulic cylinder can achieve precise steering control. When steering is required, hydraulic oil is supplied to the hydraulic cylinder, pushing the piston and causing the steering rod to rotate, thereby changing the direction of the vehicle. The design of the steering hydraulic cylinder and the coordination of the hydraulic system ensure the safety and reliability of the high-altitude work vehicle with the lifting arm during steering operations.
Parameters of Hydraulic Cylinder
|Nom du cylindre||Numéro de dessin||Diamètre de l'alésage (D)||Diamètre de la tige (d)||Accident vasculaire cérébral (AVC)||Distance d'installation (L)||Pression de service||Dimensions de l'interface (M)||Poids|
|Steering Hydraulic Cylinder||GTHZ210C-620100-000||Φ63||Φ35||320||540||21MPa||2-M14*1.5||13kg|
Design Characteristics of the Steering Hydraulic Cylinder
To ensure the safety and reliability of the steering hydraulic cylinder, its design usually has the following characteristics and considerations:
- Strength and durability: The design of the steering hydraulic cylinder should take into account the large amount of force and pressure generated during the vehicle's steering movement. Therefore, it usually uses high-strength materials and sturdy structures to ensure sufficient strength and durability.
- Sealing performance: The sealing performance of hydraulic cylinders is crucial for their performance and reliability. High quality seals should be used in the design of steering hydraulic cylinders to prevent hydraulic oil leakage and maintain system efficiency.
- Accurate control: The steering hydraulic cylinder needs to provide precise steering control to ensure that the driver can accurately manipulate the vehicle. Therefore, the accuracy, sensitivity, and responsiveness of hydraulic cylinders need to be considered in the design.
- Safety device: The design of the steering hydraulic cylinder may include safety devices, such as overload protection valves or buffer devices. These devices can prevent hydraulic cylinders from being damaged under overload and provide additional safety.
- Corrosion and pollution resistance: Hydraulic cylinders are usually exposed to harsh working environments and may come into contact with moisture, chemicals, or pollutants. Therefore, the design of the steering hydraulic cylinder should consider using corrosion-resistant and pollution resistant materials, and take corresponding protective measures to extend the service life of the hydraulic cylinder.
- Regular maintenance: To ensure safety and reliability, the steering hydraulic cylinder requires regular maintenance and upkeep. Its design should consider the convenience of easy inspection, maintenance, and replacement of components.
These design features and considerations help to ensure the safety and reliability of the steering hydraulic cylinder on the high-altitude work vehicle of the boom. However, specific design details may vary depending on the manufacturer, application requirements, and industry standards. Therefore, when using steering hydraulic cylinders, always follow the manufacturer's guidelines and recommendations, and conduct regular maintenance and inspections.
Hydraulic Cylinder Factory
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