Cylindre hydraulique de bras inférieur et supérieur pour véhicule de travail aérien à flèche
The upper arm hydraulic cylinder and the lower arm hydraulic cylinder on the high-altitude operation vehicle of the lifting arm play important roles, with different functions and functions. They are usually located in the upper and lower parts of the boom, used to control the extension and folding of the boom.
Arm Hydraulic Cylinder
The upper arm hydraulic cylinder and the lower arm hydraulic cylinder on the high-altitude operation vehicle of the lifting arm play important roles, with different functions and functions. They are usually located in the upper and lower parts of the boom, used to control the extension and folding of the boom.
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Upper arm hydraulic cylinder
The upper arm hydraulic cylinder is located at the upper part of the boom, connecting the boom and the vehicle chassis. Its main function is to control the extension and lifting of the boom. By adjusting the length of the upper arm hydraulic cylinder, the extension length and height of the boom can be changed. This allows the boom to reach the required extension range and height in different work scenarios to adapt to different lifting tasks.
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Lower arm hydraulic cylinder
The lower arm hydraulic cylinder is located at the lower part of the boom, connecting the boom and the vehicle chassis. Its main function is to control the folding and unfolding of the boom. By adjusting the length of the lower arm hydraulic cylinder, the folding angle and unfolding state of the lifting arm can be controlled. This allows the boom to quickly fold and unfold when needed to adapt to different work needs and space limitations.
In summary, the upper arm hydraulic cylinder and the lower arm hydraulic cylinder respectively control the extension and folding of the boom on the high-altitude work vehicle of the boom. Their positions are usually installed on the upper and lower parts of the boom, connecting the boom to the vehicle chassis. By adjusting the length of the hydraulic cylinder, the operator can flexibly control the extension range, height, and folding state of the boom to adapt to different lifting tasks and working environments.
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 |
Lower arm Hydraulic Cylinder | GTHZ210C-620400-000 | Φ100 | Φ80 | 1458 | 1899 | 21MPa | 2-Φ9 | 137kg |
Upper arm Hydraulic Cylinder | GTHZ210C-620500-000 | Φ110 | Φ75 | 815 | 1433 | 23MPa | 2-Φ9 | 100kg |
The Functions of the Hydraulic Cylinder
In addition to controlling the extension and folding of the boom, the hydraulic cylinders on the boom aerial work vehicle may also have other important functions, depending on the vehicle's design and configuration. Here are some possible additional features:
- Swing control: Some high-altitude work vehicles with boom are equipped with swing hydraulic cylinders to control the left and right swing motion of the boom. This hydraulic cylinder enables the boom to rotate on a horizontal plane, expanding the operating range and coverage area.
- Rotary control: Some high-altitude work vehicles with lifting arms are equipped with rotary hydraulic cylinders to control the rotational motion of the entire vehicle. Rotating hydraulic cylinders are usually connected to the vehicle chassis and upper structure, enabling the entire lifting arm and work platform to rotate around the horizontal axis.
- Inclined arm control: Some high-altitude work vehicles with boom are equipped with inclined arm hydraulic cylinders to control the tilt angle of the boom. This hydraulic cylinder enables the boom to tilt in a vertical plane to adapt to different operating scenarios and angle requirements.
- Extension arm control: Some high-altitude work vehicles with lifting arms are equipped with extension arm hydraulic cylinders, which are used to control the expansion and contraction of the extension section of the lifting arm. This hydraulic cylinder allows the boom to be adjusted in length to increase its extension range and working radius.
It should be noted that the specific hydraulic cylinder functions and configurations may vary depending on different models and manufacturers of high-altitude operation of the boom. Therefore, in practical applications, the functions of hydraulic cylinders will be customized and adjusted according to the design and purpose of the vehicle.
Informations complémentaires
Édité | Miya |
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