How To Choose Hydraulic Cylinder For Forklift?
The hydraulic cylinder for forklift is an important part of the forklift. It converts hydraulic energy into mechanical energy to provide power for the forklift's lifting, tilting and steering. Choosing the right forklift hydraulic cylinder is critical to the performance and longevity of your forklift.
Here are a few factors to consider when choosing a hydraulic cylinder for forklift:
1. The pressure of hydraulic cylinder for forklift refers to the pressure of hydraulic oil on the piston. The higher the pressure, the greater the lifting capacity of the forklift. Generally speaking, the pressure range of forklift hydraulic cylinders is between 15MPa and 35MPa.
2. The flow rate of hydraulic cylinder for forklift refers to the amount of hydraulic oil flowing through the hydraulic cylinder per unit time. The greater the flow, the faster the forklift can lift and tilt. Generally speaking, the flow rate of forklift hydraulic cylinders ranges from 10L/min to 60L/min.
3. The dimensions and specifications of hydraulic cylinder for forklift include cylinder diameter, piston rod diameter and stroke. The cylinder bore and piston rod diameter determine the lifting and pushing force of the forklift. The stroke determines the maximum lifting height and tilt angle of the forklift.
4. Hydraulic cylinder for forklift refers to the reciprocating distance of the piston in the cylinder. The longer the piston stroke, the higher the maximum lifting height of the forklift.
5. The movement speed of hydraulic cylinder for forklift refers to the speed of the piston moving in the cylinder. The faster the movement speed, the higher the forklift's operating efficiency.
6. The push-pull force of the hydraulic cylinder for forklift refers to the maximum push-pull force that the piston rod can provide. The greater the push and pull force, the greater the load capacity of the forklift.
7. The efficiency of hydraulic cylinder for forklift refers to the ratio of the hydraulic energy input by the hydraulic cylinder to the mechanical energy output. The higher the efficiency, the higher the energy utilization of the forklift.
The power of a forklift hydraulic cylinder refers to the mechanical work that the hydraulic cylinder can provide per unit time. The greater the power, the higher the working efficiency of the forklift.
When selecting a forklift hydraulic cylinder, the above factors need to be comprehensively considered based on the specific use needs of the forklift. If you are not sure how to choose, you can always consult us!
