Underspeed is a very taboo phenomenon in hydraulic systems. Not being fast doesn't mean it can't be used, it's just that it doesn't meet the system requirements and is difficult to troubleshoot, and there are many situations. Therefore, hydraulic maintenance personnel need to identify the cause and make corresponding selections. How to clean up. The following is a summary of underspeed by hydraulic maintenance personnel for our reference.
1. The adverse effects of lack of speed.
There are two situations where the rotational speed of hydraulic equipment components (hydraulic cylinders and hydraulic motors) is too low:
One reason is that the speed during high-speed motion (fast forward) is not fast enough to meet the design and specified values of the new equipment.
The second issue is that the operating speed (operation progress) under load decreases significantly with the increase of load, especially for large hydraulic equipment and high load equipment. This phenomenon is particularly evident, and the speed is generally related to the flow velocity.
The lack of speed first affects the production power and increases the cycle time of hydraulic equipment. The phenomenon of underspeed often stops working under heavy loads, affecting the normal operation of the equipment. Regarding equipment that requires high-speed movement, such as surface grinders, a lack of speed can affect the roughness of the ground.
Solution to underspeed in hydraulic maintenance
Underspeed is a very taboo phenomenon in hydraulic systems. Not being fast doesn't mean it can't be used, it's just that it doesn't meet the system requirements and is difficult to troubleshoot, and there are many situations. Therefore, hydraulic maintenance personnel need to identify the cause and make corresponding selections. How to clean up. The following is a summary of underspeed by hydraulic maintenance personnel for our reference.
1. The adverse effects of lack of speed.
There are two situations where the rotational speed of hydraulic equipment components (hydraulic cylinders and hydraulic motors) is too low:
One reason is that the speed during high-speed motion (fast forward) is not fast enough to meet the design and specified values of the new equipment.
The second issue is that the operating speed (operation progress) under load decreases significantly with the increase of load, especially for large hydraulic equipment and high load equipment. This phenomenon is particularly evident, and the speed is generally related to the flow velocity.
The lack of speed first affects the production power and increases the cycle time of hydraulic equipment. The phenomenon of underspeed often stops working under heavy loads, affecting the normal operation of the equipment. Regarding equipment that requires high-speed movement, such as surface grinders, a lack of speed can affect the roughness of the ground.
