Views: 0 Author: Site Editor Publish Time: 2024-04-15 Origin: Site
Jacks are mainly divided into two types according to different working principles: hydraulic jacks and screw jacks. The usage principles of these two jacks are completely different. One is through the Pascal hydraulic transmission principle, and the other is through the screw secondary transmission principle.
Some jacks of the same type can be shared by multiple units. For example, synchronous hydraulic jacks use diverter valves and main controllers to control the lifting and lowering of multiple hydraulic jacks, thereby exerting greater lifting capacity and effectively lifting large lifting targets. So what if Jack's mix doesn't work? Let us answer this question for you.
Let's take the mixing of hydraulic jacks and screw jacks as an example. To be clear, this operation method is not allowed because the transmission methods of the two are difficult to ensure the consistency of the lifting height of each transmission, even during operation. The two handles should be tightened simultaneously, but if the lifting heights are inconsistent each time, the heavy object will tilt and there is a danger of toppling.
Many times, even if the working principles are the same, it is not recommended to combine jacks with the same specifications, let alone two jacks with completely different working principles. When encountering lifting targets with larger specifications and heavier weights, it is recommended that you use a jack with a sufficiently large rated load in a down-to-earth manner. This can ensure the safety of the jack and the safety of the entire lifting operation.