What points should be paid attention to when installing electric push rod?

In order to ensure the use of electric push rods, besides purchasing high-quality products, everyone should also do a good job of installation. First, confirm the distance that the electric push rods need to be pushed and pulled on the equipment. Secondly, confirm the most reasonable size of electric push rods that the equipment can accommodate. By considering the specific situation of the electric push rods used, we can choose the appropriate push rods and choose the specific working voltage of the push rods by comparing the specifications of each electric push rod.

This method is mainly a control system designed for customers. If there is no optional power adapter and controller to control the electric push rod, if customers have special requirements, such as special interface installation method, they must try their best to meet the customer's requirements. In addition, DC voltage is input according to the voltage specification of the electric push rod motor, and the provided DC voltage can provide the maximum current under load, that is, the rated maximum current.

If the power supply and operator are supplied by yourself, please install overload detection device to ensure that the output shaft of the electric push rod can be cut off in extreme position or overload operation, and it can be properly controlled and guaranteed. Before maintaining the electric push rod for overhaul, it is necessary to understand the overhaul process first. Only the correct overhaul process can make everyone carry out maintenance work. Remove the electric hydraulic push rod from the brake. After disassembly and cleaning, check whether the bearing should be flexible and whether the impeller does not swing axially or radially. If the impeller is damaged or corroded, it is necessary.

When using the electric push rod, we should first design and install the mechanical connector. Besides, we must also ensure the alignment and prevent the bending torque from seriously affecting the measurement accuracy. If the linear motion mechanism applies force to the workpiece, the sensor needs to move accordingly, and the cable of the sensor signal needs to be considered not to be damaged. These methods look complicated and complicated, and the technical requirements in mechanical and electrical aspects are relatively high.