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Introduction of servo feeder


Release time:

2024-02-04

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As the backbone of the automatic stamping production line, the CNC servo feeder sells well for several reasons: high feeding accuracy, large feeding step size, high degree of automation, simple debugging operation, low failure rate, and simple maintenance. Its advantages can be reflected in the operation and parameter settings. Using touch screen point control settings, input parameters on the touch screen can set the feeding step, feeding speed and feeding section number. All other function keys are concentrated on the control panel, which is concise and clear. The electric control box is also equipped with a control handle for debugging, which is very convenient to use.

CNCServo feederAs the backbone of the automatic stamping production line, it is popular for several reasons: high feeding accuracy, large feeding step size, high degree of automation, simple debugging operation, low failure rate, and simple maintenance. Its advantages can be reflected in the operation and parameter settings. Using touch screen point control settings, input parameters on the touch screen can set the feeding step, feeding speed and feeding section number. All other function keys are concentrated on the control panel, which is concise and clear. The electric control box is also equipped with a control handle for debugging, which is very convenient to use.

When the servo feeder is running, when the preset feed parameters are reached, the punch sends a feed signal to the feeder, and the PLC of the feeder controls the operation of the servo motor. The servo motor drives the lower roller to rotate through the synchronous belt wheel, and the lower roller drives the upper roller through the gear to complete the step feed of the feeder; when the preset relaxation time is reached, the punch feeder releases the signal and releases the cylinder to push the upper drum upward to completely relax from the material. Haiwei Intelligent adopts high industry standards, equipped with imported servo motors and imported electronic control components, so that the servo feeder can stably deal with various materials and high-quality products.

Servo feeder feeding step size, multi-stage feeding has become an important factor in the choice of enterprises. CNC servo feed step can be from 0-9999.99mm, which is unmatched by any other type of punch feeder. Multi-stage feeding function can continue to use the original feeder when replacing different molds and different stamping processes. Simply adjust the feeding height of the CNC servo feeder, fundamentally meet the diversified production needs of customers, and realize multiple functions of one machine.

The high-speed servo feeder is composed of several system components, including mechanical, electrical, and pneumatic. Among them, the machining accuracy of mechanical parts and the control algorithm of the electrical control system are the technical core of the equipment. High-speed servo feeder is a high-performance product developed to meet the technical requirements of modern high-performance motor cores. Through the coordinated action and flexible feeding of multiple high-efficiency servo motors, the rapid acceleration and deceleration caused by clamping or loosening of the material belt can be effectively avoided, and high-speed and stable feeding can be realized. The overall structure of the machine is high in strength and light in weight. Its shell is made of high-strength alloy material, which is fully CNC machined to ensure the operating accuracy of the equipment. Compared with the traditional mechanical transmission and gear meshing drive feeding mechanism, it does not need to rotate the crankshaft of the press to obtain kinetic energy, which reduces the transmission error. Through the man-machine interface, parameters such as the number of feeding steps can be set simply and conveniently, auxiliary functions can be started and stopped, and relevant production parameters can be read at any time, which greatly reduces the cumbersome steps of traditional feeder adjustment, shortens the production preparation time, and improves Production efficiency saves equipment costs.