A total of three motors are designed in the mechanical system of the feeder to achieve lateral movement, turnover movement and longitudinal movement respectively. Lateral movement to achieve the reactor feed, flip movement to achieve pouring, longitudinal movement to achieve the movement of the station.
020-34563445Feeding system package delivery control, weighing batching, material mixing and mixing control, packaging and filling and other equipment automation control, to provide a complete control scheme, integrated touch display, production management, weighing sensor collection and processing, loading and unloading, alarm output and other functions, to meet the user control production requirements, high integration; Provide all functions except touch display and production management, and complete the control with the man-machine interface.
Three motors are designed in the mechanical system of the automatic Feeder, which realize transverse movement, turnover movement and longitudinal movement respectively. Lateral movement to achieve the reactor feed, flip movement to achieve pouring, longitudinal movement to achieve the movement of the station. This system has a total of lO stations, and the whole process of its operation is: At the initial point, the system first detects the amount of material in the bin, and at the same time detects the level of liquid material in the reactor. When the material in the bin is enough and the level of liquid material is low, the feeder starts to start, the transverse movement begins, the feeding motor starts to vibrate, the motor reaches the end of the transverse movement, the flipping motor starts to flip (1 week), and after returning to the original position, the transverse backdown motor returns to the original position. Detect the level of the liquid level in the reactor, if it is high, the system returns to the origin, if it is low, the longitudinal motor moves forward 1 station, and then circulates the movement of feeding material to the reactor once. That is to say, the movement of feeding material to the reactor must be repeated once for every 1 station that the longitudinal motor moves forward, until the feeding movement of the last station is repeated. The longitudinal motor returns directly to the starting position, detects whether the material in the silo is sufficient, detects the level of the liquid material, and then repeats the next feeding cycle.
The feeding system has the following functions:
(1) Manual and automatic operation can be realized.
(2) origin return function.
(3) Power failure to maintain function.
(4) deficit alarm function.
(5) The liquid level detection function in the reactor.
In order to ensure the normal operation of the control system automatically, the system is also equipped with the following protection devices:
(1) The peripheral travel switch prevents the equipment from being offside when the boundary approach switch is damaged.
(2) The bin limit stroke switch prevents the automatic vibrating machine from timing-out when vibrating, resulting in part of the compound material being added to the outside of the bin.
(3) bunker level alarm to prevent no one from knowing when the bunker is short.
(4) The change of motor speed can be achieved by frequency converter, each motor is equipped with a frequency converter.
(5) The bin material level is detected by weighing module.
