Push plate automatic feeding machine is an automated equipment mainly used to move materials from one position to another, especially suitable for material conveying on production lines. The following is an introduction to the push plate automatic feeding machine:
Basic Structure
Pushing plate: Pushing plate is a key component that drives material movement, usually made of sturdy materials such as steel or aluminum alloy, with a flat surface so that the material can slide smoothly on it.
Track: The track is a structure that supports and guides the movement of the push plate, usually made of metal material and installed on the base of the machine. The track can be straight or curved, designed according to actual needs.
Transmission system: The transmission system is used to drive and control the movement of the push plate, usually including motors, reducers, chains, and other parts. The motor provides power, and the reducer converts the high-speed rotation of the motor into the low-speed high torque motion required for the push plate. The chain transmits the driving force to the push plate.
Control system: The control system is used to monitor and control the operation of the push plate feeding machine, usually consisting of sensors, PLC (programmable logic controller), human-machine interface, and other parts. Sensors are used to detect the position and status of materials, PLC controls the movement of the push plate based on sensor signals, and the human-machine interface is used to operate and monitor the push plate feeding machine.
working principle
The working principle of the push plate feeding machine can be divided into the following steps:
• Ready: Before starting work, the materials to be processed need to be placed in the starting position, which can be done manually or automatically.
Material conveying: The push plate pushes materials along the track to the target position through the power of the transmission system.
application area
Push plate automatic feeding machine is widely used in industries such as machine tools, mining, metallurgy, etc., especially suitable for production lines that require continuous and efficient material transportation.
Structural characteristics
Tilt angle installation: The push plate is installed at a tilt angle to the horizontal plane of the frame, which helps with the automatic rolling and conveying of materials.
Servo motor control: Using servo motors and screw rotation to drive the push plate to move up and down, improving control accuracy and stability.
Kiinteä mekanismi: käsittää vähintään kaksi kiinteää levyä, työntölevy on joustavasti yhdistetty vierekkäisten kiinteiden levyjen väliseen rakoon työntölevyn vakaan liikkeen varmistamiseksi.
tekninen parametri
• Käyttöjännite: yleensä 220 V.
• Teho: Teho voi vaihdella mallista riippuen, esimerkiksi 120 W.
• Käsittelyhalkaisija: Sopii materiaaleille, joilla on eri halkaisija-alueet, kuten Φ 2MM - Φ 45MM.
• Käsittelypituus: Sopii materiaaleille, joilla on eri pituusalueet, kuten 70 mm - 400 mm.
Käyttö ja huolto
Työntölevyllä varustettu automaattinen syöttölaite on helppokäyttöinen, turvallinen ja luotettava. Koko järjestelmä on integroitu asianmukaisesti isäntäkoneeseen, mikä voi säästää työvoimaa ja vähentää tuotantokustannuksia käytön jälkeen. Huollon osalta on tarpeen tarkistaa säännöllisesti antureiden, moottoreiden ja voimansiirtojärjestelmien tila laitteen normaalin toiminnan varmistamiseksi.
Yhteenvetona voidaan todeta, että työntölevyn automaattinen syöttölaite on tärkeässä roolissa automatisoiduissa tuotantolinjoissa sen korkean hyötysuhteen, vakauden ja helppokäyttöisyyden ansiosta.
