In the realm of advanced manufacturing, the fully automatic terminal feeder takes center stage, revolutionizing efficiency and precision. This sophisticated system comprises four integral components, each contributing to a seamless operation: the photoelectric section, storage section, feeding section, and the main unit. Let’s delve into the intricacies of this cutting-edge technology.

The Photoelectric Precision

At the heart of the terminal feeder lies the photoelectric section, housing 16 meticulously arranged sensors organized into four groups. These sensors, orchestrated by PLC, govern the speed variations of the terminal disc. The implementation of photoelectric control ensures precise initiation and cessation of the storage unit, creating a robust emergency stop system.

Efficient Storage Management

The storage section boasts a compact servo motor, orchestrating the elevation and descent of the storage unit. This movement is intricately regulated by two sensors, establishing defined upper and lower limits. Such meticulous control optimizes the storage process during disc changes, enhancing overall efficiency.

Seamless Feeding Mechanism

In the feeding section, a synergy of 8 stepper motors, 4 high-speed counting devices, 12 cylinders, and 24 sensors work in unison. One set of servo motors is dedicated to feeding, while another set controls angular rotations, ensuring precise and deliberate movements. Sensors play a pivotal role in positioning and limiting, contributing to a flawless feeding mechanism.

Powerhouse Main Unit

The main unit, the backbone of the system, integrates 1 large servo motor, 8 worm gear motors, and 8 tape sensors. The large servo motor orchestrates the vertical movement of the spindle, while worm gear motors control the disc’s rotation. Tape sensors act as vigilant guardians, detecting tape presence and triggering emergency stops when necessary.

Dual States of Operation

The fully automatic terminal feeder seamlessly transitions between manual and automatic states, offering unparalleled flexibility. In manual mode, operators have precise control over spindle movement, storage unit adjustments, material collection tray rotations, and various feeding section operations. In automatic mode, a symphony of sensors, synchronized movements, and automated processes takes over, optimizing production efficiency.

Automated Production Cycle

During the automatic state, the system’s intelligence shines. Photoelectric sensors guide the storage unit’s movements based on terminal conditions, ensuring synchronized operation with the main unit. The production cycle includes material collection, cutting, feeding, and disc change—all seamlessly orchestrated. The system responds dynamically to terminal droop, preventing interference and optimizing overall productivity.

Technological Alerts and Monitoring

The system includes 8 tape sensors with independent switches for control, reset, and interlock functions. The display screen serves as a control hub, providing alarm notifications and counting functions. This ensures a vigilant and monitored operation, minimizing errors and enhancing overall reliability.

In conclusion, the fully automatic terminal feeder stands as a testament to precision, efficiency, and intelligent automation in the manufacturing landscape. Embracing this technology heralds a new era of streamlined operations and heightened productivity.

Terminal Feeder
Terminal Feeder