High-Performance Carbon Fiber Unwinding Machine from China Suppliers - Efficient Production Factory Equipment
Working Principle
Wire Loading and Clamping
The raw wire package is secured to the payout frame, and the raw wire head is guided to the subsequent process via a wire guide.
Tension Control
A tension sensor measures the raw wire tension in real time and sends feedback to the PLC for comparison with the preset value.
If tension fluctuates, the PLC automatically controls the motor or tension adjustment mechanism to compensate, forming a closed-loop control system (e.g., if the tension is too high, the payout is accelerated; if it is too low, the payout is decelerated).
Synchronized Payout
When paying out multiple rolls of raw wire, the control system ensures consistent tension and speed across each roll, preventing uneven tension on the raw wire and causing breakage.
Frequently Asked Questions
How is the raw wire initially secured and guided?
During the Wire Loading and Clamping phase, the raw wire package is secured to the payout frame, and the raw wire head is guided to the subsequent process using a wire guide.
How does the system monitor wire tension in real time?
A dedicated tension sensor continuously measures the raw wire tension in real time and sends this feedback directly to the PLC for comparison with preset values.
What happens when the wire tension fluctuates?
If tension fluctuations are detected, the PLC automatically adjusts the motor or tension mechanism. If tension is too high, the payout accelerates; if it is too low, the payout decelerates to compensate.
What is the benefit of a closed-loop control system in wire payout?
The closed-loop control system dynamically compensates for tension variations by comparing real-time sensor feedback with preset parameters, ensuring precise and stable wire handling.
Why is synchronized payout important for multiple wire rolls?
Synchronized payout ensures consistent tension and speed across all rolls. This uniformity prevents uneven tension on the raw wires, which could otherwise lead to wire breakage.

