A PLC-Based Tension Training System Design

Jian Bing Han; Shi Zhe Liu; Ping Li; Zong Yao Yao; Jin Cang Mi

doi:10.4028/www.scientific.net/AMR.912-914.563

Paper Titles

A Method to Establish Motion Equations of Self-Propelled, Cable-Controlled Vehicles
p.545

A Key Processing Technology of Welded Steel Tube for High-Strength Automotive Drive Shaft
p.550

Advance Control Experiment of Vibration Machine with High Vibration Intensity Based on SCM – Dynamics Characteristics and Advanced Control
p.554

A Design Scheme of Device for Producing Fresh Water
p.559

A PLC-Based Tension Training System Design
p.563

A Truck Frame Fatigue Life Forecast Based on Virtual Prototype Technology
p.566

A Water Heater with Spraying and Heating Function Based on PLC
p.570

Analysis on Cupping Process of Cartridge Case without Heat Teatment Based on DEFORM-3D
p.573

Application of AIS in Ship Collision Prevention
p.577

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 912-914A PLC-Based Tension Training System Design

A PLC-Based Tension Training System Design

Abstract:

The PLC-based tension training system consists of three-phase asynchronous motors, programmable logic controllers (PLC), inverters, touch screen and sensor. Taking PLC as the controller, the system uses two sets of three-phase asynchronous motors to complete the delivery and winding of fibers, uses two inverters respectively to control the operation of the motors, and measures the fiber tension through tension sensor, and then feeds back the result to the PLC. Besides, by the touch screen control interface design, the system can achieve single motors inching, winding, and unwinding, two motors simultaneous operation and other operation modes. PID, fuzzy PID, genetic algorithm based PID and other algorithms can be used in the tests of the system. The PLC-based tension training system is of great help for enhancing the hands-on ability of college students or junior technical staff.