A Gluing Device Based on PLC for Manufacturing Flap-Disks

Xi Zhang; Dong Yan; Qiang Wang; Qi Bing Lv

doi:10.4028/www.scientific.net/AMM.457-458.454

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The Mechanical Design and Simulation of Marine In-Pipe Robot Based on Metamorphic Mechanism
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Influence of Cutting Parameters on Vibration Acceleration in Micro-End-Milling
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Life Estimation of Hub Bearing Unit Based on Test Load Spectrum
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Parameters Optimization of Multistage Pump-Off Propped Fracturing in Thick Formation
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A Gluing Device Based on PLC for Manufacturing Flap-Disks
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Analysis on Mechanical Parameters at SCC Tip in Fusion Boundary Region of Dissimilar Weld Joint
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Optimization Techniques in Numerical Simulation of Casting Process
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Vibration Performance Analysis on Gear Systems
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Parallel Machine Scheduling with Fuzzy due Date Using Improved Simulated Annealing in Lean Production
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 457-458A Gluing Device Based on PLC for Manufacturing...

A Gluing Device Based on PLC for Manufacturing Flap-Disks

Abstract:

The gluing control system designed for production plants to manufacture flap-disks was investigated using programmable logic controller (PLC) and servo. The system has been mainly developed to achieve efficient gluing for the back cover. It is implemented by a PLC, a human-machine interface (HMI), a positioning module and sensors, as well as servo amplifiers and motors. Issues was discussed in this paper, such as connection of the hardware, working mechanism design, capacity selection of servo motors, high-speed and uniform gluing, means of pre-opening and delayed-shutoff for the needle valve and etc. Hardware and software was developed for the system and high-precision gluing was achieved. The device has been provided for industrial applications, which has greatly improved the production quality and efficiency.