Design and Fabrication of PLC Based Conveyor System with Programmable Station

[Manoj M. Nehete, Uday C. Patil] Volume 4: Issue 3, Sept 2017, pp 53-58

DOI: 10.26706/IJAEFEA.3.4.20170906
Abstract The conveyors are the basic primitive component of material handling. There are various types of conveyors used in industry like belt conveyor, chain conveyor, gravity conveyor, etc.  The basic features of conveyor systems are not only to convey the objects but also to stop at predefined locations for some operation.  The dissertation on conveyor is taken up to design and manufacture a table top model, with programmable number of stations and relevant control panel.  The proposed conveyor is 780mm long, capable of conveying the objects of 60 cubic mm size, The number of stations are programmable from 2 to 5, with or without interlocks.  The efficient use of timers and counters are incorporated to optimize the i/os.  The proposed conveyor is PLC based and with little amendment, it will be coupled with the palletizer.   The advanced programming features of PLC with respect to timers and counters and programmable variable inputs are the key operating features which minimizes the input and outputs as required by PLC. 

Index TermsProgrammable conveyer, Palletizer, Palletiser, Programmable PLC, Material Handling

[1] Sean Gallagher and John R. Heberger, “The effects of operator position, pallet orientation, and palletizing condition on low back loads in manual bag palletizing operations,” Published by Elsevier B.V,  0169-8141, 25 March 2015.
[2] C.G. Drury, D.P. Roberts, R. Hansgenand and J.R. Bayman “Evaluation of a paltetising aid,” Applied Ergonomics, vol. Ed.14.4, pp. 242-246, Dec.1983.
[3] Balsubramaniam Ram, “The pallet loading problem: A survey,” International Journal of Producation Economics, vol. Ed. 28, pp. 217-225, June 1992.
[4] Yi Chich Chiu, Din Sue Fon and Gang Jhy Wu, “Development of an Automatic Pallet Handling System for Seeded Trays,” Published by Elsevier Ltd, Biosystems Engineering, vol Ed. 93.2, pp. 123-138, Jan. 2006.
[5] Pavel Dzitac and Abdul Md Mazid, “A Robotic Palletiser Control Strategy Redesign,” Published by IEEE 8th conference on Industrial Electronics and Application,  978-1-4673-6322-8, Aug. 2013.
[6] Nadia Baldassino, Claudio Bernuzzi, “Analysis and behaviour of steel storage pallet racks,” Published by Elsevier B.V,  vol. Ed. 77, pp. 391-401, 24 March 2000.
[7] M.H.R. Godley, R.G. Beale and X. Feng, “Analysis and design of down-aisle pallet rack structures,” Published by Elsevier B.V, Computers and Structures, vol. Ed. 37, pp. 277-304, 24 July 2000.
[8] Chin-Sheng Chen, Balasubramanian Ram and Sanjiv Sarin, “Design and Development of a Physical Simulator for Robotic Palletization,” Published by Pergamon Press plc, Computers ind. Engng, vol. Ed. 17 1-4, pp. 202-208, 1989.
[9] Valerio Elia and Maria Grazia Gnoni, “Designing an effective closed loop system for pallet management,” Published by  Int. J. Production Evonomics, S0925-5273(15)00182-6, 19 May 2015.
[10] J. Singh, E. Olsen, K. Vorst and K. Tripp, “RFID Tag Readability Issues with Palletized Loads of Consumer Goods, ”Published by Wiley InterScience, Packing Technology and Science, vol. Ed. 22, pp. 431-441, 4 June 2009.

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