A Microcontroller-based Design for Energy Efficient Nickel-chrome Plating Process
Olabode Oladipo Olakanmi, Ogundare Margaret Ojone, Adesina Olanrewaju Seun, Isadare Dayo Adeyemi, Akinluwade Kunle Joseph, Taiwo Adeyinka Taofeek, Odejobi Olusegun Abel, Adetunji Adelana Rasaki
Chemical Science International Journal · pp. 91–101 · Published 10 Apr 2015
10.9734/ACSJ/2015/12741Abstract
This paper presents a microcontroller-based design system for automated Nickel-chrome plating process using time flow of current. Given fixed electroplating parameters, the amount of a substance discharged will be a function of time and current density. These oftentimes are traditionally read using a stop clock and ammeter on a rectifier. This conventional method lacks capacity for instantaneous measurement and is usually prone to error due to open circuit. The present study unveils an energy saving microcontroller-based design capable of monitoring the current flow and accurately determining the time in computing the instantaneous mass deposited on the cathode (work piece).
Cited by 1
Subono, M. A. Al Rasyid, I. Astawa · 2016
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