In today’s world, every enterprise needs automation. Industrial automation system have become popular in many industries and play crucial role in controlling several process related operations. Industrial automation and process control greatly reduces the need of human sensory & mental requirements. The main aim of this project is to provide more safety to machines from overheating. This can be implemented by using CAN protocol which will be cost effective process with easy implementation and it can be used in peer to peer network with accurate error checking capability and the data transfer rate is 1MBps. DC motor is controlled using CAN protocol and ARM7 based LPC2148 micro controller. LM35sensorsareusedinintegratedcircuitastemperature sensors. Communication bus is the major component in industrial automation for reliable transfer of data among the controller’s computers and also from the field device. CAN protocol is a multi master serial communication bus and it is a network of independent controllers. For an effective transmission, it follows reliable error-detection,it uses carrier sense multiple access protocol. Due to these reliable data transfer characteristics, this protocol has been in use in buses, cars and other automobile systems, factor and industrial automation, mining applicationsetc.
CAN protocol, serial communication, temperature control, transmission.
Shyam Joseph A , A Nivetha V , Shalini R , Vasumathi PR , Nithya P "Temperature controlled DC motor using CAN protocol" Iconic Research And Engineering Journals Volume 3 Issue 12 2020 Page 170-173
Shyam Joseph A , A Nivetha V , Shalini R , Vasumathi PR , Nithya P "Temperature controlled DC motor using CAN protocol" Iconic Research And Engineering Journals, 3(12)