1. Home >
  2. Apps >
  3. Groups >

FPGA Based First Fault Identification and Reporting System

Question asked by yamini m m in #Coffee Room on Mar 1, 2016
yamini m m
yamini m m · Mar 1, 2016
Rank E2 - BEGINNER
Project Abstract / Summary : Industrial fault identification systems have existed for many years, but there are many inherent problems or limitations of the existing systems. For example the existing systems inform of a fault after the fault has happened and only inform that a fault has happened. There is no information about the cause of the fault or damage. Hence the information provided by the conventional systems is useless. In this project we propose an FPGA based device that can simultaneously track the status of multiple inputs and check if any of the parameters is going out of range of the acceptable limits. If any of the parameter is going out of limit, then the system starts to make recording of the exact time and the specific parameter that went out of limits. Thus if multiple parameters show fault then there is a detailed record of which fault occurred first and at what time. For the implementation of this project in real time a multiple channel input FPGA based system will be constructed that can track multiple inputs simultaneously. The FPGA hardware is then interface to the USB port of the computer. On the computer a simple display interface can be designed that gives information about the faults and the time of the occurrence of the faults.

Why did you choose to work on this project topic : In most of the industries, machines get damaged without any previous indication by this project it resolves all the problems in machines thats why i choose this topic.The importance of this project is more number of machines can be connected to a single FPGA.In future it is very useful in Home appliances and may electronic applications.

Project Highlights : Because now a days everything is done through machine only instead of manual .So to do a particular work by using machines ,it saves time.Especially it is more useful in production industries,because in this industry the machines will be keep on running in that case if any fault has been occurred means the whole machines have to replace.Instead of that in our project we have replace only the particular component or parts,by just knowing the reason of this fault and it also record time and exact place where the fault has actually occur.So this will be very useful for service engineers and it saves time ,within a few millisecond the fault has been detected and the machine starts working.


Project Category : Electrical / Electronics / Communication
------------------------------------------------------
Institute/College Name: Sri MuthukumaranInstitute of Technology
City: chennai
State: Tamil nadu
Participating Team From: Final Year Posted in: #Coffee Room

You must log-in or sign-up to reply to this post.

Click to Log-In or Sign-Up