What is Core Industry?
Generally, when I’m doing interview with engineers they mostly using this word core industry. “I don’t like software industry; I would like to work in the core industry”.
From that I can understand one thing is, people thinking that jobs segregated in 2 way
1. Software
2. Core
What is core industry in engineers mind commonly???
hardware/manufacturing or civil mechanical electrical electronics etc…
Is it right?
Not exactly.
Then what is core industry?
Core industries can be defined as main or key industries of the economy. In most countries, these particular industries are backbone of all other industries. In India, there are eight core sectors comprising of coal, crude oil, natural gas, petroleum refinery products, fertilizers, steel, cement and electricity. The eight infrastructure sectors constitute 40.27% of the total index of industrial production (IIP)
Reference: ........ currentaffairs.gktoday.in/tags/core-industries © GKToday
Now we can discuss the topic. Industry classified as
1. Manufacturing industry – producing goods – car mobile food cloths TV etc…
2. Service industry – Provide service either directly or indirectly to the manufacturing industry – Software banking customer care etc…
So job also defined in the same way. That is any engineer can get or work in the manufacturing side or service side.
Suppose you are an electrical engineer you can work as a production engineer, maintenance engineer, design engineer, sale engineer or marketing engineer Etc.., in the company.
In the above set of job we are going to apply our knowledge and doing work. Engineers come under skilled. Now a day we are using software in all areas. That means software is not a separate area to do work. It is also a part of service, related to manufacturing.
Manufacturing is the process to produce the product or goods were the service is nothing planning, design, procedure and support (data or document to do manufacturing).
Here after we can’t say software not related to my study, any engineer can be a software engineer. Software is the tool to do work, design, plane, database and forecasting etc...
Auto CAD is the software electrical engineer can design electrical concept like panel and circuit designing.
Mechanical engineer can design the manufacturing plan, structural plan and many.
Software giving plan for the manufacturing industry, SAP ERP etc…
You can ask one question, then what is role of CSE and IT, they develop this all applications Auto CAD, SAP, ERP, MS office, VB, C, C++, Java etc…
One thing I can say, I have to say…
Choosing the job is related to your interest, skill and what you are studied…..
Electrical engineer should be an electrical engineer….
CONFIGURING DELTA ANALOG MODULE (DVP-O6XA-S) WITH DELTA PLC (DVP-12SA2)
1.WIRING DIAGRAM
- NOTE: External 24vdc needs to connect with module
- Check and confirm the module number and whether it will communicate with PLC in manual
PLC Programming:
- Create a new project.
- Select SA2 model PLC
- · Select the Auxiliary Setup for Extension
- Select the place of the AI module from the PLC don’t consider the DI and DO module
- · Select the DVP-06AX-S model AI module and go to setup
- · Click #2Mode setting
- · Select Write register (Generate TO Instruction)
- · Condition as LD M1000 for always On condition
- · Select (-20mA - +20mA) as choice of programmer
- · Click Preview ->Add to List instruction get appears on Instruction List
- Select and configure each channel to read from the analog module
· Click the
- · Click the check box of #CH Input Average -> Read Register (Generate FROM Instruction)
- · Condition as LD M1000 for always On condition
- · Give alternate register number in Register for Storing Data
- · Click ok to add the corresponding API as figured in the below picture
1. Here K0-constant 0 is mentioned in the module position
2. K1 as #1Input mode
3. H6DB as module number
4. K1 Number of Data
- Now I need floating datatype so enabling M1163 bit for floating data type
- Scaling has to be done as per the double data type scaling with floating F constant
- First, all raw values need to convert to float type, and then using DSCLP scaling has to be done as follows
- Here maximum engineering values are mentioned
- Here minimum engineering values are mentioned
- Here max sensor scale value is mentioned
- Here min sensor scale value is mentioned
- Resolution varies based on the modules we have chosen.
*Floats accommodate 32-bit so we are using DMOV D100, D102