Tuesday, October 22, 2019

OMRON PLC

Today we are going to start OMRON PLC
Omron Corporation is kyoto based company. Omron was established by Kazuma Tateisi in 1933 (as the Tateisi Electric Manufacturing Company) and incorporated in 1948. The company originated in an area of Kyoto called "Omuro (御室)", from which the name "OMRON" was derived. Prior to 1990, the corporation was known as Omron Tateisi Electronics. During the 1980s and early 1990s, the company motto was: "To the machine the work of machines, to man the thrill of further creation".
Omron's primary business is the manufacture and sale of Industrial Automation components, equipment and systems.
Omron Oilfield & Marine is a provider of AC and DC drive systems and custom control systems for oil and gas and related industries.(Source: Wikipedia)
There are various models of PLC but we study with Basic PLC to understand program and its functions better. Below is the description of OMRON model:

Software: CX programming for CP1E
Manufacturer: OMRON
Communication port: USB
Communication Driver: CX programmer host
Series: CP1E-N20DR-D

If you get trouble in installing or connection you can send your queries on my mail.

Before starting programming we should know the Addressing for OMRON PLC. These are
Input: 00:00, 00:01, 00:02, 00:03………..00:11
Output: 100.00, 100.01, 100.02   …………100.07
Timer (o/p): T0, T1, T2…………………… T255
Counter: C0, C1, C2…………………… C255
Memory bit: H0.00, H0.01, H0.02…….
Memory Word: D0, D1, D2…………………… T2149
Timer address: [TIM 00 # present value]
Counter address: [CNT 00 # present value]
Compare Instruction: [=S1 # S2]……….. Comparing two memory word or two integer or memory word and integer.
Arithmetic Instruction
Addition: [+ D1 D2 D3] ……..   Addition of D1 and D2. Result stored in D3.
Subtract: [- D1 D2 D3]   ……..   Subtract of D1 and D2. Result stored in D3.
Multiplication: [* D1 D2 D3]….  Multiplication of D1 and D2. Result stored in D3.
Division: [/ D1 D2 D3]   ……..   Division of D1 and D2. Result stored in D3.


We study its more function as we start programming on it from tomorrow. 

No comments:

Post a Comment

Logical Gate, Symbols, Truth Table and functions

Electric Logic •Logical values can easily be expressed by electrical circuits. •“True” or “1” can be defined as voltage on a wire whil...

Smart Chapter