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Example of Sequential Function Chart (Graph) programming |
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Example of Ladder Logic programming |
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Example of Function Blocks programming |
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Example of Statement List programming |
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GEM80 Img1 |
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GEM80 Img2 |
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GEM80 Img3 |
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AB_SLC500 Img1 |
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AB_SLC500 Img2 |
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AB_Micrologix |
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Siemens S7-318 |
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Siemens S7-315-2DP |
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Siemens S7-318 with Ethernet port |
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Siemens S5-135 |
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Siemens S5-135 |
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Siemens S5-135 |
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Omron I/O |
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Omron PLC |
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Omron C200HE CPU |
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Modbus Ports |
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Modicon Quantum PLC |
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Modicon Quantum PLC |
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Our Systems
Engineering team have extensive working experience of every significant PLC
product. This knowledge allows us to work confidently with each client's
existing PLCs , in addition to installing completely new systems.
We can program
complex sequences using Graph7 (see 1st image for details).
Graph7 is one of the most useful productivity tools you can imagine.
Programming sequences is very simple and clear. Troubleshooting problems on
your sequential process is more effective for both the programming
engineers and the electrical maintenance people.
Process
flow
charts
can be quickly converted into Graph7 language
(because
a
Graph7
program
is a flow
Chart).
Some of the software we
use to program PLC
are:
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Siemens S7-300 and S7-400 : Step7 with the add-on
packages for Sequential Function Chart, PDiag (for real time diagnostics),
Teleservice, PID self tuner, PLC SIM (For offline program simulation),
Proagent, SCL, Hi-Graph.
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Siemens S7-200: MicroWin32 |
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Omron : Syswin, and CX Programmer |
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Allen
Bradley: RS Logic 500 |
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Modicon: Proworx, Proworx32,
Concept |
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Mitsubishi: Medoc |
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Koyo: DirectSoft32 |
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TEXAS: Tisoft |
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Siemens S5: Step5 V7.0 |
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GEM80: Gemesys |
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Need more info? Contact us |
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