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For courses in Programmable Logic Controllers where the Allen Bradley programmable logic controller is in use.
This text emphasizes the Allen Bradley SLC 500 PLC and covers all three Allen Bradley programmable logic controllers (PLC 5, SLC 500 and Control Logix). As a result, it is the most comprehensive PLC text available. The primary focus of the text is "ladder logic programming," but chapters on switches, sensors, output actuators, process control, industrial networks and three other programmable logic controller languages (function block diagrams, structure text, and sequential function charts) are also included.
Features:
- A student CD-ROM with reference materials from Allen-Bradley.
- Two-part organization: Part 1 covers fundamental PLC concepts and basic operation and programming format for most PLC applications; Part 2 addresses advanced applications and four of the languages in the IEC 61131 PLC standard.
- Instruction descriptions and programming examples for the Allen-Bradley PLC 5, SLC 500, and ControlLogix processors with an emphasis on the SLC 500 system.
- Troubleshooting integrated throughout as well as numerous example problems.
- Coverage of both rack/slot-based addressing and variable or tag-based addressing systems.
- Description of the five IEC 61131 programming languages with detailed descriptions and example problems for the four IEC 61131 languages supported by Allen-Bradley.
- Standard ladder logic rungs for each PLC instruction that are used as building blocks for more complex automation solutions.
- Practical introduction to industrial networks such as Ethernet, ControlNet, and DeviceNet.
- End-of-chapter problems segregated into General, PLC 5, SLC 500, ControlLogix, and Challenge Groups.
Rehg and Sartori's Programmable Logic Controllers is for students in engineering and engineering technology who are studying the theory and operation of PLCs used in the control of production systems. This new textbook describes PLC terms and instructions, presents topics in a highly logical order, and uses a writing style that first-time users of programmable logic controllers can understand. |
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