ControlLogix
Allen-Bradley ControlLogix is a family of programmable automation controllers (PACs) manufactured by Rockwell Automation under the Allen-Bradley brand. These controllers are designed for use in industrial automation and control applications and are part of the broader Rockwell Automation Integrated Architecture system.
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Allen Bradley
Allen Bradley ControlLogix, ControlLogix Chassis, Model 1756-A4 | Repair Service, Sales
- Model #:
- 1756-A4
- Part #:
- 1756-A4
- New/Surplus $ 526
- Refurb. Price $420 Save up to $ 106
- Repair Price $262 Save up to $ 264
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Allen Bradley
Allen Bradley ControlLogix, ControlLogix I-O, Model 1756-IB16 | Repair Service, Sales
- Model #:
- 1756-IB16
- Part #:
- 1756-IB16
- New/Surplus $ 571
- Refurb. Price $456 Save up to $ 115
- Repair Price $284 Save up to $ 287
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Allen Bradley
Allen Bradley ControlLogix, ControlLogix Accessories, Model 1715-TASIB16D | Repair Service, Sales
- Model #:
- 1715-TASIB16D
- Part #:
- 1715-TASIB16D
- New/Surplus $ 608
- Refurb. Price $486 Save up to $ 122
- Repair Price $303 Save up to $ 305
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Allen Bradley
Allen Bradley ControlLogix, ControlLogix I-O, Model 1756-IB16K | Repair Service, Sales
- Model #:
- 1756-IB16K
- Part #:
- 1756-IB16K
- New/Surplus $ 623
- Refurb. Price $498 Save up to $ 125
- Repair Price $310 Save up to $ 313
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Allen Bradley
Allen Bradley ControlLogix, ControlLogix I-O, Model 1756-IV16K | Repair Service, Sales
- Model #:
- 1756-IV16K
- Part #:
- 1756-IV16K
- New/Surplus $ 649
- Refurb. Price $519 Save up to $ 130
- Repair Price $323 Save up to $ 326
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Allen Bradley
Allen Bradley ControlLogix, ControlLogix I-O, Model 1715-TADIB16D | Repair Service, Sales
- Model #:
- 1715-TADIB16D
- Part #:
- 1715-TADIB16D
- New/Surplus $ 672
- Refurb. Price $537 Save up to $ 135
- Repair Price $335 Save up to $ 337
- Modularity: ControlLogix controllers are modular, allowing users to select the appropriate chassis size and add various input/output modules to match the specific needs of their application. This modularity provides flexibility in system design and expansion.
- Processor Options: ControlLogix controllers come with a range of processor options, including single-core and multi-core processors. These processors provide the computational power required for controlling complex automation systems.
- Communication Capabilities: These controllers support various communication protocols, including EtherNet/IP, ControlNet, DeviceNet, and others, making them suitable for integration into various industrial networks.
- Scalability: ControlLogix systems can be easily scaled to accommodate a wide range of applications, from small standalone systems to large and complex control architectures.
- Programming and Development: Programming for ControlLogix controllers is typically done using Rockwell Automation’s programming software, such as Studio 5000 or RSLogix 5000. These software tools provide a user-friendly environment for developing and maintaining control logic.
- Safety: Some ControlLogix controllers have integrated safety functionality, allowing users to design and implement safety systems in compliance with industry safety standards, such as SIL (Safety Integrity Level) and PL (Performance Level).
- Integrated Motion Control: ControlLogix controllers can be used for motion control applications, offering the capability to control servos and drives, making them suitable for applications like robotics and CNC machinery.
- Redundancy Options: For critical applications that require high availability and fault tolerance, ControlLogix controllers offer redundancy options to ensure continued operation in case of a hardware failure.
- Data Logging and Diagnostics: These controllers often provide features for data logging, real-time diagnostics, and remote monitoring, which can help with troubleshooting and predictive maintenance.
- Support for Industrial IoT: ControlLogix controllers are part of the Rockwell Automation Integrated Architecture, which can be integrated into Industrial Internet of Things (IIoT) systems for data collection and analysis, enhancing operational efficiency.