1746-A10 Allen Bradley Rack for use with SLC 500 Series, 171 x 397 x 145 mm, SLC 500B

Allen Bradley SLC500 CPU, PSU and I/O Chassis_x000D_ Enhance flexibility in your control system configuration with the SLC500 Chassis for CPU, PSU and I/O modules by Allen Bradley. This chassis securely houses the processor and I/O modules and comes in four available sizes to meet your application requirements. The modules can be placed in any position and slide easily into slots for optimal convenience and ease of use. Up to 3 chassis can be interconnected, up to a maximum of 30 slots, allowing you to maximise the capabilities of your control system._x000D_ Allen Bradley provide a range of high-quality, affordable components to help you design a control system that can meet your specific application requirements. With the Allen Bradley SLC 500 and PLC systems you can greatly improve the efficiency and reliability of your automated machine processes and experience peace-of-mind._x000D_ • 4, 7, 10 and 13 slot options_x000D_ • Height 171mm, Depth 145mm; Width tabled below_x000D_ What is SLC500?_x000D_ The Allen Bradley SLC500 is a small chassis-based family of programmable controllers, discrete, analogue, and speciality I/O, and peripheral devices. The SLC500 family delivers power and flexibility with a wide range of communication configurations, features, and memory options. The smaller size of the SLC means that it can be used in applications which do not require the larger size and overhead of a traditional, full-size programmable logic controller._x000D_ Programmable Logic Controllers (PLC) are complex computers which automate control processes by using programs to communicate electronic signals to machines and devices. In simplified terms, they are usually comprised of three components: A CPU (Central Processing Unit), which is the brain or processor of the system, Inputs, and Outputs. An input module detects signals from things like switches, sensors, and buttons. This is processed by the CPU, which leads to an output relaying the CPU’s instructions to a machine or device. PLC system functions can be expanded by adding extra I/O modules. PLC systems are widely used in modern industrial automation for controlling machinery, in industries such as packaging, food and beverage production, pharmaceutical, and printing. Allen Bradley offer excellent control capabilities with their flexible SLC/PLC systems to give you optimal power and performance._x000D_ Allen Bradley PLC Rack, 171 (H) x 397 (W) x 145mm (D) - SLC 500B Series - 1769-A10_x000D_ Use this rack from Rockwell Automation's Allen Bradley range to house your programmable logic controllers (PLCs), input-output (I/O) modules and peripheral devices. It has dimensions of 171mm (height), 397mm (width) and 145mm (depth), so it offers room for housing various devices for your setup. The modules can be secured in any position to make installation easy. Use this rack to secure devices that control activities from robotic systems to machine automation._x000D_ Features & Benefits_x000D_ • Contains a wide array of mounting slots for securing a complex and large-scale setup_x000D_ • Operating temperature range between 0°C and +60°C for use in demanding industrial environments_x000D_ • Panel mounts to a wall or flat surface for a secure hold that protects against vibration or impact damage_x000D_ Standards and Certifications_x000D_ • UL (Underwriters' Laboratories)_x000D_ • CSA (Canadian Standards Association)_x000D_ • EN (European Norm)_x000D_ • ACMA (Australian Communications and Media Authority)_x000D_ Does this PLC rack connect to a power supply?_x000D_ Yes, this PLC rack can be wired to a power supply. It's best connected using a round bus connection, which reduces electrical resistance.