Allen Bradley 1747 Series PLC Cable for Use with SLC 500 Series, RS232

This cable connects the RS-232C port on SLC5/03, 5//04, 5//05 and CompactLogix processors to a personal computer, allowing a complete safety system. This connection enables programming with RSlogix 500 software. It features 9 pin “D” connectors on each end.

This Allen Bradley cable from Rockwell Automation provides a reliable connection for your SLC 500 series programmable logic controller (PLC). It has two nine-pin data terminal equipment (DTE) connectors that attach your PLC to an advanced interface converter (AIC+) so you can convert signals for transmission between devices. The 3-metre cable length makes it easy to set up in cabinets or server racks without having to stretch and risk damage to the wire.

• Compatible with a DIN rail to ensure equipment remains secure• Latching connector ends create a flush connection between the cable and the interface for an extra durable connection• Connector ends screw into place using side handles provided to prevent shunting or displacement

• UL (Underwriters' Laboratories)• CE (Conformité Européenne)• EMC (Electromagnetic Compatibility)• EN (European Norm)

• 3m (9.8ft) length cable
• Connection for use with SLC series programmable logic controllers
• Has two 9-pin DTE connectors

This cable has one straight connector end for an easy-to-follow connection and one right-angle end that lets you link into the interface in small or awkward work areas that are hard to reach.

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. These devices are widely used in modern industrial automation for controlling machinery, in industries such as packaging, food and beverage production, pharmaceutical, and printing.