1747-L532 Allen-Bradley

1747-L532 Allen-Bradley 1747-L532 SLC 5/03 Controller Module:

Technical Specifications:

• Manufacturer: Rockwell Automation
• Brand: Allen-Bradley
• Part Number: 1747-L532
• Series: SLC 500
• Inputs: 4096
• Module Type: SLC 5/03 Processor
• Outputs: 4096
• Analog I/O: 480
• Memory: 16 KB Battery Backed-RAM
• Program Scan Time: 1 ms/K
• User Memory: 16,000 Words
• I/O Chassis: 3
• Chassis Module Slots: 30
• I/O Scan Time: 0.225 milliseconds
• Communication: DH485, RS-232
• Ambient Temperature Range: 0 to 60 degrees Celsius
• Backup Memory: 1747-M13
• Backplane Current (5 Volts DC): 500 milliamps
• Battery Back-up Memory Included: Yes (1747-BA)
• UPC: 10662468217887

Description:

The 1747-L532 SLC 5/03 Processor by Allen-Bradley is a compact and versatile module designed for the SLC 500 system. It is suitable for small-scale process control, material handling, and HVAC applications. The module features a PLC-5 processor with an advanced instruction set, offering both stand-alone and distributed operation capabilities. It includes 16K words of user memory, supporting 12K words for data/program and 4K for data only. With 4096 inputs, 4096 outputs, and 480 local analog I/Os, it provides extensive connectivity options. The program scan time is efficient at 1 millisecond per keyword. The module operates within an ambient temperature range of 0 to 60 degrees Celsius and is capable of withstanding 30G of operating shock.

For communication, it is equipped with DH-485 and RS-232 ports, configurable to connect with a 1761-NET-AIC converter. Standard battery-backed RAM and Flash backup memory are included, ensuring reliable data retention. The 1747-L532 can be expanded with remote I/O scanner and DeviceNet scanner modules, allowing for universal remote link or DeviceNet network I/O configuration. It also offers advanced capabilities like online programming, flash memory upgrades, floating-point math, a real-time clock, and more. This PLC is designed for use in clean, dry industrial environments and is known for its robust performance and reliability.

Documentation