Processor Model:SLC 5/01
Controller Capacity:1K
Memory Size:Up to 1 KB, Battery Backed-RAM
I/O Modules Supported:960
Analog I/O:480
Communication Interface:Ethernet
Power Supply:Backplane: 1 MA At 5 VDC
Response Times:Scan: 0.9 MS/Kword, Bit Execution: 0.37 MIC-SEC, I/O Scan: 0.255 MS
Programming Languages:RSLogix™ 5000 Software
Enclosure Type:Open Type
Display Features:Status LEDs
Dimensions:Length: 145 MM, Width: 35 MM, Height: 142 MM
Temperature Range:0 – 60 DEG C
Environmental Conditions:5 – 95% Relative Humidity
Weight:0.2 kg
Unleash the full potential of your industrial processes with the Allen Bradley 1747-L511 Modular Controller, a proven solution designed to elevate productivity and precision. This compact and durable unit is engineered for seamless integration into complex systems, offering unparalleled reliability and efficiency.
Featuring a powerful SLC 5/01 processor, this controller ensures swift execution of control logic, with typical scan times of just 0.9 milliseconds per Kword and bit execution speeds of 0.37 microseconds. The 960 maximum I/O modules provide ample space for customization, supporting a broad spectrum of industrial needs.
With its extensive 1 KB memory capacity, backed by battery-powered RAM, the Allen Bradley 1747-L511 ensures data integrity and quick access to critical information. The 480 analog input/output channels offer precise control over mechanical operations, enhancing process accuracy.
Built to withstand demanding industrial environments, this controller operates within a temperature range of 0 – 60 DEG C and is rated for 5 – 95% environmental conditions, ensuring reliability even in harsh settings. The open-type enclosure facilitates easy maintenance and customization, making it adaptable to various installation requirements.
Equipped with advanced software compatibility, the Allen Bradley 1747-L511 supports RSLogix™ 5000 software, streamlining programming and configuration tasks. Its compact dimensions (145 MM x 35 MM x 142 MM) and lightweight design (0.2 kg) facilitate easy integration into existing systems without compromising performance.
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