Model Type:SLC 5/05 Modular Processor Unit
Memory:64 KB, Back up: Flash
Interface:RS-232 Ports, Communication: EtherNet
Mounting:Chassis
Output:Backplane: 10 MA At 5 VDC
Response Time:Typical Scan: 1.5 MS/Kword, Bit Execution: 0.5 MIC-SEC, I/O Scan: 0.255 MS
Programming Devices:RSLogix™ 5000 Software
Enclosure:Open Type
Display:Status LEDs
Dimensions:145 MM (Length) x 35 MM (Width) x 142 MM (Height)
Temperature Rating:0 – 60 DEG C
Environmental Conditions:5 – 95% Non-Condensing
Experience unparalleled efficiency with our Allen-Bradley 1747-L541 CPU Module, a cornerstone of advanced control systems. This cutting-edge technology is engineered to deliver superior performance, seamlessly integrating into diverse industrial settings.
Equipped with a substantial 32 KB memory, backed up by flash storage, this module ensures quick access to critical data, optimizing operational flow and enhancing productivity. Its compatibility with RS-232 ports and Ethernet communication enables seamless data exchange, making it an indispensable asset in complex networks.
The modular design offers flexibility and easy installation, while its robust open-type enclosure provides protection against environmental challenges, ensuring reliable operation under a wide range of conditions. The 1 MA at 5 VDC output is perfectly suited for interfacing with various control devices, facilitating smooth and precise control over processes.
Featuring a lightning-fast response time of 0.9 MS per Kword, this CPU module ensures swift processing, enabling immediate responses to dynamic changes in your system. The bit execution speed of 0.37 MIC-SEC and I/O scan time of 0.255 MS contribute to its exceptional speed and efficiency, allowing for real-time monitoring and control.
Integrated with the RSLogix™ 5000 Software, users can leverage advanced programming capabilities, simplifying the setup and maintenance of control systems. The inclusion of status LEDs provides visual feedback on the module’s operational status, ensuring quick identification of any potential issues.
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