The Allen Bradley 1747-M11 Flash Memory Module is an essential component designed for Allen-Bradley SLC 500 controllers, enhancing their memory capabilities with high-speed, non-volatile storage. Ideal for industrial automation applications requiring robust data retention and quick access.
Memory Type:EEPROM
Memory Capacity:8 Kilobytes
Instructions Supported:1,000
Chassis Module Slots:30
Communication Protocols:Ethernet, RS-232
Operating Voltage:100Vac-240Vac
Temperature Rating:0 – 60 DEG C
Introducing the Allen Bradley 1747-M11 Extended Flash Memory Module, engineered to elevate the efficiency of your industrial control systems. This memory module is specifically tailored for integration with Allen-Bradley PLC systems, ensuring seamless operation and compatibility.
Equipped with advanced EEPROM technology, this module boasts an impressive memory capacity of 8 kilobytes, capable of storing up to 1,000 instructions. It’s the backbone of data management, providing the robust storage necessary for complex automation tasks.
The 1747-M11 module supports versatile communication protocols, including Ethernet and RS-232, allowing for flexible connectivity options. This feature enhances system interoperability and simplifies integration with other devices and networks.
Featuring a compact yet powerful design with 30 chassis module slots, this extended memory module offers unparalleled scalability. Whether you’re expanding an existing setup or building from scratch, the Allen Bradley 1747-M11 ensures you have ample room for growth and customization.
Certified with international standards like GOST_R, KCC, and ROSTECHNADZOR, this module is built to withstand varying operational conditions, from -40°C to +70°C. It’s a testament to its reliability and durability in harsh industrial environments.
The Allen Bradley 1747-M11 Flash Memory Module is an essential component designed for Allen-Bradley SLC 500 controllers, enhancing their memory capabilities with high-speed, non-volatile storage. Ideal for industrial automation applications requiring robust data retention and quick access.