Description The Interface Module features 64 KB + 404 KB SRAM, 256 KB FlashPROM, and supports RS232, isolated RS232/TTY, isolated RS485/RS422, and isolated CAN interfaces for versatile and reliable industrial communication. Technical Specifications Condition New/Never Used Surplus Brand B&R Category PLCs and Accessories Part Number 2IF100.60-1 Subcategory PLC Expansion Modules Weight 0.5 kgs Flash Memory 256 KB FlashPROM Memory 64 KB SRAM + 404 KB additional SRAM Information About 2IF100.60-1 The B&R 2IF100.60-1 is an interface module designed to enhance communication capabilities within industrial automation systems. It features multiple electrically isolated interfaces, including RS232, RS485/RS422, and CAN, facilitating reliable and versatile connectivity for various network configurations. The module is equipped with 64 KB SRAM, 404 KB additional SRAM, and 256 KB FlashPROM memory, ensuring efficient data handling and storage. Key Features and Specifications Model: 2IF100.60-1 Memory: 64 KB SRAM, 404 KB additional SRAM, 256 KB FlashPROM Interfaces: 1 x RS232 1 x Electrically isolated RS232/TTY 1 x Electrically isolated RS485/RS422, network-capable 1 x Electrically isolated CAN, network-capable Benefits Versatile Connectivity: Supports multiple communication protocols, enabling integration with diverse industrial networks. Reliable Data Transmission: Electrically isolated interfaces ensure signal integrity and protection against interference. Efficient Data Management: Ample memory resources facilitate smooth data processing and storage. Applications Industrial Automation: Ideal for enhancing communication in PLC systems and other automated control setups. Network Integration: Suitable for connecting various devices and subsystems within a manufacturing environment. Process Control: Ensures reliable data exchange in complex control systems. The B&R 2IF100.60-1 interface module is a robust solution for expanding and optimizing communication within industrial automation infrastructures, offering flexibility and reliability to meet the demands of modern manufacturing processes.
