The Allen-Bradley 1747-AIC Link Coupler for SLC 500 seamlessly integrates two separate SLC 500 systems, enabling the transfer of control logic and data between them. This essential component facilitates the expansion of control capabilities in industrial automation applications, ensuring system redundancy and enhanced operational efficiency.
Compatibility:SLC 500 Control Systems
Operating Voltage:12 to 24V DC
Data Transfer Rate:Up to 1 Mbps
Connectivity Options:RS-485
Power Consumption:Less than 2W
Environmental Conditions:-40°C to +70°C
Communication Protocol:Modbus RTU
Dimensions (WxHxD):40mm x 40mm x 20mm
Weight:Approximately 15g
The Allen-Bradley 1747-AIC Link Coupler is designed for seamless integration into existing SLC 500 systems, providing an efficient means to expand network capabilities without compromising system performance.
Featuring robust RS-485 communication technology, this coupler ensures reliable data transfer at high speeds, crucial for real-time control applications in various industries.
Engineered with precision, the 1747-AIC supports a data transfer capacity of up to 100 bytes per cycle, enabling quick and accurate information exchange between systems.
This coupler is equipped with an integrated power supply, allowing it to operate efficiently with minimal energy consumption. Its compact design ensures it fits into tight spaces within industrial settings.
Withstanding wide temperature ranges from -10°C to 55°C and capable of withstanding extreme conditions during storage, the Allen-Bradley 1747-AIC is built for reliability in harsh environments. Its IP20 rating guarantees protection against dust and light splashes, safeguarding against potential damage in industrial environments.
The Allen-Bradley 1747-AIC Link Coupler for SLC 500 seamlessly integrates two separate SLC 500 systems, enabling the transfer of control logic and data between them. This essential component facilitates the expansion of control capabilities in industrial automation applications, ensuring system redundancy and enhanced operational efficiency.