Model Number:1756-A7LXT
Brand:Allen-Bradley
Series:SLC 500
Operating System:SLC 500
Communication Protocol:Modbus
Ports:2 Ethernet
Data Transfer Rate:10/100 Mbps
Power Supply Voltage:24V DC
Dimensions:7.5 x 6.5 x 1.75 inches
Weight:1.4 lbs
Environmental Conditions:Operational Temperature: 32°F to 122°F, Storage Temperature: -4°F to 140°F
Certifications:[“UL”,”CE”]
The Allen-Bradley 1756-A7LXT interface converter is engineered to enhance the performance of SLC 500 programmable logic controllers (PLCs) by facilitating efficient data exchange between different devices within a control system. This converter ensures high-speed communication over ControlNet, enabling real-time data transfer and control for critical industrial processes.
Featuring a compact and robust design, the 1756-A7LXT is built to withstand harsh industrial environments. Its wide operating temperature range (-20°C to +60°C) allows for installation in diverse settings without compromising reliability.
Equipped with a durable RS-485 interface, this converter supports bidirectional communication, providing a versatile solution for integrating various control modules and devices. The converter’s compatibility with ControlNet protocol ensures compatibility with a broad spectrum of Allen-Bradley products and third-party devices, enhancing system flexibility and scalability.
Precision control is at the heart of the 1756-A7LXT. Its accurate signal conversion capabilities enable fine-tuned adjustments and monitoring, crucial for maintaining optimal operational conditions in industrial automation. Whether it’s managing complex machinery, supervisory control applications, or coordinating multiple subsystems, this converter delivers reliable performance.
For users seeking a high-performance interface solution that seamlessly integrates with their existing Allen-Bradley SLC 500 system, the 1756-A7LXT offers a cost-effective and efficient upgrade. Its straightforward installation process, combined with Allen-Bradley’s commitment to quality and support, ensures minimal downtime and smooth operation throughout the system’s lifecycle.
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