Connector:SC Type
Mounting:ControlLogix Chassis
Cable Type:62.5/125-micron Multi-Mode Fiber-Optic Cable
Channels:1 (Transmit and Receive)
Communication Protocol:Supports various industrial protocols including ControlNet, DeviceNet, EtherNet/IP, and more
Operating Temperature Range:-40°C to +70°C
Power Consumption:Less than 1 W under normal operating conditions
Environmental Compatibility:IP20 rated, suitable for indoor applications
Dimensions:2.8 x 4.5 x 1.1 inches (WxDxH)
The Allen-Bradley 1757-SRC3 System Redundancy Module is a critical component in enhancing the robustness of industrial control systems. By integrating this module into your existing network infrastructure, you can significantly reduce the risk of downtime caused by single-point failures, ensuring continuous operation even under challenging environmental conditions.
Crafted from high-quality materials for durability and longevity, the 1757-SRC3 module boasts a compact design that seamlessly integrates into ControlLogix chassis without compromising on performance. Its versatile compatibility with multiple communication protocols makes it an ideal choice for diverse automation setups.
Experience peace of mind with the 1757-SRC3’s ability to provide redundant communication paths through its SC-type connector and multi-mode fiber-optic cable. This ensures that data transmission remains uninterrupted, even when faced with unexpected interruptions or failures in other parts of the network.
Designed for efficiency, the module consumes minimal power, reducing energy costs and contributing to a sustainable operational environment. Its wide operating temperature range (-40°C to +70°C) ensures reliable performance across various industrial settings, from extreme cold climates to hot manufacturing floors.
With its IP20 rating, the Allen-Bradley 1757-SRC3 is protected against dust and minor splashes, making it a perfect fit for industrial environments where maintenance and dust management are crucial. This robust module offers a cost-effective solution for enhancing system resilience without compromising on ease of installation and integration.
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