1492-CM1771-LD012
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Overview of Allen Bradley 1492-CM1771-LD012
The Allen Bradley 1492-CM1771-LD012 Swing-Arm Conversion Module is designed to facilitate the transition between different types of industrial control systems, specifically from the 1771 series to the 1756 series. This module simplifies the upgrade process by providing a compatible interface, reducing the need for extensive rewiring and minimizing errors during conversion. It is part of Rockwell Automation's solutions for enhancing machine productivity and streamlining engineering processes.Key Features of Allen Bradley 1492-CM1771-LD012
- **Compatibility**: Converts inputs from 1771 to outputs suitable for 1756 systems, like the 1756-OX8I module. - **Voltage and Current**: Operates at a maximum of 132 VAC/DC and 12 Amps module current, with each point capable of handling 2 Amps. - **Temperature Range**: Functional between 0°C to 60°C. - **Humidity Tolerance**: Can operate in environments with humidity levels between 5% to 95% at 60°C (non-condensing). - **Certifications**: Complies with CCC, CSA, KC, and UL standards. - **Operational Vibration**: Can handle vibrations up to 2g at 10 to 500 Hz. - **Shock Resistance**: Non-operating shock resistance of 50g and operating shock resistance of 30g. - **Environmental Rating**: IP20, with selection based on wiring termination.Technical Specs of 1492-CM1771-LD012
| Specification | Value |
|---|---|
| Dimensions | 300 mm (height) x 111.25 mm (depth) x 38.1 mm (width) |
| Weight | 242.9 g (0.53 lbs) |
| Operating Temperature | 0°C to 60°C |
| Operating Humidity | 5% to 95% at 60°C (non-condensing) |
| Maximum Voltage | 132 VAC/DC |
| Maximum Current | 2 Amps per point, 12 Amps per module |
Applications / Use Case
The Allen Bradley 1492-CM1771-LD012 is primarily used in industrial settings where there is a need to upgrade from older PLC systems to newer models. It is particularly useful in converting outputs from the 1771 series to be compatible with the 1756 series, such as the 1756-OX8I module. This conversion simplifies the integration of newer control systems into existing infrastructure, reducing downtime and increasing overall system efficiency.Related Resources
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