Brief Function Introduction:
The Allen Bradley 1762-L24BWA PLC Input Module offers seamless integration for industrial control systems, designed for efficient data acquisition and processing.
Product Specifications:
Number of Inputs: | 24 |
Input Type: | Digital |
Signal Range: | -24VDC to +24VDC |
Communication Protocol: | Modbus RTU |
Operating Temperature: | -10°C to 60°C |
Relay Output Capacity: | 5A @ 24VDC |
Power Supply Voltage: | 12VDC to 24VDC |
Dimensions (WxHxD): | 90mm x 90mm x 35mm |
Product Details:
The Allen Bradley 1762-L24BWA Input Module is a critical component in any industrial automation setup, designed to enhance operational efficiency through its robust digital input functionality.
Equipped with 24 high-performance inputs, this module can handle a wide range of signals, ensuring reliable data collection from various sensors and actuators in real-time.
With support for Modbus RTU communication protocol, it seamlessly integrates with existing control systems, facilitating easy configuration and management.
Operated within a temperature range of -10°C to 60°C, this module ensures stable performance in diverse industrial environments, from freezing cold workshops to hot manufacturing floors.
Featuring relay outputs capable of handling up to 5A at 24VDC, it provides a safe and powerful way to control external devices, enhancing the versatility and reliability of your automation system.
Compact and sleek, with dimensions of 90mm x 90mm x 35mm, the Allen Bradley 1762-L24BWA Input Module is designed for easy installation and integration into compact control panels.
Notice:
Discover a vast range of automation and control components from top-tier OEMs in our inventory. Missed what you're after? Reach out—many more items await off-shelf.
Note: In case of discrepancies between displayed pictures and product models, the model description prevails. Request custom product images; we'll promptly arrange warehouse snapshots for your verification.
Got unique requirements? Let's talk. Timely responses guaranteed.