Seasonal Pick Allen-bradley 1756-m14 Digital Input Module In Stock Essentials [V0t7as1M]

Allen-Bradley 1756-M14 Digital Input Module

The Allen-Bradley 1756-M14 Digital Input Module is a robust solution for industrial control systems, offering 14 channels to monitor the status of various digital input devices. This module is designed for seamless integration into ControlLogix systems, providing reliable and efficient input monitoring. Its versatile configuration allows for sinking, sourcing, or interrupt modes, ensuring flexibility in diverse applications.

• 14-channel capacity for extensive input monitoring.
• Multiple operating modes including sinking, sourcing, and interrupt.
• Optimized for use with ControlLogix systems for enhanced functionality.

Product Specifications and Technical Details

The 1756-M14 module is equipped with a wide voltage rating of 5 to 28 VDC and a current rating of 10 mA per channel, ensuring compatibility with a variety of input devices. It features built-in fuse protection for each channel, providing reliable operation and safety. The module offers a scanning speed of 1 kHz, ensuring timely data acquisition and processing.

• Voltage rating: 5 to 28 VDC
• Current rating: 10 mA per channel
• Scanning speed: 1 kHz
• Dimensions: 40 mm x 69 mm x 115 mm (1.57 in x 2.72 in x 4.53 in)

Applications and Benefits

The Allen-Bradley 1756-M14 Digital Input Module is ideal for various industrial applications, including manufacturing automation, process control, machine control, and building automation. Its high-speed scanning and diagnostic capabilities make it a reliable choice for monitoring digital inputs in real-time. The module's versatile configuration and robust design make it an essential component for enhancing the performance of your industrial control systems.

• Industrial control systems benefit from its high-speed scanning and reliable input monitoring.
• Manufacturing automation can be optimized with its versatile configuration and compatibility with various input devices.
• Process control and machine control systems gain improved efficiency and reliability.