Schneider Modicon Momentum 170ADI34000 Digital Module

Description

The 170ADI34000 is a discrete input module featuring 16 inputs operating at 24 VDC for Modicon Momentum industrial automation architectures. Manufactured by Schneider Electric, this module is engineered to monitor binary signals from field sensors, switches, and binary control devices within automated production environments.

Designed for modular integration, the 170ADI34000 supports seamless expansion of control system input capabilities while maintaining reliable signal acquisition. The unit features a physical profile measuring 26 x 18.2 x 5.7 cm and an operational weight of 0.39 kg, allowing for efficient space utilization inside standard electrical control enclosures. As an active lifecycle product, it provides continuous support for automated machinery, discrete manufacturing lines, and process control applications requiring high availability and dependable performance.

Features

• 16 discrete input channels for binary signal monitoring
• 24 VDC nominal operational input voltage
• Modicon Momentum system compatibility for modular expansion
• Compact physical form factor optimized for standard control panel layouts
• Active product lifecycle status ensuring long-term component availability

Applications

• Discrete manufacturing automation lines
• Industrial sensor monitoring and signal acquisition
• Material handling and packaging machinery
• Process control and factory automation systems

Technical Specifications

Installation Guidelines

• Mount the digital module securely onto its corresponding base unit within a standard industrial control cabinet or enclosure.
• Ensure all field input wiring is correctly terminated to the appropriate screw or spring clamp terminals in accordance with system schematics.
• Maintain proper separation between low-voltage digital signal cables and high-voltage power lines to minimize electromagnetic interference (EMI).
• Verify that the 24 VDC external power supply is stable and correctly rated before energizing the input circuits.