Schneider Electric TM3DI1602

Overview

Unlock superior control and expand the capabilities of your Modicon M221, M241, or M251 programmable logic controllers with the robust Schneider Electric TM3DI1602 16-channel digital input module. As a core component of the Modicon TM3 expansion series, this module is engineered to provide precise and reliable discrete input acquisition, crucial for a wide array of industrial applications. Its 24V DC input capacity and compact, DIN-rail optimized design ensure seamless integration and flexible scalability within even the most demanding automation setups, making it an indispensable asset for modern control systems.

Key Features

• Input Capacity: Integrates 16 dedicated digital input channels for comprehensive data acquisition.
• Voltage Standard: Operates efficiently with 24V DC (source type) applications, ensuring broad compatibility.
• Input Flexibility: Designed for versatility with both sink and source type input signals.
• Real-time Diagnostics: Individual LED indicators per channel provide instant status updates for quick troubleshooting.
• Connection Reliability: Features a removable screw terminal block for secure and straightforward wiring.
• System Synergy: Fully compatible with Modicon M221, M241, and M251 logic controllers for integrated solutions.
• Installation Ease: Standard DIN rail mounting facilitates swift and secure installation in control cabinets.

Technical Specifications

• Model Identifier: TM3DI1602
• Product Line: Modicon TM3 Series
• Input Voltage Range: Operative from 19.2V DC to 30V DC, accommodating standard industrial supplies.
• Input Current: Consumes a minimal 3 mA at 24V DC, promoting energy efficiency.
• Galvanic Isolation: Offers 500V isolation between input channels and logic, enhancing system integrity and safety.
• Signal Response Time: Achieves rapid signal detection with both rise and fall times of ≤ 4.5 ms.
• Power Efficiency: Draws approximately 20 mA at 3.3V DC from the internal bus.
• Environmental Shielding: Features an IP20 protection rating, suitable for typical industrial environments.
• Operational Temperature: Performs reliably across a temperature range of 0°C to +55°C.
• Physical Dimensions (W x H x D): Measures 23.5 mm x 90 mm x 70 mm, optimizing panel space.
• Mass: Weighs approximately 0.12 kg, contributing to lightweight system designs.

Applications

• Expanding I/O for Programmable Logic Controllers in diverse industrial setups.
• Control and monitoring within automated Packaging & Handling Systems.
• Integration into Machine Control Panels for precise operational management.
• Deployment in advanced Factory and Building Automation systems for enhanced control.

Why Choose This Model?

The Schneider Electric TM3DI1602 stands out as an exceptional choice for engineers and system integrators seeking to enhance their automation infrastructure. Its intelligently designed compact form factor ensures maximum space utilization within control cabinets without compromising on performance or expandability. Benefit from highly dependable and swift input detection, guaranteeing that critical process signals are captured with accuracy and minimal latency. This module offers unparalleled integration with existing Modicon PLCs, simplifying system architecture and reducing commissioning times. For applications where space is a premium, and reliability is non-negotiable, the TM3DI1602 provides an optimal solution, ensuring your control panels are both efficient and future-proof.

Order Now

Secure your Schneider Electric TM3DI1602 digital input module today and elevate your automation capabilities. Take advantage of our efficient processing for rapid shipping and convenient worldwide delivery options to meet your project deadlines. For a broader selection of expansion possibilities, explore our comprehensive collection of Schneider Electric Modicon TM3 Expansion I/O Modules. Additionally, discover our full suite of Schneider Electric PLCs to find scalable, flexible, and robust automation solutions tailored for the most demanding industrial applications.