Brand:Schneider Electric
Model:TWDAMI2HT
Type:Analog Input Module
Product Type:Modicon M238 Logic Controller
Analog Input Number:2
Input Level:High Level
Input Types:[“Current 4…20 mA Non-Differential”,”Voltage 0…10 V Non-Differential”]
Supply:External Supply
Rated Supply Voltage:24 V DC
Supply Voltage Limits:20.4…28.8 V
Electrical Connection:1 Removable Screw Terminal Block
Current Consumption:40 mA @ 24 V DC External, 50 mA @ 5 V DC Internal
Dimensions:Compact Design for Easy Installation
Environmental Compatibility:IP67 Rated for Dust and Waterproof Protection
Operating Temperature:-25°C to +55°C
Communication Interface:Standard PLC Communication Protocol
The Modicon TWDAMI2HT is engineered for durability and reliability, making it an ideal choice for demanding industrial applications. Its high-level inputs are specifically designed for compatibility with a wide range of sensors and transmitters, ensuring accurate and stable signal reception.
With its compact design and easy-to-remove screw terminal block, this module facilitates quick installation and maintenance, saving you time and effort on site. The modular structure allows for simple integration into existing PLC systems without requiring extensive system modifications.
Featuring a compact and robust enclosure with IP67 waterproof protection, the TWDAMI2HT is suitable for use in harsh industrial environments where dust and water resistance are critical. It can withstand challenging conditions such as dust storms and occasional water exposure, ensuring continuous operation even in the toughest settings.
The module supports a wide range of communication protocols compatible with Schneider Electric’s Modicon M238 logic controllers, enabling seamless integration into complex control systems. This compatibility ensures that the module can communicate effectively with other components in your system, providing a cohesive solution for your automation needs.
To ensure optimal performance and longevity, the Modicon TWDAMI2HT undergoes rigorous testing during the manufacturing process. This includes environmental stress testing to confirm its reliability under various operating conditions, as well as functional testing to verify the accuracy of its signal processing capabilities.
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