Schneider TM3DQ32TK | Modicon TM3 – 32 outputs transistor PNP (HE10)

Schneider TM3DQ32TK | Modicon TM3 – 32 outputs transistor PNP (HE10)

Technical Specifications Schneider TM3DQ32TK

1. Number of Outputs: The module has 32 outputs.

2. Output Type: PNP Transistor outputs.

3. Operating Voltage: It operates on a 24V DC voltage.

4. Connectors: It uses HE10 connectors, a type of high-density connector used in modular I/O systems.

5. Current Rating per Output: It typically supports up to 0.5A per output (depending on the model).

6. Mounting: The unit is designed to fit into the Modicon TM3 I/O system, making it easy to integrate into control panels or automation systems.

7. Flexibility: The module is scalable, allowing it to be expanded to meet the requirements of different applications.

Features:

1. Compatibility with Modicon Systems: The TM3DQ32TK is fully compatible with Modicon controllers, such as the M221, M241, and M251 series, making it easy to integrate into existing systems.

2. Easy Wiring: The HE10 connectors provide high-density, space-efficient wiring, simplifying installation and organization in automation systems.

3. Industrial Device Control: Thanks to its PNP transistor outputs, the module can control industrial devices like motors, relays, and other control equipment.

4. Precision Control: It delivers stable and precise performance in industrial environments where control over multiple devices is required.

5. Compact Design: The unit’s compact design helps save space in electrical panels compared to traditional I/O systems.

6. High-Speed Operation: The module supports high-speed operations, making it suitable for applications that require quick response times.

Applications:

The TM3DQ32TK module is used in a wide range of industrial applications that require control over many digital devices, such as motors, lights, sensors, and actuators. It is commonly used in PLC (Programmable Logic Controller) systems for automation and control tasks, enhancing operational efficiency.

This module is ideal for industries that rely on advanced automation systems, as it offers stable performance and flexible control over industrial processes.