Product Type:Digital Output Module

Model Number:DDO03

Manufacturer:ABB

Module Size:Compact, easy to integrate

Operating Voltage Range:8…48 VDC

Current Rating:10 mA max

Number of Channels:8

Communication Interface:Modbus RTU

Environment Compatibility:IP20 rated, suitable for various industrial environments

Weight:0.12 kg

Dimensions:67.4 mm x 30.5 mm x 10.8 mm

Temperature Range:-25°C to +60°C

    Introducing the ABB DDO03 Freelance Digital Output Module, a cutting-edge solution for optimizing industrial automation systems. This module boasts a compact design, making it easily integrable into existing setups without compromising on performance. It delivers precise digital output control, enhancing system efficiency and reliability.

    With a wide operating voltage range of 8…48 VDC and a maximum current rating of 10 mA per channel, the DDO03 ensures compatibility across diverse applications, from lighting control to process automation. The inclusion of 8 channels allows for versatile configuration, accommodating multiple output requirements seamlessly.

    Featuring a Modbus RTU communication interface, this module facilitates smooth data exchange with other devices in the network, ensuring efficient monitoring and control. The IP20 rating guarantees robust protection against dust and light splashes, ensuring reliable operation in a variety of industrial environments.

    The ABB DDO03 Freelance Digital Output Module is designed for use in a broad temperature range of -25°C to +60°C, making it suitable for harsh industrial conditions. Its lightweight and compact size, combined with its high-performance capabilities, make it an ideal choice for space-constrained areas or where quick installation is necessary.

    To further enhance its value, the DDO03 module supports advanced diagnostics and self-monitoring functionalities, enabling proactive maintenance scheduling and reducing downtime. This feature ensures optimal operational efficiency, contributing to overall productivity gains in manufacturing processes.