ABB TU921S – 3KDE175111L9210 – TU921S Red. Termination Unit

Product Type:Termination Unit

Module Type:Red

Model Number:3KDE175111L9210

Designation:TU921S

Signal Terminals:9

Termination Configuration:3×9

Safety Rating:Non-Intrinsic Safety

Dimension (D x H x W):64 x 194 x 58.5 mm

Weight:0.3 kg

Operating Temperature Range:-20°C to +60°C

    The ABB TU921S Red. Termination Unit is a state-of-the-art solution tailored for precision control within complex industrial settings. Its robust design ensures reliability under challenging environmental conditions, making it a preferred choice for continuous operation in manufacturing and processing environments.

    Crafted with cutting-edge Surface Mount Technology (SMT), this termination unit provides a high-density mounting option, facilitating efficient board space utilization without compromising performance. Its durable construction allows for seamless integration with existing ABB automation systems, enhancing system efficiency and reducing setup times.

    With customizable input/output capacity, the TU921S unit offers flexibility to meet diverse application needs. Whether you require precise signal handling or comprehensive control solutions, this unit adapts to your specific requirements, ensuring optimal performance across various industries.

    Operational in a wide temperature range from -25°C to +60°C, this termination unit is designed to withstand extreme conditions, ensuring reliable operation in cold storage facilities, outdoor installations, or harsh manufacturing environments. Its 24V DC operating voltage and up to 5A current handling capability supports a broad spectrum of control tasks.

    The compact dimensions (64mm x 194mm x 58.5mm) and lightweight (0.3kg) design of the TU921S make it an ideal choice for space-constrained applications, enabling easy installation and maintenance without compromising on functionality. This unit is a testament to ABB’s commitment to delivering high-quality, innovative solutions that drive efficiency and productivity in modern industrial ecosystems.