Yokogawa UT350L-00 Limit Controller: Precision Monitoring & Control

Model:UT350L-00

Input Type:Universal

Alarm Outputs:2

Retransmission Function:Standard

Communication Interface:RS485 (Optional)

LED Display Size:20mm

Dimensions:96 (W) x 96 (H) x 100 (D) mm

Weight:Approx. 1 kg or less

Mounting Method:Direct panel mounting; mounting bracket provided

Protection Class:Front panel drip-proof (IP55 compatible)

    The Yokogawa UT350L-00 Limit Controller is engineered for high-precision control in demanding industrial applications, offering unparalleled reliability and efficiency. This controller is equipped with a large, high-resolution LED display that ensures easy readability of measurement values, even under challenging environmental conditions.

    Featuring universal input capability, the UT350L-00 can be adapted to various sensor types, simplifying integration across diverse industrial systems. Its programmable alarm outputs provide immediate alerts upon reaching predefined temperature thresholds, safeguarding critical machinery and processes.

    The inclusion of a retransmission function further enhances system robustness by enabling continuous monitoring and data transmission, crucial for maintaining operational integrity in complex networks. The optional RS485 communication interface facilitates seamless integration with advanced automation systems, supporting the latest industry standards.

    Built with durability in mind, the UT350L-00 boasts an IP55 front panel drip-proof rating, ensuring it can withstand harsh industrial environments without compromising performance. The compact design, weighing approximately 1kg and measuring 96mm x 96mm x 100mm, allows for versatile installation options, including direct panel mounting with provided brackets.

    With its comprehensive feature set and rugged construction, the Yokogawa UT350L-00 Limit Controller is an indispensable tool for industries requiring stringent temperature control and monitoring capabilities. It represents the pinnacle of precision and reliability, designed to optimize operational efficiency and minimize downtime.