WATLOW ANAFAZE 997D-11CC-JURG Temperature Controller

The WATLOW ANAFAZE 997D-11CC-JURG is designed for precise temperature regulation in demanding industrial environments. Leveraging advanced PID algorithms, this controller ensures accurate, stable, and responsive thermal control for critical processes.

PID Control and Process Stability

The 997D-11CC-JURG incorporates adaptive PID technology, automatically adjusting control parameters to maintain consistent temperature. This minimizes overshoot, reduces settling time, and guarantees reliable process performance across complex operations.

Flexible Sensor and Output Options

The controller supports multiple sensor types, including thermocouples and RTDs, enabling high-precision feedback. Output options include relay, SSR, and analog control, allowing integration with heaters, coolers, and other actuators in industrial systems.

User Interface and Operation

An intuitive digital interface displays real-time process data, alarms, and system status. Operators can configure ramp/soak profiles, setpoints, and thresholds efficiently, enhancing safety and reducing errors.

Robust Industrial Design

Constructed to withstand harsh environments, the ANAFAZE 997D-11CC-JURG delivers long-term reliability even in high temperature, humidity, and electrically noisy conditions. Its robust build ensures continuous operation in industrial facilities.

Applications

Used in ovens, furnaces, reactors, and laboratory setups, this controller is ideal for semiconductor production, chemical processing, material testing, and other industrial applications requiring precise thermal control.

Advantages

WATLOW ANAFAZE 997D-11CC-JURG stands out for its precision, adaptability, and reliability. Engineers benefit from its advanced PID control, flexible input/output options, and integration capabilities, ensuring consistent quality and optimized operational efficiency.

In summary, the 997D-11CC-JURG provides accurate, reliable, and efficient temperature control for industrial processes, supporting complex applications and maintaining high-quality performance.