The WATLOW ANAFAZE CLS216 216-C20000DF represents cutting-edge technology in industrial module components, delivering exceptional performance for automation engineering solutions. Engineers across multiple industries rely on this advanced system for precise thermal management and process control.

Technical Specifications

• Model Number: 216-C20000DF
• Power Output: 20,000 Watts
• Voltage Range: 200-480 VAC
• Current Rating: 50A maximum
• Control Accuracy: ±1°C
• Communication Protocols: Modbus TCP/IP, EtherNet/IP
• Operating Temperature: 0°C to 50°C
• Storage Temperature: -40°C to 85°C
• Dimensions: 216 x 132 x 62 mm
• Weight: 1.8 kg

Key Features

The WATLOW ANAFAZE CLS216 216-C20000DF specifications highlight several innovative features that make it ideal for demanding industrial applications. First, its high power density allows for compact installation while delivering substantial output. Furthermore, the advanced thermal management system ensures reliable operation even in challenging environments.

Moreover, this industrial module component offers exceptional control precision, making it perfect for processes requiring tight temperature regulation. The dual communication protocol support simplifies integration with existing automation engineering solutions, while the rugged construction guarantees long-term durability.

Industrial Applications

Due to its robust WATLOW ANAFAZE CLS216 216-C20000DF specifications, this unit serves numerous industrial sectors effectively. Semiconductor manufacturing facilities benefit from its precise temperature control capabilities. Similarly, plastic processing plants utilize its high-power output for injection molding applications.

Additionally, the food processing industry employs these automation engineering solutions for thermal regulation in cooking and packaging operations. The medical device sector also relies on this equipment for sterilization processes that demand consistent, accurate heating performance.

Installation Considerations

When implementing these industrial module components, engineers should account for several important factors. Proper ventilation remains crucial for maintaining optimal operating temperatures. Likewise, electrical connections must follow local codes and manufacturer recommendations to ensure safety and performance.

Furthermore, system integrators should verify compatibility with existing control networks before deployment. The modular design of the WATLOW ANAFAZE CLS216 216-C20000DF simplifies maintenance procedures, but technicians should still follow prescribed service intervals for maximum reliability.

The Watlow ANAFAZE 204-C20000DF stands as a cutting-edge solution for industrial automation engineering, delivering exceptional performance in demanding environments. Engineers and system integrators consistently choose this model for its robust construction and advanced technological features.

Technical Specifications

Industrial Applications

Furthermore, the Watlow ANAFAZE 204-C20000DF serves as a cornerstone for numerous industrial module components across various sectors. Its high power output and precise control capabilities make it ideal for semiconductor manufacturing, plastic processing, and food production lines. Additionally, the unit integrates seamlessly with modern automation engineering solutions, providing reliable performance in continuous operation environments.

Performance Advantages

The ANAFAZE 204-C20000DF specifications reveal several superior features that distinguish it from competitors. First, its advanced thermal management system ensures stable operation even under maximum load conditions. Second, the modular design allows for easy maintenance and quick component replacement. Moreover, the unit’s intelligent control algorithms optimize energy consumption while maintaining precise temperature regulation.

Integration Capabilities

When implementing automation engineering solutions, the Watlow ANAFAZE 204-C20000DF offers exceptional flexibility. Its standard communication protocols enable straightforward integration with PLC systems and industrial networks. Consequently, engineers can easily incorporate this power controller into existing production lines without extensive modifications. The device also supports remote monitoring and control, which significantly enhances operational efficiency.