Advanced Energy Thyro-S® Power Controllers
Advanced Energy Thyro-S® Power Controllers deliver accurate, reliable, switch-free performance and offer simple mounting and minimal space requirements. These controllers are designed to connect to bus systems, be utilized as a stand-alone unit, or be used in combination with all established two-point controllers, from PLCs to computer systems. Due to the simple mounting and minimal space requirements, these controllers are seamlessly integrated into various applications. Status LEDs provide a quick overview of the system's status and load percentage. Advanced Energy Thyro-S Power Controllers are suitable for transformer loads, resistive loads, and heating elements in electric furnaces and for heat tracing for piping and process elements in chemical, petrochemical, and oil processing applications.Features
- 1-, 2-, or 3-phase versions
- Scalable PLC/PAC integration for closed-loop, thermal process control
- Ideal for Ohmic and transformer-type loads
- Easily install with compact unit footprint and simplified mounting design
- Optimizes load control with up to 5 control methods and 3 operating modes
- Customizable faults, alarms, status, limits, and set points for easy integration into existing control systems
- USB interface for Thyro-Tool software
Applications
- Transformer loads, resistive loads, and heating elements in electric furnaces used for glass, metals, and ceramics manufacture
- Heat tracing for piping and process elements in chemical, petrochemical, and oil processing
- Extruder and plastic press heating, IR drying, and automotive
Specifications
- Communications
- Ethernet/IP
- PROFIBUS
- PROFINET
- Modbus RTU
- Modbus TCP/IP
- DeviceNET™
- CANopen
- AC input line voltage rating
- 230V to 500V (-57% to +10%)
- 230V to 500V (-15% to +10%)
- 8A to 350A current range
- On-off switch control modes
- 24VDC/AC external supply
- Up to 2000m above sea level site altitude
- DIN-rail mounting up to 60A systems
Thyro-S 1S
Thyro-S 2S
Thyro-S 3S
Related Applications
發佈日期: 2024-10-21
| 更新日期: 2025-01-29
