Description:
Rayleigh 200A split Core Current Transformer, model RI-CTS024, is a high quality & efficient unit designed for single phase applications. This compact & versatile transformer enables unobtrusive current monitoring, making it ideal for a variety of power measurement and monitoring systems. With its 200A power supply, this transformer is well suited to handle medium to high current loads in residential, commercial & industrial settings. Its split-core design makes installation easy, allowing users to conveniently connect the transformer around existing wiring without breaking the circuit.
The current transformer RI-CTS024 offers exceptional accuracy & reliability, ensuring accurate measurements even in difficult environmental conditions. The insulation material of the primary winding ensures better safety and protection according to industry standards. In addition, the transformer has a small phase shift, which minimizes possible errors in current measurement. Its compact size and lightweight construction make it space-saving and easy to handle during installation or maintenance. Whether for energy management, power monitoring or equipment protection, Rayleigh 200A split Core Current Transformer is a state-of-the-art solution for reliable and accurate current measurement in single-phase systems.
Rayleigh 200A Split Core Features:
- Maximum current capacity of 200A
- Split core design for easy installation
- Accurate current measurement in single-phase systems
- Reliable performance and precise readings
- Durable construction for long-lasting use
- Meets industry standards for safety and accuracy
- Ideal for retrofit applications
- Suitable for energy monitoring and power quality analysis
- Compatible with various industrial applications
- Compact and space-saving design
Application:
- Energy monitoring and management systems
- Power quality analysis and monitoring
- Industrial control systems
- Building automation
- Electrical distribution systems
- Renewable energy systems
- Smart grid systems
- HVAC systems
