EHV Current Transformers (CTs) up to 220kV are integral components in high-voltage power systems, engineered for precise current measurement, protection, and metering within the voltage range of 110kV to 220kV. These cutting-edge transformers are vital for ensuring the reliable operation and management of electrical networks. Crafted using high-quality silicon or amorphous steel cores, EHV CTs significantly minimize measurement losses while providing essential data for system monitoring and fault detection. With recognized accuracy classes, such as 5P for protection and 0.1S for metering, these CTs are designed to withstand extreme operational conditions. Featuring high-grade insulation materials, they can endure high-voltage and surge environments, making them suitable for applications in substations, transmission lines, and power plants. Their design allows for optimal compatibility with protection relays, allowing for accurate data acquisition and system integrity, thus enhancing the safety and reliability of power distribution systems.
Key Features
| Features | Description |
|---|---|
| Voltage Rating | 110kV to 220kV |
| Core Material | High-quality silicon steel or amorphous steel |
| Accuracy Classes | 5P for protection, 0.1S for metering |
| Insulation Type | High-grade insulation for high-voltage applications |
| Applications | Used in substations, transmission lines, and power plants |
| Operational Reliability | Designed for minimal losses and maximum efficiency |
| Load Compatibility | Proper matching with burden for accurate data |
| Attributes | Description |
|---|---|
| Current Rating | Varies by application, in line with standards |
| Standard Compliance | Meets industry standards for EHV equipment |
| Installation Type | Can be mounted in substations and on power lines |
| Temperature Range | Designed to operate in extreme condition temperatures |
| Weight | Lightweight design for easy installation and handling |
| Testing | Tested for reliability and accuracy pre-installation |
Key Words
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Brand: Heatex
Country Of Origin: India
EHV Current Transformers (CTs) up to 220kV are essential components in high-voltage power systems, used for accurate current measurement, protection, and metering.
Designed for voltages ranging from 110kV to 220kV, these CTs provide crucial data for system monitoring and fault detection.
They are constructed with high-quality silicon steel or amorphous steel cores to ensure efficient current measurement with minimal losses. EHV CTs are available with accuracy classes such as 5P for protection and 0.1S for metering.
These transformers also feature high-grade insulation to withstand high-voltage and surge conditions.
They are widely used in substations, transmission lines, and power plants to safeguard equipment and maintain system reliability.
With proper matching of burden to protection relays, EHV CTs ensure accurate data for both protection and metering applications, contributing to the safe operation of electrical networks and power distribution systems.
EHV Current Transformers (CTs) up to 220kV are essential components in high-voltage power systems, used for accurate current measurement, protection, and metering.
Designed for voltages ranging from 110kV to 220kV, these CTs provide crucial data for system monitoring and fault detection.
They are constructed with high-quality silicon steel or amorphous steel cores to ensure efficient current measurement with minimal losses. EHV CTs are available with accuracy classes such as 5P for protection and 0.1S for metering.
These transformers also feature high-grade insulation to withstand high-voltage and surge conditions.
They are widely used in substations, transmission lines, and power plants to safeguard equipment and maintain system reliability.
With proper matching of burden to protection relays, EHV CTs ensure accurate data for both protection and metering applications, contributing to the safe operation of electrical networks and power distribution systems.
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