The Resin Cast Metering CT – Round Type is a high-precision current transformer specially designed for accurate measurement of electrical parameters in metering applications.
Its durable resin cast construction provides excellent insulation, flame resistance, and long-term reliability, ensuring consistent performance in both indoor and outdoor environments.
Key Features
- High accuracy for precise metering applications
- Robust resin cast body with excellent insulation
- Flame resistant and moisture-proof design
- Suitable for both indoor and outdoor installations
- Long service life with low maintenance
Key Features
Resin Cast Metering CT – Round Type
Ensure precision, reliability, and long-term performance with our Resin Cast Metering Round CT, engineered for accurate energy measurement in diverse industrial and utility environments.
High Accuracy
Available in Class 0.5, 0.2, and 0.2S, delivering precise measurements for energy auditing and billing.
Round Type Design
Optimized for installations requiring circular primary conductor arrangements, ensuring flexibility and ease of use.
Durable Resin Cast Body
Built with robust resin insulation, offering high mechanical strength, flame resistance, and moisture protection.
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Have questions about Resin Cast Metering Round CT?
Find answers to common queries about the Resin Cast Metering Round CT, its usage, and performance benefits.
Its round type design with resin cast insulation provides superior durability, flame resistance, and protection against moisture, ideal for circular conductor applications.
Widely used in circular busbars, switchgear, and energy metering panels where round primary conductors are applied.
The CT is offered in Class 0.5, 0.2, and 0.2S, ensuring precise energy metering and auditing.
The resin cast body ensures high mechanical strength, flame resistance, and long-term protection against harsh environmental conditions.
Yes, this CT can be customized for different current ratings, accuracy classes, and mounting options to suit project-specific requirements.