EcoNewlink Current Transformers — Accurate, Safe CTs for Smart Panels
EcoNewlink Current Transformers — Precision and Safety for Modern Power Distribution
EcoNewlink current transformers (CTs) are designed for reliable energy measurement and protection in commercial and industrial power systems. Built for electrical panel builders, EPC contractors, and system integrators, our CTs combine high accuracy, durable construction, and easy integration with multifunction power meters and energy meters.
Why Choose EcoNewlink CTs?
- High accuracy: Stable measurement for billing, monitoring, and protection across a wide current range.
- Reliable quality: Manufactured on automated lines under strict 5S controls with a defect rate ≤0.01%.
- OEM/ODM ready: Custom sizes, turns ratios, and housings to match your smart panel and meter requirements.
- Global trust: Products certified for international markets and used by industry leaders like Schneider and BYD.
- Safety first: Robust insulation and construction reduce risk in demanding electrical environments.
Applications
EcoNewlink CTs fit a broad range of uses including energy metering, power quality monitoring, load management, and protection in switchboards, distribution panels, and skids. They work seamlessly with multifunction power meters and IoT-enabled systems for clear, actionable energy data.
Our Advantage
Founded in 2018 and backed by more than 15 years of manufacturing experience through CHTK Electronics, Guangzhou EcoNewlink combines engineering partnerships with top universities and robust production capacity—up to 10,000 units daily. This lets us deliver cost-effective, high-quality CTs and full OEM/ODM solutions tailored to your project and grid needs.
Choose EcoNewlink for current transformers that simplify installation, improve measurement accuracy, and support smarter energy management. Contact our team for technical support, samples, or custom designs: nali@newlink.ltd
Product Image
Certificate display
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Frequently Asked Questions
What industries commonly use it?
Power distribution, industrial automation, EV charging, renewable systems, and grid infrastructure.
What materials are used for the fuse element?
The fuse element is made from high-purity copper or silver alloy, ensuring accurate melting characteristics and fast, reliable interruption during overload or short-circuit faults.
Can it be used in industrial environments?
Yes, it is designed for industrial and commercial applications.
How does the controller extend battery lifespan?
The optimized multi stage charging process and intelligent voltage regulation reduce stress on the battery and improve long term performance.
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