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CTKY Series Circular Split-Core Residual Current Transformer (RCT)

CTKY Series Circular Split-Core Residual Current Transformer (RCT)

Features a snap-open design for tool-free installation in confined spaces. Equipped with a nanocrystalline core for high sensitivity and low temperature drift, suitable for leakage current monitoring and protection in power distribution systems, charging piles, and photovoltaic systems, with tamper-proof and moisture-resistant housing.
ZH-CTK Series Rectangular Split-Core Residual Current Transformer

ZH-CTK Series Rectangular Split-Core Residual Current Transformer

Features a rectangular split-core design for easy installation without power interruption on existing busbars or cables. Equipped with a nanocrystalline core for high accuracy and low temperature drift. The housing is made of flame-retardant ABS material, suitable for residual current monitoring and fault protection in power distribution systems, charging facilities, and industrial applications.
ZH-CTK Circular Split-Core Residual Current Transformer (RCT)

ZH-CTK Circular Split-Core Residual Current Transformer (RCT)

Featuring a circular snap-open/snap-close structure, it supports live-line rapid installation without disassembling busbars or cables. Equipped with a high-sensitivity nanocrystalline core, full epoxy resin encapsulation, and a flame-retardant ABS housing, it is suitable for residual current monitoring and ground fault protection in photovoltaic systems, charging piles, and power distribution systems.
Outdoor Waterproof Split-Core Current Transformer

Outdoor Waterproof Split-Core Current Transformer

This outdoor waterproof current transformer features integrated sealing and modular design, effectively resolving accuracy degradation caused by magnetic core oxidation in split-core structures. It supports flexible addition of functional modules. With IP67 protection, wide current range, and V0 flame-retardant rating, it is suitable for high-precision current monitoring in harsh outdoor environments.
ZH- IP67 Waterproof Split-Core Current Transformer

ZH- IP67 Waterproof Split-Core Current Transformer

This series of waterproof split-core current transformers is designed for precise current measurement in harsh environments, such as outdoor, humid, or dusty industrial settings. Featuring an integrally sealed construction and high-strength flame-retardant enclosure, it achieves an IP67 protection rating, effectively preventing ingress of water and dust. The unique split-core design enables safe installation without power interruption, significantly improving retrofit and maintenance efficiency.
Split-Core Current Transformer

Split-Core Current Transformer

Featuring an innovative clamp-integrated design, this product allows quick installation without power interruption, offering a structure that is simpler than traditional C-type cores and ensuring safe, user-friendly operation. The core utilizes nanocrystalline material, delivering higher measurement accuracy and superior magnetic permeability. With energy-saving and eco-friendly characteristics, the product holds broad market potential in fields such as energy management and industrial monitorin
ZH-JCT Series - Split-Core Current Transformer

ZH-JCT Series - Split-Core Current Transformer

The ZH-JCT Series Split-Core Current Transformer features an open-core design for easy installation and removal without disconnecting cables. It is widely used for current measurement and protection in electricity meters, AC motors, lighting, HVAC systems, and building energy management.
ZH-JCTK Series - Split-Core Current Transformer

ZH-JCTK Series - Split-Core Current Transformer

Designed for split-core (clamp-on) current transformers, this product is manufactured from high-permeability, low-loss premium soft magnetic material and features a precision split-core structure. It allows easy clamp-on installation without interrupting the measured conductor, enabling efficient online current monitoring and measurement. With excellent initial permeability and favorable saturation characteristics, it ensures high linearity and measurement accuracy across a wide current range. T
ZH Series Ring Main Unit (RMU) Series - Split-Core Current Transformer

ZH Series Ring Main Unit (RMU) Series - Split-Core Current Transformer

The open-core current transformer is suitable for current measurement and microprocessor-based protection in AC power systems up to 35kV. Featuring a split-core design, the product is compact, lightweight, and easy to open and close, making it particularly ideal for use in compact fully-insulated ring main units. It can be directly clamped onto installed cables for quick and simple installation. The core is made of high-permeability imported silicon steel with low magnetic loss, while the windin
Split-Core Current Transformer

Split-Core Current Transformer

The open-core current transformer is designed for effortless installation. Its split-core structure eliminates the need to disconnect cables or busbars, or dismantle existing electrical connections during installation. Compared to traditional current transformers that require conductors to be threaded through the core or connected to primary terminals, the open-core type simply requires opening the core and clamping it onto the conductor, allowing installation without power interruption or syste
Open-Core Current Transformer Core

Open-Core Current Transformer Core

This series of current transformer cores utilize high-precision mirror-cut technology to achieve a near-zero gap structure, with permeability significantly superior to silicon steel and permalloy, and higher saturation flux density for broader detection range. Combining cost-effectiveness with easy installation, they provide an ideal solution for high-precision current measurement.
Nanocrystalline Transfomer Core

Nanocrystalline Transfomer Core

Using nanocrystalline (saturation flux density 1.2-1.5T), eddy current losses are reduced by over 60% compared to ferrite, supporting high-frequency applications (20kHz–1MHz), suitable for switching power supplies and inverters.
Common mode inductor winding products

Common mode inductor winding products

Common mode inductor nanocrystalline magnetic cores are the core components of electromagnetic elements based on nanocrystalline soft magnetic materials. Nanocrystalline materials are formed by annealing and crystallization amorphous alloys.
EMC Uses Common Mode Magnetic Cores

EMC Uses Common Mode Magnetic Cores

For most power supplies such as switching power supplies and high-frequency inverters, electromagnetic compatibility (anti-EMI interference) issues are encountered. Common mode inductors made with common mode cores wound with nanocrystals have effectively solved the problems in this regard.
Run-type Common Mode Filter Magnetic Ring

Run-type Common Mode Filter Magnetic Ring

It adopts a track-shaped structure, which is suitable for the winding of flat cables, has a high space utilization rate, balanced magnetic shielding performance, and can filter out high-frequency common-mode noise. It is applicable to compact space scenarios such as notebook computers and industrial wiring harnesses, simplifying EMC design.
High-frequency and high-impedance common mode inductor

High-frequency and high-impedance common mode inductor

High-frequency and high-resistance common mode inductor nanocrystalline magnetic core: Optimized for high-frequency scenarios, with a frequency response covering DC-200 MHZ, stronger anti-interference ability, lower loss, and a saturation magnetic induction intensity of up to 1.2T. Specifically designed for high-frequency systems such as 5G equipment and new energy vehicle electronic control, it enhances anti-interference efficiency and stability.
Nanocrystalline Common Mode Inductor

Nanocrystalline Common Mode Inductor

Featuring a nanocrystalline core with high permeability and ultra‑low high‑frequency loss, this common mode inductor provides strong noise suppression across a wide frequency range. It is widely used in switching power supplies, motor drives, EV systems, and industrial equipment for effective EMI filtering and enhanced EMC compliance.

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