Split Core Current Transformer

313
Category

Split Core Current Sensor

Steady in phase shift over the whole range
Small in size, clamp type, easy to use no need of cutting cable
Various of configuration and output characteristics
Cable leads can be tailor made
RoHS compliant
CE/ ETL / UKCA Certificate

Additional information

Accuracy

0.5~2.0
Rated Primary Current

0~600A
Rated Secondary Current

5mA~5A
Rated Frequency

50/60 Hz
Load Resistance

20Ω
Voltage output

0.333V / 333mV
Ask For Quote

Product Details:

Xiamen ZTC Technology Co., Ltd

The Leading Split Core Current Transformer Manufacturer In China

Provide you tailor made solution with factory direct selling price to meet various energy management project needs.

Get Your Project Started
Zentar Split core currrent transformer

Our split core sensor applied on customers successful projects for energy Monitoring

SCT on cabinet

Who Are We?

A RELIABLE SUPPLIER, UP TO 70% GIANT COMPANIES IN ELECTRICAL & ELECTRONIC INDUSTRY USE OUR CURRENT SENSORS

As energy management/monitor/audit are increasingly popular and widely applicated in home and Industry. Split core current transformers, Rogowski Coils, Precision current transformers are being sold well.

With 20 years of experience in current transformer production and supplies, we have been assisting many energy management companies launch their smart energy monitoring system in Europe and U.S. market many years.

Tell Us What You Need

Split core current transformer structural characteristics and working principle

Electronic Current Transformers in Digital Substations and Smart Grids

With the advancement of digital substations and smart grids, electronic current transformers (CTs) are increasingly used for measurement, protection, and monitoring within power systems. The primary function of a current transformer is to convert large primary-side currents into smaller, measurable secondary-side currents. It’s crucial to note that the secondary side of the CT should never be open-circuited, as its operation is based on the principle of electromagnetic induction.

Types of Current Transformers

  • High Voltage: Used for systems with voltages above 10KV.
  • Medium Voltage: Typically used at 10KV.
  • Low Voltage: Applied in systems with 1KV or lower.

Split Core Current Transformers (SCTs)

  • Primary Use: SCTs are mainly used in low voltage applications, such as low-voltage power distribution cabinets or overhead lines.
  • Design Considerations:
    • SCTs require opening and closing, limiting their ability to maintain effective sealing and insulation.
    • In specific cases, SCTs can be used at 10KV if the primary current carrier is a well-insulated cable structure.
    • However, due to the close proximity of the SCT’s opening and closing parts to bare busbars, which lack effective isolation and safety distance, SCTs are generally restricted to low-voltage applications when installed on busbars.
SCT

ItemMax Primary
Current(A)		Turns RatioLinearityLoad resistance ΩFrequency HzDimensions (mm)
Click PN For DetailsWindowsIDHT
CT31280500~5000:10.5~3%2050/6025*27.51042.5
CT313200500~5000:10.5~3%2050/6022.2*32.51643.5
CT314250500~5000:10.5~3%2050/6034*462466
CT30420500~5000:10.5~3%2050/6016*26.4632
CT315400500~5000:10.5~3%2050/6040.5*483684.8
CT332480500~5000:10.5~3%1050/6095*964596

Electrical Characteristic Curve

electrical curve

Open-Ended Low-Voltage Current Transformer

The working principle of an open-ended low-voltage current transformer involves the primary winding being connected in series with the line under test. The primary current (Ip) is transformed into a secondary current (Is), which can typically be 5 A, 1 A, or as low as 10 mA, depending on the number of secondary turns in the transformer and the impedance of the secondary circuit and connecting wires.

Circuit connection diagram

Circuit connection diagram

Design: The ZTC series features a compact, split-core design that is simple to install, making it ideal for metering applications.

Installation diagram

Installation diagram

Application: These transformers are perfect for distributed measurement systems and can be retrofitted into existing installations without the need to disconnect or reconnect wiring, ensuring minimal disruption.

Compliance: All our split-core sensors meet CE, ETL, and UKCA certifications, facilitating market expansion in the US and Europe.
Materials: We use only RoHS-compliant materials, ensuring our products meet high environmental and safety standards.

How can we help you?

As a high-tech orientation enterprise and industrial manufacturing entity, we dedicate provide our valued customers from design concept to final products delivery.

Industry Expertise And Professional Advice

We have well educated engineers collaborate with rich experienced technican dedicating to project developing and problem solving. Providing professional advice for split core current sensor, differential current transformer mechanical design, electrical parmeters setting for EV charging solution, energy monitor system application.

workshop

High Efficiency And Sufficient Production Capacity

Our plant covers 20,000 square meters holding more than 300 well skilled workers and hundreds winding machines and testing instruments with automated equipments. We are pleasure to meet your requirments at different stages of project, small lot and bulk orders are all available for manufacturing.

zero phase current sensor

Stable Performance And Reliable Quality

As current transformers are kinds of critical components used for electrical safety devices, we highly value quality in the whole process. By doing 100% incoming and outcoming inspection, customers are satisfied with our strict quality control.

Contact Us To Learn More

QUALITY CONTROL

Incoming Inspection

  • GB/T2828.1 Sampling Standard
  • Strict Quality Inspection For Each Batch (AQL Standard)
  • Suppliers Audit Regularly

In-process Inspection

  • Operators Self-Checking 2 Hours / Time
  • Production According To Manufacturing Instruction (SOP)
  • 6S Management
  • Equipment Periodic Maintenance

Outgoing Inspection

  • Batch Tracking - Product Traceability
  • 100% Electrical Output Testing
  • Delivery Inspection Report Checklist

Samples & Orders Lead Time​

standard samples

Tailor Made Lead Time

Lead times vary with special materials and necessary tooling. Samples are produced post-tooling completion.

production

Shipping TIme

Shipping time varies by method: 2-5 days for courier, 3-7 days for air, and 7-40 days for sea. We select the optimal shipping based on your needs.

Regular Item Lead Time

In-stock items ship in 1-2 days for testing. Otherwise, sample preparation takes 3-4 days.

customized

Production Lead Time

Lead times depend on material availability, production schedules, and order size. Expect 1-2 weeks for materials and 2-3 weeks for production.

shipping

Our Amazing Clients:

What People Say?​

"As a procument manager in energy management company, we value a supplier provide a steay supply chain and good quality current transformer. Honestly, cooperate with Xiamen ZTC Technology is wise choise."
manager
Tom Sendler
Technician
"When I have someting need to be assisted in projects,I can get fast technical respond from Xiamen ZTC Technology everytime.Good after-sales service from their team."
procument manager
Grant Gabriel
Procument manager
"ZTC series of AC Split core current transformers are a simple to use, compact split-core design which is easily installed for metering applications. I love it."
electrician
Dave Jan
Electrican
WHO IS THE NEXT ONE? IT'S YOU! We are expected to know what you're gonna say!
Valued Customers
What You Want To Say
Play Video

Our Story

Founded in 1993, Xiamen ZTC Technology Co., Ltd (Zentar®) is situated in the bustling harbor city of Xiamen, Southeast China, a mere three hours from Shenzhen by high-speed train. As a premier manufacturer of current transformers, we serve the electrical safety and measurement sectors with distinction. Over three decades, we’ve grown to employ approximately 250 skilled workers, producing in excess of 2,000 bespoke products tailored to fulfill the diverse requirements of our clientele.

We specialize in providing top-quality current transformers and offering our expertise to assist clients in developing and launching projects related to EV charging modules, Ground Fault Circuit Interrupters (GFCI), Residual Current Devices (RCD), and wireless energy monitors, cementing our position as industry leaders in innovation and quality.

Our commitment to staying at the forefront of technology drives us to continually engage in the research and development of cutting-edge products and explore new market opportunities.

We pride ourself on being an innovation-driven entity and an IATF16949-certified factory. We leverage state-of-the-art automated equipment and machinery to boost production efficiency, ensuring we meet the stringent quality standards demanded by the automotive industry and beyond.

  • ISO 9001 14001 IATF16949 Factory
  • Automated Production
  • Industry And Technical standards Maker
  • Industry-University-Research Collaboration
  • Leading Supplier Of Nickel alloy Ring Cores Used In GFCI And RCD
  • Years In Service 30+
  • RoHS REACH Compliance
  • UL ETL CE CCC Certified
  • The Fast Growing Of small And Medium Enterprise
  • Honoured with an award of innovation-oriented enterprise

Talk To ZTC Now!​

To Discuss Your Need Of Current Transformers For Electric Metering Or Electrical Safety. Tailor Made Products And Customized Solutions Are Welcome.


    TE-Crew

    Related products