Product Details

Common Specifications

Product Manufacturing Process

The manufacturing process of Air Core Current Transformers involves meticulous winding of the primary and secondary coils. Precision is key to ensuring the non-magnetic nature of the core, which requires the use of advanced techniques in winding and insulation to maintain performance across a wide range of frequencies. According to authoritative papers, the absence of a magnetic core minimizes losses and improves linearity and efficiency, making these transformers suitable for modern electrical applications.

Product Application Scenarios

Air Core Current Transformers are highly valued in applications that demand high-frequency performance and efficiency. According to scholarly research, they are ideal for use in sectors such as inverter welding machine power supplies, X-ray, laser, and communication systems, UPS systems, and frequency control of motor speed power supplies. Their linearity and non-intrusive measurement capabilities are particularly beneficial in environments where traditional transformers may fall short.

Product After-Sales Service

We offer comprehensive after-sales service that includes technical support and guidance on installation and integration. Our dedicated team of engineers is always available to assist with troubleshooting and to provide solutions tailored to your specific needs.

Product Transportation

Our products are packaged securely to ensure safe transportation. We work with trusted logistics partners to provide timely delivery, tracking services, and handling of any transportation-related issues.

Product Advantages

• High linearity and wide frequency response
• No core losses, enhancing efficiency
• Lightweight and compact design

Product FAQ

• What is the primary advantage of an Air Core Current Transformer? Air Core Current Transformers provide high linearity and do not suffer from saturation issues because they lack a magnetic core.
• Are these transformers suitable for high-frequency applications? Yes, their excellent frequency response makes them ideal for high-frequency applications.
• How does the absence of a magnetic core affect performance? The absence of a magnetic core eliminates core losses, leading to higher efficiency and broader bandwidth.
• Can these transformers be used in power quality monitoring? Absolutely, they excel in monitoring power quality by capturing harmonics and other disturbances.
• How should these be installed to avoid electromagnetic interference? Proper placement away from electromagnetic noise sources is recommended for accurate measurements.
• What is the operating temperature range? These transformers work efficiently within a temperature range of -50 to 120°C.
• What materials are used in construction? They are made using a combination of FeCuNbSiB materials for optimal performance.
• Is there any need for maintenance? Regular inspections are recommended to ensure longevity and accuracy.
• Are these products customizable? We offer customization options to meet specific customer requirements.
• What technical support is available? Our expert team provides ongoing technical support and consultation services.

Product Hot Topics

• Air Core Current Transformer for High-Frequency Systems The Air Core Current Transformer is gaining traction in high-frequency applications due to its linearity and efficiency. Wholesale providers are now focusing on these transformers to meet the increasing demand in various technological sectors.
• The Future of Non-Intrusive Measurement Devices As industries move towards automation and precision, non-intrusive measurement tools like Air Core Current Transformers are becoming indispensable. Their ability to provide accurate data without circuit disruption makes them a valuable asset in modern engineering.
• Advantages of Lightweight Electrical Components The trend towards miniaturization in electronics emphasizes the importance of lightweight components. Air Core Current Transformers fit this need perfectly, offering a compact and efficient solution for contemporary electrical challenges.

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