Product Specification

CTKD-16 100/5A AC Current Sensor Transformer Split Core Current Coil Sensor

1.Product Description

A Split Core Current Coil Sensor is a highly practical and versatile device designed for current measurement in various electrical systems. Its most distinctive feature is the split - core structure, which allows for easy installation around existing conductors without the need to disconnect the circuit. This split - core design significantly simplifies the installation process, saving both time and effort, especially in situations where traditional current sensors would be difficult to install.

Functionally, it operates based on the principle of electromagnetic induction. When an alternating current flows through the conductor encircled by the split - core, a proportional magnetic field is generated. The sensor's coil then detects this magnetic field and induces a secondary current, which is proportional to the primary current in the conductor. This induced current can be accurately measured and used to calculate the magnitude of the original current.

In terms of applications, it is widely used in power distribution systems for monitoring and metering purposes. In industrial settings, it can be used to monitor the power consumption of machinery and equipment, enabling energy management and efficiency improvement. Additionally, in smart grid applications, it provides real - time current data for grid monitoring and control, contributing to the reliable operation of the entire power system. Overall, the Split Core Current Coil Sensor offers a convenient, efficient, and reliable solution for current measurement in a variety of electrical applications.

2.Product Advantages

1. Easy Installation: The open-close structure is its significant advantage. It can be easily installed around existing conductors without disconnecting the circuit, which greatly saves installation time and labor costs. In industrial scenarios where emergency testing or production continuity is critical, this quick installation feature avoids lost production downtime due to power outage installations. In data centers, for example, sensors can be quickly installed to monitor power consumption without affecting server operation.

2. High flexibility: can be flexibly applied to different sizes and shapes of conductors. Whether it is a round or square busbar, or cables of different diameters, it can be adapted to meet the measurement needs of various complex electrical systems. In the power switchgear, distribution box and other equipment, even if the space is limited and the wiring is complicated, it can find a suitable installation position to accurately measure the current.

3. Reusable: Easy to dismantle, when needing to monitor the current in different locations, it can be easily removed and installed to a new measurement point, realizing multiple reuse and reducing the equipment purchase cost. In some temporary power projects or power equipment inspection work, the reusable characteristics make it a cost-effective choice.

4. High measurement accuracy: Based on the mature electromagnetic induction principle, it can accurately sense and measure current, providing reliable data support for power system monitoring and equipment operation status assessment. In the smart grid, high precision current measurement data helps to realize more accurate load management and power dispatch.

5. Non-invasive: no direct contact with the measured conductor, avoiding conductor damage or corrosion problems that may be caused by contact, and at the same time reducing the risk of electrical safety. When monitoring some old or high voltage power facilities, the non-intrusive measurement method guarantees the safety of the measurement process and the stability of the facilities.

6. Real-time monitoring: it can obtain current data in real time and transmit the data to the monitoring system in time, which is convenient for the operator to grasp the operation status of the power system at any time. In industrial automation production lines, real-time monitoring of current can detect hidden equipment faults in time and take maintenance measures in advance to avoid production interruptions caused by sudden equipment failures.