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Yokogawa Test & Measurement Releases CT1000S AC/DC Split Core Current Sensor
For wide-bandwidth, high-current applications in the automotive and other industries.
CT1000S AC/DC split core current sensor
Yokogawa Test & Measurement Corporation announces the release of the CT1000S AC/DC split core current sensor. The CT1000S combines the accuracy of Yokogawa’s conventional current sensors with the convenience of a clamp design, and features a high common mode rejection ratio (CMRR) and excellent frequency characteristics, even at measurement frequencies of 10 kHz or higher. As such, the CT1000S is an ideal solution for test applications that require wide-bandwidth, high-current measurement.
Development Background
The rising importance of energy efficiency across all industries is driving demand for increasingly accurate power measurements in high-current applications such as electric vehicles, trains, and renewable energy systems. While Yokogawa’s conventional CT series current sensors can be used in combination with tools such as the company’s power analyzers to perform multichannel measurement of large AC/DC currents and provide valuable insights needed to meet efficiency targets, their installation and removal require the disconnection of wires. With its clamp design, the CT1000S is a convenient and highly precise wide-bandwidth, high-current measurement tool that eliminates the need for the disconnection of wires.
Main Features
1. Wide-bandwidth, high-current measurement: The CT1000S is able to measure AC and DC currents of up to 1000A and has a wide DC to 300 kHz measurement frequency range. A high CMRR and excellent linearity of frequency characteristics ensure precise power measurement in high-frequency applications that have dramatic changes in current levels and thus require a wide dynamic range, while high resistance to electromagnetic noise ensures more accurate readings.
2. Pairable with power analyzers and waveform measurement instruments: For tasks such as the evaluation of inverter carrier fundamental frequency components and reactor losses that necessitate wide bandwidths and the measurement of large currents, the CT1000S can be paired with Yokogawa power analyzers and waveform measurement instruments.
Pairing examples.
Yokogawa Test & Measurement Corporation announces the release of the CT1000S AC/DC split core current sensor. The CT1000S combines the accuracy of Yokogawa’s conventional current sensors with the convenience of a clamp design, and features a high common mode rejection ratio (CMRR) and excellent frequency characteristics, even at measurement frequencies of 10 kHz or higher. As such, the CT1000S is an ideal solution for test applications that require wide-bandwidth, high-current measurement.
Development Background
The rising importance of energy efficiency across all industries is driving demand for increasingly accurate power measurements in high-current applications such as electric vehicles, trains, and renewable energy systems. While Yokogawa’s conventional CT series current sensors can be used in combination with tools such as the company’s power analyzers to perform multichannel measurement of large AC/DC currents and provide valuable insights needed to meet efficiency targets, their installation and removal require the disconnection of wires. With its clamp design, the CT1000S is a convenient and highly precise wide-bandwidth, high-current measurement tool that eliminates the need for the disconnection of wires.
Main Features
1. Wide-bandwidth, high-current measurement: The CT1000S is able to measure AC and DC currents of up to 1000A and has a wide DC to 300 kHz measurement frequency range. A high CMRR and excellent linearity of frequency characteristics ensure precise power measurement in high-frequency applications that have dramatic changes in current levels and thus require a wide dynamic range, while high resistance to electromagnetic noise ensures more accurate readings.
2. Pairable with power analyzers and waveform measurement instruments: For tasks such as the evaluation of inverter carrier fundamental frequency components and reactor losses that necessitate wide bandwidths and the measurement of large currents, the CT1000S can be paired with Yokogawa power analyzers and waveform measurement instruments.
Pairing examples.
- The CT1000S can be used with the DL950 ScopeCorder to perform kHz-range measurements for the analysis of fundamental frequency and carrier frequency components.
- The CT1000S can be used with the WT5000 precision power analyzer to perform highly accurate power measurements. A motor evaluation function utilizes torque and encoder outputs to simultaneously evaluate up to four units.
3. Ease of installation: Thanks to a clamp design that eliminates the need for the disconnection of wires, the CT1000S current sensor is easy to set and remove. To ensure stable measurements and enhance reproducibility, the CT1000S sensor unit and cable can be fixed in position. Cable lengths of 3m, 5m, and 10m are available.
Major Target Markets
Automotive.
Renewable energy.
Shipbuilding, railway infrastructure.
Applications
Evaluation and testing of inverters, motors, power conditioners, and other components.
Development and evaluation of electric vehicles.
Testing of large inverter motors used in ships and trains.
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