HIT500 has a high gain and measurement 0.05% accuracy in the broad bandwidth range, due to the application of the multi-point zero-flux technology system and high-frequency ripple sensing channel on top of currently existing DC sensor technology. Accuracy: 0.05%. Linearity: 50ppm. Current Change Rate: 100A/us. Frequency bandwidth(-3dB): up to 100KHz. Insulation Voltage (Between primary and secondary): 5KV. Operation Temperature Range: -40 ~ 85.
BMS300 fluxgate transducer is made of an excitation magnetic ring and a control circuit. Under normal conditions, the control circuit generates a fixed excitation current frequency to alternately place the magnetic core at the maximum saturation point. When the measured current flows, the primary current is measured by detecting the symmetry of the saturation point. The BMS series is suitable for battery monitoring systems that require high accuracy and low offset. It can realize the isolation measurement between the primary current (high voltage) and the secondary current (12V system).
HIT600 has a high gain and measurement accuracy in the full bandwidth range, due to the application of the multi-point zero-flux technology system and high-frequency ripple sensing channel on top of currently existing DC sensor technology. Primary Nominal Current: DC600A, AC424A, Overload Capacity: DC720A for 1 minute, Power Supply: DC14.2V to 15.8V, Ratio: 3000:1, Secondary Burden Resistance: 2 ~ 5�©, Accuracy: 0.05%, Linearity: 50ppm, Current Change Rate: 100A/us, Frequency bandwidth(-3dB): up to 100KHz, Insulation Voltage (Between primary and secondary): 5KV, Operation Temperature Range: -40 ~ 85.
IIT200 has a high gain and measurement accuracy in the full bandwidth range, due to the application of the multi-point zero-flux technology system and high-frequency ripple sensing channel on top of currently existing DC sensor technology. Primary Nominal Current: DC200A, AC141A, Overload Capacity: DC240A for 1 minute, Power Supply: DC14.2V to 15.8V, Ratio: 2000:1, Secondary Burden Resistance: 10 ~ 25, Accuracy: 0.02%, Linearity: 20ppm, Current Change Rate: 200A/us, Frequency bandwidth(-3dB): up to 100KHz, Insulation Voltage (Between primary and secondary): 5KV, Operation Temperature Range: -40 ~ 85.
HCV series high-precision voltage sensor is a voltage sensor that can measure DC, AC, pulse and variousirregular waveforms under the condition of complete isolation of the primary side and the secondary side. Itis mainly used in the field of measurement verification and measurement calibration that requires highaccuracy, and rail transit, power quality analysis, power analyzer, medical, aerospace, missile, ship andother fields that require high sensitivity, high stability and high reliability.
HCV1500 high-precision voltage sensor is a voltage sensor that can measure DC, AC, pulse and various irregular waveforms under the condition of complete isolation of the primary side and the secondary side. It is mainly used in the field of measurement verification and measurement calibration that requires high accuracy, and rail transit, power quality analysis, power analyzer, medical, aerospace, missile, ship and other fields that require high sensitivity, high stability and high reliability.
DIT1000 high-precision digital current sensor products are a new generation of digital sensors developed and produced by Hangzhi. This product adopts brand-new software and hardware design, can measure single-phase AC and DC current and frequency at the same time. The high-precision digital current sensor provided by Hangzhi for the above equipment plays a key role in the measurement of current in its process control. The digitalized data output reduces the difficulty for customers to collect current signals and greatly reduced the cost of the customers.
DIT1000 high-precision digital current sensor products are a new generation of digital sensors developed and produced by Hangzhi. This product adopts brand-new software and hardware design, can measure single-phase AC and DC current and frequency at the same time. The high-precision digital current sensor provided by Hangzhi for the above equipment plays a key role in the measurement of current in its process control. The digitalized data output reduces the difficulty for customers to collect current signals and greatly reduced the cost of the customers.
IIT300-10V is a voltage output sensor. Based on the existing DC sensor technology, it adopts a multi-point zero flux technology system and a high-frequency ripple sensing channel, which has high gain and measurement accuracy within the full bandwidth. Accuracy: 0.02%. Linearity: 50ppm. Current Change Rate: 1V/us. Frequency bandwidth(-3dB): up to 100KHz. Insulation Voltage (Between primary and secondary): 5KV. Operation Temperature Range: -40 ~ 85.
AIT500-SG has a high gain and measurement accuracy in the full bandwidth range, due to theapplicationofthe multi-point zero-flux technology system and high-frequency ripple sensing channel ontopof currentlyexisting DC sensor technology. The multi-point zero-flux technology system secures the high accuracy by utilizing thetechnologycombination of exciting magnetic flux closed-loop control, self-excited magnetic fluxgateandmulti-closed-loop control that realizes the closed-loop control between excitation magnetic fluxandAC/DCmagnetic flux generated by primary current, while the high-frequency ripple sensing channel allowsthesensor to have the high performance over the full bandwidth range.
