XL-3600T3 DC Current Sensor Calibration Bench

The XL-3600T3 DC current sensor calibration bench mainly consists of a high-power DC current source, a DC current standard sensor, a DC current sensor calibrator, and the calibration bench body. It supports error calibration for primary currents of 0~1000A and secondary outputs of voltage type (0~7V) or current type (0~100mA) DC current sensors.

Product Description

Product Introduction
 

XL-3600T3 DC Current Sensor Calibration Bench Mainly composed of a high-power DC current source, DC current standard sensor, DC current sensor calibrator, and calibration bench body. The DC current sensor calibrator features a dual-CPU architecture core, powerful functions, uses a 24Bit AD chip and 512 times oversampling technology to greatly expand bandwidth and improve measurement accuracy. It also uses an FIR filter to enhance dynamic range and signal-to-noise ratio. The independently developed human-machine interaction software adopts a popular design, making it simple and convenient to use. It supports error calibration of primary current 0~1000A and secondary output as voltage type (0~7V) or current type (0~100mA) DC current sensors.

 

Features
 

  • Mainly used for DC error calibration of DC current sensors.
  • Built-in high-power DC source capable of outputting unipolar pure DC signals, DC signals superimposed with AC ripple signals, and can also test AC ripple signal ratio and phase difference.
  • Three-station design allows testing of three DC current sensors simultaneously; supports calibration of DC current sensors with secondary voltage or current output.
  • The current sensor calibration system integrates traditional equipment (components) in one, built-in transformer calibrator, standard current sensor, and high-power DC current source, with a high degree of automation.
  • All devices (components) inside the unit are detachable for convenient individual inspection.
  • Can display the waveform of the sensor under calibration in real time to monitor waveform distortion of the tested sensor.
  • Calibration schemes can be freely edited as needed to achieve fully automatic calibration.
  • Fully automatic testing according to the test scheme, with automatic saving of test data.
  • Automatically controls the high current source to output different calibration points during automatic testing.
  • Automatically generates test reports, which can be edited according to user templates; reports can be generated based on customer-provided templates, which are freely editable.
  • This product has strong adaptability and scalability, supporting future upgrades.
  • Provides secondary communication protocol, supporting integration with various current transformer calibration systems.

 

Technical Specifications

DC Sensor Calibrator

Standard transformer input ranges: 1000A (including standard transformer)/100A/10A/1A/0.1A

AC/DC standard accuracy input range: 20mA~1000A

Tested input:

AC/DC voltage measurement: 0~7V

AC/DC input impedance: ≥100MΩ

AC/DC current measurement: 0~100mA

Accuracy:

Input range: 20mA~1000A

Basic error: 0.05%

Ratio error: 0.05%, phase error: 2 minutes @50Hz (ripple only)

High-power DC source

Output current: 0~1000ADC

Output power: 1kVA

Ripple frequency range: 0~1kHz, ripple output ratio: ≤5%

Power supply: Single-phase 220V/16A

Calibration Bench Body

Stations: 3 stations

Industrial computer parameters: 19-inch, processor: I5, 4GB memory

Operating power supply: AC 220V±5%, 50Hz

Total power consumption: about 3500VA

Warm-up time: about 15 minutes

Weight: about 100kg

Operating temperature: -5℃ to +40℃

Relative humidity: ≤80% (no condensation or corrosive gases)

Product Document

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