1Overview

MOEORW-600FCapacitive equipment live detection deviceUsed for live measurement of capacitance and dielectric loss of capacitive devices, with the following functions:

1Using high-precision clamp current sensors to detect current. When conducting live measurements on site, there is no need to disconnect the ground wire or install fixed sensors.

2You can use current as a reference, or you can usePTSecondary voltage as a reference. It can measure both relative capacitance and dielectric loss, as well as absolute capacitance and dielectric loss.

3It has the ability to resist electromagnetic field interference and high measurement accuracy for small currents.

4The instrument is powered by rechargeable batteries and equipped with a large screenLCDMonitor, thermal printer. The instrument can store measurement data and transmit the data to the host.

IIMain technical indicators

Current input channel: 1A reference current channel1Test sample current channel

Current measurement range: 1mA~1000mAvalid value

Accuracy of current measurement: ±reading×1%

Voltage measurement range: 3V~300Vvalid value

Input resistance: 200kΩ

Voltage measurement accuracy: ±reading×1%

Accuracy of capacitance measurement: ±reading×2%（*）

Measurement accuracy of dielectric loss: ±(Reading)×2%+0.0004）（*）

Power supply method: Battery with charger

Working environment temperature: -10 ~ 50℃

Relative humidity at work: <90%

*The test sample is in phase with the reference and does not contain a reference capacitorPTSelf error.

IIIMain Features

1MOEORW-600FCapacitive equipment live detection deviceUse high-precision clamp current sensors to detect current. On site live measurement does not require disconnecting the ground wire or installing fixed sensors.

2The instrument is equipped with two clamp shaped current sensors. One detects the reference current and the other detects the sample current to achieve relative capacitance and dielectric loss measurement.

3The instrument is equipped with a voltage isolation coil. Use the coil current as a reference to achieve absolute capacitance and dielectric loss measurement.

4The current sensor is equipped with an electromagnetic shielding box, and the instrument has calibration and interference deduction functions, which can accurately measure in electromagnetic interference environments.