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GDPD-306M Portable Ultrasonic Partial Discharge Detector

GDPD-306M Portable Ultrasonic Partial Discharge Detector

Brief Description:

GDPD-306M is widely used in the partial discharge detection of power systems. Including high voltage switchgear, ring mains, voltage/current transformer, transformer (include dry type transformer), GIS, overhead lines, cables, and other equipment insulation state detection.?


Product Detail

Product Tags

Partial discharge inspector
PD scan

GDPD-306M is widely used in the partial discharge detection of power systems. Including high voltage switchgear, ring mains, voltage/current transformer, transformer (include dry type transformer), GIS, overhead lines, cables, and other equipment insulation state detection.

The following indicators are used to measure the degree of discharge of electrical equipment:
Partial discharge intensity detection: By measuring the discharge signal in a power frequency cycle, the intensity of the partial discharge is characterized according to the maximum value (dB) in the discharge pulse sequence.
Partial discharge frequency detection: The device measures the discharge signal within a power frequency cycle, extracts the discharge pulses and characterizes the frequency of partial discharges according to the number of discharge pulses.

Features

With different sensors to achieve partial discharge detection of almost all electrical equipment.
Provide multiple discharge patterns such as time-domain waveform, PRPD, PRPS, etc., to realize the analysis of different discharge types.
User-friendly man-machine interface facilitates the data management of different devices, including the traceability of historical data change trends, horizontal and vertical data analysis, and realizes a 360° comprehensive diagnosis of the tested device.
Built-in ultrasonic sensor and transient earth voltage (hereinafter referred to as TEV) sensor, also can be connected to external special sensors for transformers, GIS, overhead lines, and cables.
It adopts non-intrusive detection method, no need to power off during the test process, no need to configure additional high voltage source, it is more convenient to use than traditional pulsed partial discharge detector.
The test bandwidth range is 30kHz ~ 2.0GHz, suitable for detection principles of various frequency bands.

Specifications
TEV Measurement UHF Measurement
Measurement?range 0-60dBmV Detection frequency band 300~1500MHz
Resolution 1dB Measurement range -75-0dBmV
Accuracy ±1dB Accuracy <1dBmV
Max.?pulse per cycle 1400 Sensor frequency band 300-2000MHz
Measurement frequency band 1~100MHz ? ?
AA measurement AE measurement
Measurement range -6dBμV~68dBμV Measurement range -6dBμV~68dBμV
Resolution 1dB Resolution 1dB
Accuracy ±1dB Accuracy ±1dB
Sensor center frequency 40kHz Frequency range 40-200kHz
HFCT measurement
Sensor transmission impedance 5mV/mA
Detection frequency 1~30MHz
Sensitivity ≤50pC
Hardware
Shell ABS
Display 4.0inch RGB LCD screen
Controller ARM
Connector USB interface?(charger port), Wireless WIFI
3.5mm stereo headphone jack, Wireless synchronization benchmark
External ultrasonic sensor input
Headphone 8ohm minimum
SD card Standard 16G
Built-in battery 3.7V/1Ah lithium battery
Working time About 8?hours
Charger AC 90-264V or DC 5V
Working temperatures -20~+50
Humidity 20~85% relative humidity
Dimension, weight 210*100*35(mm), 0.4kg (main unit)
Packing List
Main unit

1

Standard
External Contact ultrasonic sensor

1

For option, used for transformers, GIS, motors
UHF sensor

1

For option, used for GIS
HFCT

1

For option, used for power cable
Test cable

1

Standard
Charger

1

Standard
USB?cable

1

For charging and PC communication
User’s guide

1

?
Factory test report

1

?

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