HVHIPOT GDPD-505 Online Cable Partial Discharge Detector Inspector

• Customization: Available
• Measurement channel: 2-4PCS independent measurement channel
• Sampling rate: Max. 100MHz of each channel
• Model NO.: GDPD-505
• Power Supply: AC 220V±10%, 50Hz
• Measurement range: 1PC-10000PC
• Sensitivity: 1PC
• Dynamic range: >80dB
• Measurement frequency band: 10kHz-30MHz
• Digital filter: any setting within 50kHz-30MHz
• Size: 300*500*600mm
• Weight: 23kg
• Transport Package: Wooden Case
• Specification: SGS, ISO
• Trademark: HVHIPOT
• Origin: Wuhan, China
• HS Code: 9030849000
• Production Capacity: 5000set/Year

Product Description

GDPD-505 Online Cable Partial Discharge Detector Inspector




 
Product Description
 
GDPD-505 is a portable multi-functional PD online detector, which is suitable for partial discharge detection and location of high voltage electrical equipment such as Transformers, GIS, Switch Cabinet, Cable, Surge Arrester, Mutual Inductor and so on.
 
GDPD-505 equipped with different sensors will suitable for different tested objects.
 
The portable multi-functional PD inspection and testing instrument includes detecting host, PD detection software, high frequency current transformer (HFCT), acoustic electric integrated sensor, square-wave generator and connecting line, which is suitable for partial discharge detection and location of Cable.
 

Features

1. The main detector is portable design, robust and reliable.

2. Using 14inch laptop, built-in 20Ah Li-battery. Working up to 4hours without external power supply.

3. Strong anti-interference ability. Using digital filtering technology, effectively eliminate field interference. Multichannel data collection. Comprehensive analysis of electromagnetic wave and ultrasonic wave generated by partial discharge.

4. Easy wiring. BNC port for sensors and detector.

5. Strong software functions. With PD measurement and analysis, Measurement and analysis of PD repeat discharge times "n", anti-fixed interference, anti-dynamic interference, display mode of ellipse, straight line and sine wave can be selected.

6. The discharge result is accorded with IEC60720 standard. The display value unit is pc and mV.
 

Specifications
 

Measurement channel	2-4pcs independent measurement channel
Sampling rate	Max. 100MHz of each channel
Sensitivity	1pc
Measurement range	1pc-10000pc
Dynamic range	>80dB
Bandwidth 3dB of measurement frequency band	10kHz-30MHz
Digital filter	Any setting within 50kHz-30MHz
Power Supply	AC 220V±10%, 50Hz, power <50W
Environment temperature	-20ºC-60ºC
Relative humidity	≤ 95%
Altitude:	≤3000m

Sensor specifications
 
a. Acoustic electric integrated sensor
 

Measurement mode	Non-contact
Signal transmission mode	Optical fiber
Measurement signals:	Ultrasonic signal, electric signal

b. HFCT sensor
 

Detecting frequency band	50kHz~20MHz
Signal transmission mode	50Ω Coaxial Cable
Sensitivity	1pC

Packing list
 

Main unit	1pc
HFCT sensor	1pc
Acoustic electric integrated sensor	1pc
Square-wave generator	1pc
Coaxial cable 10M	1pc
Twin-core optical fiber	1pc
Ground cable	1pc
User's guide	1pc
Factory test report	1pc

 
Detection Principle of High Voltage Cable

1. HF detection (Adopts high frequency current transformer)
a. Using coaxial cable to connect BNC interface of high frequency current transformer to BNC interface with electrical signal mark on the host.
(Note: Under this measuring method, no external power supply is needed, no need to turn on the power switch, and only need to open the notebook.)

b. Calibration

The square-wave generator special line passes through the high frequency current transformer, and then the high frequency current transformer BNC interface is connected with the BNC interface of the host machine marked with an electric signal.

(For example, adjust the square wave generator to 100pC step, then display 100pC in the software interface, namely the signal calibration. Specific use method is mentioned in software instruction)

 

c. HFCT is an open type design, the current transformer is installed on the ground wire of the cable joint, fastening.

(Note: closed gently when fastening. Fasten mode of current transformer adopts magnetic adsorption, may occur at the openings of damage to the transformer due to impact)

2. Acoustic electric detection (Adopts acoustic electric integrated sensor) 

a. Using optical fiber to connect optical signal terminal of acoustic electric integrated sensor with optical signal terminal of the host, open the snap switch, switch step to optical signal terminal.

 (Note: when using optical signals, host needs to power on, press the rocker switch on the right crone of host panel, when the switch indicator light is on, indicates the battery switch is turned on, can start testing.)

b. Put the acoustic electric integrated sensor near the discharge point, using high voltage insulation rod and optical fiber to isolate high voltage, detection under the case of no connection to the cable, the specific detection principle is shown as below:

c. Turn off battery power switch in the right corner promptly, as soon as the test is completed.


Laptop is not include !