The Advanced Partial Discharge Monitoring System (APDMS) is a device that can efficiently diagnose abnormalities in power facilities in live conditions where partial discharge diagnostic devices and sensors for partial discharge detection are not installed.
APDMS acquires a partial discharge signal at 100M/s and includes the ability to remove noise by comparing noise and PD signals, which is an innovative device that can increase the reliability of fault diagnosis.

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Frequency Band	100 ~ 1,500 [MHz]
Signal Detection Area	0[dBm] ~ -65[dBm]
Impedance	50 [Ω]
Number of Input Ports	16 Channel (Noise Channel 4ch, 8ch)
Connector Type	N-Type
Number of Signal Samples	100M/Second
Communication	Ethernet 10/100 base-t(Used UI Communication)
Input Power	220VAC / 60Hz (110VAC / 50Hz)
Device Size	540x420x220(mm)
Device Weight	About 15kg

It provides a familiar operating program (HMI) and can be diagnosed with a total of five types of partial discharge and noise signals, including inductive discharge, floating electrode discharge, corona discharge, and insulation abnormal discharge.
Also, the partial discharge signal is displayed by PRPD (Phase Resistance) and PRPS (Phase Resistance).
APDMS may store diagnostic results by diagnostic programs, and output this results.

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CPU	Intel Core i7 or higher
GRAPHIC	GeForce GTX1050 or higher
OS	MS　Windows 10 or higher
Diagnostic Algorithm	Neural Network Algorithm
Signal Type	Ethernet	10/100 base-t	Used UI Communication
	RS-232	38,400bps	Used Debug
View	PRPS, PRPD

The sensor on the APDMS consists of a sensor available for GIS and a Noise Sensor.

• The GIS sensor is used for obtaining partial discharge signal to obtain partial discharge signal.
• Noise Sensor is installed for measuring the discharge signal generated in narrow space, or noise gauge that occurs in narrow space.

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  UHF SPACER SENSOR

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  UHF NOISE SENSOR

Impedance	50 [Ω]
Connector Type	N-Type
Signal Band	GIS Sensor	100 ~ 1500 [MHz]
	Noise Sensor	100 ~ 3000[MHz]