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Partial discharge detector PXDP-II & PXDP-II-LT

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PXDP-II & PXDP-II-LT Partial discharge meter

Image: Handheld partial discharge detector in a blue housing with two BNC inputs, display showing a 30 dB reading and spectrum, and orange keys.

Portable, versatile, resistant and lightweight device. Powerful software that facilitates the management of records (only available with the PXDP-II model) Available with TEV sensor, acoustic sensor, VIS voltage indicator, parabolic sensor and capacitive sensor. The PXDP-II can be used in accordance with IEC 60270.

The PXDP-II is a portable device that performs the detection and measurement of partial discharges professionally in appliances or electrical components. Registers partial discharge measurements for analysis and diagnosis through software for PC (PXDP-II versión). The PXDP-II and the PXDP-II-LT can be used in several applications and complies with IEC 60270.

It is a user-friendly and robust device, with several real-time display modes. It has internal memory where the waveform, DP edge, date and time are stored. The TEV sensor detects the transient voltage rise to ground on the surface of the metal cabinet. The acoustic sensor detects ultrasonic waves produced by partial discharges inside the cabinet. The VIS voltage indicator is connected to the PXDP-II to detect DP in synchronization with the network phase. The ULD-401 parabolic sensor on the PXDP-II unit detects and locates the corona effect on any device at high altitude. The capacitive sensor detects DP in splices of cables joints and elbows.

Applications:

  • Quality control of medium and high voltage equipment.
  • Quality control of the insulators during the installation or repair of the network.
  • Monitoring of the deterioration of the insulation of critical components.
  • VTE tests in switchgear cabinets and PD detection.
  • Corona and arc detection in aerial devices.
Image: Partial discharge detector kit: handheld unit with display reading 30 dB, wireless sync module, parabolic dish, sensors and clamp-on probe.

Technical specifications:

XPDP-II Portable Partial Discharge Recorrder and Diagnostic System
SOFTWARE INCLUDEDYES
DYNAMIC RANGE60 dB
SAMPLING FREQUENCY30 MHz
DATA STORAGEOver 300 recordings
ACCURACY± 1 dB
RESOLUCTION1 dB
BANDWIDTH300 kHz to 70MHz
OPERATING PHASE SIGNAL RANGE (50- 60 Hz)50 to 700mVrms
OPERATING RF SIGNAL INPUT RANGE380 uV to 380mV
SENSIVITY5 pC, depending on DUT capacitance
REFERENCE SIGNAL OUTPUT (REF)3.4 V
CLOCKReal-time internal clock
OPERATING TEMPERATURE-20 to 50°C (-4 to 122°F)
STORAGE TEMPERATURE-20 to 50°C (-4 to 122°F)
CHARGING TEMPERATURE0 to 50°C (32 to 122°F)
HUMIDITY0 a 95% non-condensing
LIQUID PROTECTIONSplash proof
DISPLAYBacklit LCD screen
AUTONOMY7.5 horas
BATTERIESNiMH rechargeable
CHARGING3 hours
DIMENSIONS203 x 114 x 51 mm
WEIGHT860g
XPDP-II-LT Portable Partial Dischargge Diagnostic System NO (Offline model)
SOFTWARE INCLUDEDNO (Offline model)
DYNAMIC RANGE60dB
SAMPLING FREQUENCY30MHz
BANDWIDTH300kHz to 70 MHz
OPERATING PHASE SIGNAL RANGE (50-60Hz)50 to 700mVrms
OPERATING RF SIGNAL INPUT RANGE300uV to 380mV
SENSITIVITY5pC, depending on DUT capacitance
REFERENCE SIGNAL OUTPUT (REF)3.4V
CLOCKReal-time internal clock
OPERATING TEMPERATURE-20 to 50°C (-4 to 122°F)
STORAGE TEMPERATURE-20 to 50°C (-4 to 122°F)
HUMIDITY0 to 95% non-condensing
LIQUID PROTETIONSplashproof
DISPLAYLCD
AUTONOMY7.5 hours
BATTERIESNiMH, rechargeable
CHARGING3 hours
DIMENSIONS203 x 114 x 51 mm
WEIGHT860g

Especificaciones técnicas:

PXDP-II-406 CONTACT AACOUSTIC PROBE
OPERATING TEMPERATURE-20 to 50°C
STORAGE TEMPERATURE-20 to 50°C
DIMENSIONS113 x 35 x 25 mm
INSTALLATIONMagnetically supported
INSTALLATION ULD-401 AIRBORNE PAR OPERATING DISTANCEMagnetically supported RABOLIC SENSOR Optimizado a 15 m (49 pies)
OPERATING DISTANCEOptimizado a 15 m (49 pies)
OPERATING TEMPERATURE-10 to 60°C
STORAGE TEMPERATURE-20 to 50°C
DISH DIAMETER250 mm
DISH DIAMETER PXDP-II-016 TEV OPERATING TEMPERATURE250 mm V SENSOR -20 to 50°C
OPERATING TEMPERATURE-20 to 50°C
STORAGE TEMPERATURE-40 to 85°C
DIMENSIONS123 x 35 x 69 mm
INSTALLATIONMagnetically supported
INSTALLATION XDP-II-017™ WIRELESS OPERATING TEMPERATUREMagnetically supported S PHASE SYNCH -20 to 65°C
OPERATING TEMPERATURE-20 to 65°C
STORAGE TEMPERATURE-40 to 125°C
DIMENSIONS120 x 36 x 75 mm
POWER SUPPLY120-240V 50-60Hz
WIRELESS FREQUENCY869MHz or 916MHz
PXDP-II-018 HF CONVERTER OPERATING TEMPERATURE 0 to 65°C
OPERATING TEMPERATURE 0 to 65°C
STORAGE TEMPERATURE -20 to 60°C
CHARGING TEMPERATURE 0 to 45°C
EXTENDED STORAGE TEMPERATURE (> 2 MONTHS) <35°C
CHARGING TEMPERATURE 0 to 45°C
DIMENSIONS 123 x 35 x 69 mm
AUTONOMY 5 hours
CHARGE TIME 3 hours
AUTO SHUTDOWN 15 minutes
BATTERY TYPE Lithium-ion Polymer
VHF UHF BANDWIDTH 100MHz to 1.2 GHz
VHF UHF INPUT MAXIMAL AMPLITUDE 250 mV RMS
HF OUTPUT MAXIMAL AMPLITUDE 100 mV RMS
HF OUTPUT MAXIMAL AMPLITUDE 100 mV RMS PXDP-012 BI-PHASE COUPLER RF MAX IPUT 4V RMS
RF MAX IPUT 4V RMS
RF OPERATING INPUT WITH PXDP-II 1V RMS
MAX AND OPERATING INPUT AT 50-60Hz (SYNCHRONIZATION SIGNAL) 3.5V RMS
INPUT IMPEDANCE 760 ohms
OUTPUT IMPEDANCE 50 ohms
SIGNAL BANDWIDTH 300kHz to 70MHz
OPERATING TEMPERATURE -20 to 85°C
STORAGE TEMPERATURE -20 to 85°C
WEIGHT 130g
HFCT-20 HIGH FREQUENC TRANSFER RATIOCY CLAMP
TRANSFER RATIO13V/A
FREQUENCY RESPONSE (-3 dB)2 MHz to 80 MHz
INTERNAL DIAMETER20mm
EXTERNAL DIAMETER60mm
OUTPUT IMPEDANCE50 ohms
WEIGHT260g
CONNECTOR TYPEBNC
HFCT-60 HIGH FREQUENCCY CLAMP
TRANSFER RATIO13V/A
FREQUENCY RESPONSE (-3 dB)4 MHz a 100 MHz
INTERNAL DIAMETER60mm
EXTERNAL DIAMETER125mm
OUTPUT IMPEDANCE50 ohms
WEIGHT530g
CONNECTOR TYPEBNC
Image: Test kit in an open rugged case with the instrument, cables, clamps, a dial gauge and accessories.
Image: ClampsforpartialdisChargesgrounded

The software of the equipment, the PXDP-SOFT, is designed to allow the use of the files of the PXDP-II model in a PC (not included in the PXDP-II-LT version) Features:

  • Transfer of the registered waveforms of the PXDP-II
  • Facilitates the management of records
  • Allows you to listen to the recorded audio to identify the PD
Image: Software screen showing a signal trace on a black background with a series of regularly spaced yellow peaks above the baseline noise.
Image: CapaCitivesensor

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