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HVA68-2

Double Power VLF / DC Hipot Tester

Consider the HVA68-2 VLF/DC Hipot Tester a turbocharged HVA60 with double the output power capacity!

For customers that want to maintain optimum output frequency with pure undistorted sinewave when testing extremely long cables or complex cable networks, the HVA68-2 model is the unit of choice.

Powerful 2.0 μF @ 0.1 Hz @ 44 kVrms (HVA68-2)  
vs.  
1.0 μF @ 0.1 Hz @ 44 kVrms (HVA60)

The HVA68-2 model delivers twice the power with identical size, weight, and footprint as the ever popular HVA60. This market-leading high voltage test instrument has the same familiar HVA user interface and standard HV cables, connectors, etc.

Test reports are downloaded to the instrument’s internal memory or to a USB flash drive. As with all HVA units, you get fully automatic test sequences, accurate digital RMS metering, and integrated storage of test results that can be viewed with freely available HVA Control Center Software.


Features:

  • Test your 35kV & below rated MV cable systems.
  • Single Piece Design
  • Weighs only 126 lbs / 57kg
  • Perform tests fully automatically
  • Real time oscilloscope display
  • Insulation Resistance & Cap. measurement
  • RMS Metering of Current and Voltage
  • Output Frequency optimization
  • Internal Storage of Test Reports
  • Download to PC and / or USB flash drive
  • Unlimited duty cycle
  • Bright backlit LCD display
  • Power supply immunity and independence
  • Low maintenance, oil-free design
  • HVA Control Center – User friendly software for immediate, professional detailed reporting and setup

Output Modes

  • VLF 48kVrms / 68koutput
  • DC ±65kV
  • VLF Sinewave / Squarewave & DC outputs
  • Cable Jacket / Sheath testing
  • Vacuum bottle testing
  • Fault Conditioning / Fault Trip
  • Load independent output waveform

Safety

  • Remote interlock “kill switch” and HV status indication
  • 12kV power frequency voltage feedback protection
  • Integrated internal discharge of DUT
  • Short circuit detection
  • Local Emergency off button
  • Flashover voltage detection

Optional Attachments

Technical Specifications

Ordering Information:
706 802
Power Supply/Input Voltage:
190 to 240V AC ±10% (50/60Hz)
Input Power Requirements:
3.0kVA
Rated Max Output Voltage:

Sinusoidal RMS/Peak
48kV / 68kV
Squarewave
60kV
DC
±65kV
Rate Max Output Current:

Sinusoidal RMS
56mA
DC/Squarewave
88mA
Output Frequency (default 0.1Hz):
0.01Hz to 0.1Hz adjustable small increment of 0.01Hz (10 frequencies)
Frequency Optimization:
Yes
Maximum Output Load Capability @ MAXIMUM voltage and frequency:
1.7 µF @ 48kV @ 0.1 Hz  /  2 µF @ 44kV @ 0.1 Hz
*20,000ft
*6km
Maximum Output Load Capability @ REDUCED voltage and/or frequency:
10 µF
*100,000ft
*30km
Metering:

Voltage
0.1kV Resolution ±1% Accuracy
Current
1 µA Resolution ±1% Accuracy
Capacitance
0.1 nF to 30 µF Range
Resistance
0.1MΩ to 20GΩ Range
Timing
Included and integrated
Fast Arc/Flashover
Detection included and integrated
Waveform
Real time oscilloscope display of actual output voltage waveform
Output Mode (all load independent & symmetrical):
VLF AC Sinewave
VLF AC Squarewave
DC (both Positive and Negative Polarity)
Fault Condition Mode / Fault Trip Mode
Vacuum Bottle Test Mode (DC) - optional
Cable Jacket / Sheath Test Mode
Output Duty:
Continuous
Computer Interface:
RS232 Standard, USB Flash Memory Download Module (optional)

HVA Control Center Software included with every HVA instrument
Memory / Test Record Storage:

Built in Memory
50 Test Records
USB Flash Drive
Unlimited (see options)
No. of programmable Automatic Test Sequences:
40
Standard HV Test Lead Cable Included:
15ft / 4.5m
Weight:
126 lbs / 57 kg
Dimensions:

Imperial (inches)
18 x 13.5 x 20.5"
Metric (mm)
450 x 340 x 520 mm
Environmental:

Storage
-13°F to 158°F / -25°C to 70°C
Operating
14°F to 122°F / -10°C to +50°C
Humidity
85% RH non-condensing

* Based on typical MV cable. 100pf/ft or 330 pF/m

Note: Due to continuous development, the information may change without notice.

VLF / DC
Tan Delta
TD
Partial Discharge
PD
Oil
Testing
Cable
ID
Fault
Location