Power Analysers & Recorders cont'd. - Ferret
Power Analysers & Recorders cont'd. - Ferret
Power Analysers & Recorders cont'd. - Ferret
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ELECTRICAL POWER<br />
Oil, Hipot & VFL Testers above 20kV<br />
cont’d.<br />
HV Diagnostics HVA TD60 Portable TanDelta<br />
Measurement System<br />
HVD,HVA TD60 (4620) AU<br />
Tan Delta or <strong>Power</strong> Factor tester used to determine the power<br />
factor of cables, transformers, capacitors, rotating machines<br />
and other switchgear. This test allows the detection of insulation<br />
defects before they fail inservice. Used in conjunction with the<br />
HVD,HVA60 VLF tester.<br />
HV Diagnostics HVA30 30kV-15mA<br />
DC/VLF High Voltage Insulation<br />
DielectricsTest Set<br />
HVD,HVA30-DC/VLF (4622) AU<br />
VLF (0.1Hz), DC (±), cable fault conditioning<br />
(burning), and sheath/jacket testing modes all<br />
included. 0.1Hz & 0.02Hz. For solid dielectric<br />
cables such as XLPE and EPR. Fully automatic<br />
or manual cable test sequences complying<br />
with International Standards/Guides such as IEEE 400.2, VDE<br />
0296, CENELEC, etc. True symmetrical sinusoidal, load independent,<br />
output waveform across the full load range. Real-time display of<br />
actual output waveform. Easy to use, menu guided. Large output load<br />
capability (up to 5μF). Automatic and integrated load capacitance<br />
measurement with optimum frequency selection. Data storage for review or<br />
download. Short circuited protected.<br />
HV Diagnostics HVA60 60kV-50mA DC/<br />
VLF High Voltage<br />
Insulation Dielectrics Test Set<br />
HVD,HVA60-DC/VLF (4624) AU<br />
True sine wave low frequency output. 0.1Hz &<br />
0.02Hz. For VLF, DC and jacket/sheath testing. Fault<br />
conditioning capability. Test result storage capability.<br />
Short circuit protection. Complies with CENELEC,<br />
IEEE 400.2, VDE 0296 and other international standards. Manual or fully<br />
automatic test sequence selection. Real time display of actual output<br />
waveform. High voltage power source suitable for testing electrical plant<br />
including cables: XLPE, PE, EPR, PILC etc, capacitors, switchgear,<br />
transformers, rotating machines, insulators and bushings.<br />
Megger OTS80PB Transformer<br />
Oil Tester Insulation<br />
Dielectrics Test Set<br />
MEG,OTS80PB (4628) AU<br />
Test voltage 80kV max at 61.8Hz. Fully automatic<br />
operation. Rechargeable batteries. RS232C<br />
interface.<br />
<br />
PHE,BK130 (8406) AU<br />
Tests elevating boom as well as the work platform and linings<br />
to ANSI A92.2 draft standard. Can also he used in many other<br />
Hipot applications that require the sort of voltage and current<br />
this instrument is capable of. Can supply 0 to 130kVAC @<br />
50mA and 0 to 35kVAC at 171mA. The whole system is built<br />
into a trolley cart for ease of use. Measurement accuracy 1%<br />
FS for 10 to 100% of range.<br />
T&R kV30-40, 30kV AC Hipot Test Set<br />
T&R,kV30-40 (8402) AU<br />
0 to 30kV, max output 40mA with a duty cycle of 5min<br />
on & 15min off. Max continuous current 20mA. Overload<br />
<br />
operated safety features.<br />
40<br />
<strong>Power</strong> Transformer Testers<br />
www.techrentals.com.au<br />
Biddle 550005 Turns Ratio Test Set<br />
BID,550005 (8421) AU<br />
Single phase (can be used on 3ph individual phase windings). Turns ratio<br />
0.001 to 129.999. Exciting current 0 to 1A. Accuracy 0.1%. Hand cranked<br />
operation.<br />
Megger 3Ph Transformer Tester<br />
MEG,TTR320-47 (8422) AU<br />
3 phase transformer turns ratio test set.<br />
Automatic operation, graphical user interface.<br />
Stores upto 100,000 data sets.<br />
Omicron CPC 100 PTS for CTs/VTs/<strong>Power</strong><br />
Transformer<br />
OMI,CPC100PTS (4606) AU<br />
Allows multifunctional primary test system for substation<br />
commissioning and maintenance. Automated testing<br />
of power transformers, CTs, VTs, resistance testing,<br />
and more. Providing up to 800A (or 2,000A with current<br />
booster) and 2,000V and comes complete with an<br />
integrated PC. Its software routines test a wide range of substation equipment,<br />
and automatically creates customizable reports. Total weight: 112kg including<br />
all the accessories. Analog voltages and currents can be measured with<br />
very high precision. Its Ohm meters automatically switch ranges from μOhm<br />
to kOhm to allow for a wide variety of applications. Testing of unconventional<br />
equipment, such as Rogowski Coils or current sensors completes the<br />
spectrum. Safety features: emergency shut off button, safety key lock (block<br />
unauthorised use).<br />
<br />
OMI,CPSB1 (4605) AU<br />
Switch Box to allow fully automated 3 phase transformer<br />
testing, accessory for the CPC100.<br />
Omicron CP TD1 Tangent Delta & <strong>Power</strong><br />
Factor Measuring Test Set<br />
OMI,CP-TD1 (4619) AU<br />
Provides automatic testing of transformer parameters<br />
within one portable system. Comprises of CPC 100<br />
Multifunction Primary Test System and the CP TD1<br />
Tangent Delta unit. CPC 100 is the main control unit for<br />
the test system and the CP TD1 unit is used for testing<br />
of insulation condition. All test results stored in one<br />
device and in the same format. Excellent line-frequency suppression in the<br />
presence of electrical and magnetic interference. High precision components<br />
for measuring voltages and currents and a gas-insulated reference capacitor<br />
for capacitance and Tan delta measurement. Portable, heaviest component<br />
29kg. Automated Testing and Reporting; Test plans and parameters can be<br />
prepared off-line on the computer. Reports are generated automatically.<br />
Omicron FRA Frequency Response<br />
Analyser<br />
OMI,FRA (4621) AU<br />
For power transformer diagnosis. Applies a<br />
voltage across a range of frequencies (10Hz to<br />
20MHz) to the device under test. The measurements<br />
can subsequently be used to evaluate the<br />
mechanical integrity of cores, windings and clamping structures within power<br />
transformers by measuring their electrical transfer functions over a wide frequency<br />
range. Each electrical network has got its unique frequency response,<br />
the so-called fingerprint. Faults, mechanical shocks (i.e. earthquakes) or<br />
transportation cause deviations of this frequency response. Comparing measurements<br />
of different phases, sister units or the actual fingerprint with earlier<br />
measurements done on the same transformers allows to indicate positional or<br />
electrical variations of the internal components.