Phenix Technologies Canada Transformer Test Equipment
Transformer Test Equipment
Ensure that a transformer meets performance and reliability requirements, from the production line to after a repair or upgrade, when a major disruptive event occurs such as a lightning strike, or for preventive/predictive maintenance.
Phenix Technologies manufactures a complete line of Transformer Test Systems equipped with the testing capabilities you require.
- Single- and Three-Phase
- Precision Measurement
- Systems with Electronic Power Supply
- Optional system components for
additional testing capabilities
- Semi- or Fully-Automated
- High Speed Testing, 200+ transformers per day
- Fully Integrated Data Collection and Reporting System
Perform the following tests on distribution and power transformers in accordance with IEC 60076 and ANSI / IEEE C57.12 standards.
- Excitation Current Measurement
- Impedance Voltage Measurement
- Copper Loss (Load Loss)
- Applied Potential Test
- Winding Resistance Measurement
- Insulation Resistance
- Excitation Loss (No-Load or Core Loss)
- Full Load Current Measurement
- Temperature Measurement (Heat Run)
- Induced Potential Test
- Turns Ratio and Phase Displacement
Optional components for additional testing capabilities:
- AC Hipot (Applied Potential Test)
- MG set (Induced Potential Test)
- Partial Discharge Measurement
- Insulation Resistance Measurement
- Variable Frequency / Electronic Power Supply
- TTR (Winding Ratio Test)
- WRM (Winding Resistance Measurement)
- Capacitive Compensation Bank
- Control Consoles
REQUEST A QUOTE | Download and complete our Transformer Testing Application Questionnaire
SINGLE-PHASE TRANSFORMER TEST SYSTEMS
![](https://www.phenixtech.com/images/products/transformertestequipment/singlephase.png)
Model | Testing Capability |
TTS5M | 125 kVA – 375 kVA |
TTS10M | 250 kVA – 750 kVA |
TTS20-1 | 333 kVA – 1000 kVA |
TTS30-1 | 500 kVA – 1500 kVA |
TTS50-1 | 833 kVA – 2500 kVA |
THREE-PHASE
TRANSFORMER
TEST SYSTEMS
Model | Max Testing Capability |
TTS35 | 580 kVA |
TTS65 | 1000 kVA |
TTS100 | 1650 kVA |
TTS155 | 2580 kVA |
TTS175 | 2900 kVA |
TTS200 | 3300 kVA |
TTS250 | 4150 kVA |
TTS500 | 8300 kVA |
TTS750 | 12500 kVA |
TTS1000 | 16500 kVA |
![](https://www.phenixtech.com/images/products/transformertestequipment/threephase.png)
![](https://www.phenixtech.com/images/products/transformertestequipment/PATTR-01D.png)
- Measurements of 1-Phase and 3-Phase
Transformer/VT/CT Turns Ratio - VT/PT ratio 0.8-10000, CT ratio 0.8-2000
- High accuracy
![](https://www.phenixtech.com/images/products/transformertestequipment/bluetooth.png)
AUTOMATED DISTRIBUTION CLASS TRANSFORMER TEST SYSTEMS
![](https://www.phenixtech.com/images/products/transformertestequipment/automateddistributionclass.png)
- Multiple test stations for high volume
transformer testing. Custom designed
for your requirements. - Complete automation of the test
sequence, data collection and report
generation - Capability to test 50 or 60 Hz
transformers - High measurement repeatability
- Low maintenance design utilizing
solid state electronic voltage
regulators and frequency converters
TRANSMISSION CLASS POWER
TRANSFORMER TEST SYSTEMS
- Proven solid state Variable Frequency Power Supply technology
- Frequency Adjustable in the Range of 50 to 200 Hz
- Up to 2 MW Real Power and 8 MVAR Reactive Power Available for Induced Potential Testing of Transformers up to 1200 MVA
- Less than 2% Total Harmonic Distortion (THD) from Solid State Supplies
- Variable Transformer Based Voltage Regulation up to 15 MVA for Load and No Load Loss Measurements
- High Potential Test Systems Available up to 2 MV for Applied Potential (Separate Source) Voltage Tests
![](https://www.phenixtech.com/images/products/transformertestequipment/transmissionclasspower.png)
IMPULSE GENERATORS AND MEASUREMENT SYSTEMS 100 kV to 800 kV
Designed to generate impulse voltages that simulate lightning strokes and switching surges as defined by IEC, ANSI/IEEE, and other national standards.
![](https://www.phenixtech.com/images/products/transformertestequipment/impulsegenorators.png)