6KV Digital Surge Tester with Bar To Bar Test
Model: D-6KAT
The Digital Surge Tester with bar-to-bar test is a comprehensive tester to check the quality AC and DC Motors.
The Bar-To-Bar Test is provided to test the Low impedance of the Series wound Armatures and Field coils of DC Traction Motors. The Surge Tester has an Embedded Industrial PC with 8 inch Touch screen Display and software to Store, Recall and Print the Test Reports.
FEATURES
- Infinite model storage capability
- Job work management area for motor data reference
- Dual feature to either store and compare against master waveform or compare between two windings simultaneously
- Colour coded waveforms for better analysis
- LABVIEW software to Store, print and recall surge test waveforms & reports
- Graphical and numerical representation of %error between the waveforms
- Automatic report generation in MS word
- Target voltage indication based on motor ratings
SOFTWARE INDICATOR & CONTROLS
- Adjustable Volts/Div and TimeBase
- Colour coded waveform display
- Surge test peak voltage indicator
- Graphical and numerical %error display
- Target voltage indicator based on motor rating>
- Test result lamp indicator
- Save, recall and print waveforms & reports
APPLICATIONS
The Surge tester is ideally suited for manufacturers of traction motors as it can test the single phase, three phase windings and insulation of DC armatures.
TEST POSITION I) Surge Comparison Test (Dual Channel)
At this Test Position, the windings of 1-phase & 3-phase AC induction Motor can be tested. The List is as follows:
- 1φ & 3φ windings
- LT coils
- AC Stators
- BLDC Stators
- Alternators
- Solenoids & Chokes
TEST POSITION II) Bar-To-Bar Test for DC Armatures (Single Channel)
To perform this test, the armature to be tested is positioned between centers so that is could be rotated. A fixture with adjustable brushes is used to contact the armature at three positions. Two segments with an equal number of bars are then compared and if the two segments are balanced and contain no faults, a single pattern will appear on the Display. Faults are located by noting the change in the pattern as the armature is rotated bar-to-bar. The important advantage surge testing offers when applied to armature is the ability to locate high resistance carbon shorts. These can be major problem and cannot be detected by the low voltage tests normally done. Because the Surge tester utilizes much higher levels, these faults can be determined and located in most of the cases.
- Armatures of DC Motor
- Field & Pole Coils
TEST SPECIFICATIONS
| Model | D-6KAT | |
| TEST POSITION-I | ||
| Test Voltage | 0 – 6,000 Volts (Adjustable) | |
| Pulse Current | 400 Amps (Max) | |
| Pulse Energy | 1.44J | |
| Capacitance | 0.05 μF/channel | |
| Impulse Rise Time | 0.1-0.2 μS (In accordance with IEEE 522 Standard) | |
| Impulse Repetition Rate | 5.0 Hz (5 Pulses per second) | |
| Min. Test Object Inductance | 24 μH | |
| Display | 8 inch Touch screen Colour Display | |
| Vertical Senstivity | 500V, 1000V, 2000V, 5000V | |
| Sweep/TimeBase | 4 μS – 10 mS | |
| TEST POSITION-II | ||
| Test Voltage | 0 – 1,000 Volts (Adjustable) | |
| Pulse Current | 1000 Amps | |
| Pulse Energy | 2.5 J | |
| Capacitance | 0.5 μF/channel | |
| Impulse Rise Time | 0.1-0.2 μS (In accordance with IEEE 522 Standard) | |
| Impulse Repetition Rate | 5.0 Hz (5 Pulses per second) | |
| Vertical Senstivity | 125V, 250V, 500V, 1000V | |
| Sweep/TimeBase | 4 μS – 10 mS | |
| Operating Voltage & Frequency | 230 V (50/60 Hz) or 110 V (60 Hz) | |
| Power consumption | 240 Watts (Max) | |
| Dimensions | 470(w) x 315(H) x 520(D) mm Approx | |
| Gross Weight | 45 Kgs | |
| Net Weight | 30 Kgs | |
