SKF Static Motor Analyzer Baker DX6

SKF Static Motor Analyzer Baker DX6
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Baker Instruments Baker DX6
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Datasheet
The SKF Static Motor Analyzer Baker DX6 is part of the SKF Static Motor Analyzer Baker DX family. The SKF Static Motor Analyzer Baker DX unit offers more capabilities to analyze all insulation and motor circuits in AC and DC motors, generators and coils. These instruments offer Insulation Resistance (IR), Polarization Index (PI), Dielectric Absorption (DA), DC HiPot/Step Voltage and Surge tests to evaluate all the insulation in motors and coils. The motor circuit can also be analyzed utilizing Resistance, Impedance, Capacitance, Phase Angle and Dissipation Factor/Quality Factor measurements.

Low voltage testing has been added to the Baker DX. This allows for a more complete testing solution for predictive maintenance or shop quality management. The low voltage tests can supply up to 600 mA and frequencies from 50 to 4 000 Hz.

The Baker DX also offers a modular design that allows you to configure a DX with only the test capabilities needed for your specific application. For example, it can be only a high voltage or a low voltage tester or you can add all the capability to have a unit that has both high voltage and low voltage testing capabilities in one unit. Simply configure the instrument to best fit the application in which it will be used.
 

Features:

  • 4 to 40 kV voltage testing capability to test fractional HP motors to 40 megawatt generators
  • High and low voltage testing capability in one unit to test the motor circuit and all the insulation
  • Intuitive graphical user interface with touch screen
  • USB printer interface to quickly print results
  • Coil mode – quickly analyze coils and store all data
  • Impulse mode allows the operator to quickly apply voltage when testing coils and DC motors
  • Fully test DC motors, including bar to bar armature testing
  • Push to Test (PTT) lock to hold voltage during DC tests
  • Modular design to meet your testing needs
  • Internal test storage capacity – 2 GB
 

Specifications:

Surge
Capacitor size (nF):  40
Surge energy:  0,72 J
Short circuit current:  340 A
65 μH load voltage:  6 kV
Surge voltage accuracy:  11%
  
Resistance
Source voltage, maximum:  3,9 V
Source current:  600 mA
10 000 to 200 000 Ω:  3% accuracy
100 to 10 000 Ω:  3% accuracy
0,2 to 100 Ω:  2% accuracy
0,002 to 0,2 Ω:  4%, ±1 mΩ accuracy
  
Capacitance
Source voltage, maximum:  3,9 V
Source current, maximum:  600 mA
Source frequency:  50 to 4 000 Hz
0,001 to 2,6 μF at 4 000 Hz:  3% accuracy
2,6 to 26 μF at 4 000 Hz: 5% accuracy
  
Inductance
Source voltage, maximum:  3,9 V
Source current, maximum:  600 mA
Source frequency:  50 to 4 000 Hz
160 to 5 000 mH at 60 Hz:  3% accuracy
0,5 to 160 mH at 60 Hz:  2% accuracy
0,05 to 0,5 mH at 60 Hz:  3% accuracy
  
Impedance
Source voltage, maximum: 3,9 V
Source current, maximum:  600 mA
Source frequency:  50 to 4 000 Hz
0,15 to 10 000 Ω at 60 Hz:  2% accuracy
0,01 to 0,15 Ω at 60 Hz:  3% accuracy
Phase accuracy at 60 Hz: < 2 deg.
  
DC tests
Voltage accuracy: 3%
Maximum resistance:  > 500 G
Accuracy:  5%
Minimum resistance:  5 MΩ
Maximum output current  3 mA
Over-current trip  1,4 mA

Note: Surge voltage accuracy meets/based on Z540 Standard four times measurement uncertainty (calibrated within 2.5%).