To Next PageTo Next PageWhat to do if autophasing is not successful on SKF Industrial Equipment?
If autophasing is not successful, or if the voltage sequence doesn't match the current sequence, verify the correctness of the voltage and current hookup. Also, check that the arrows on the current transformers (CTs) point toward the load.
What to do if voltages or currents are too small on SKF EP1000?
If the voltages and/or currents are too small, check for correct sensor ratios.
What to do if MCC sensor shows an error on SKF Industrial Equipment?
If you are getting an MCC Sensor Error, verify all connections between the EP1000 and EXP4000.
General| Type | Grease |
|---|---|
| NLGI Consistency | 2 |
| Viscosity at 40°C | 100 mm²/s |
| Base Oil Type | Mineral oil |
| Soap Type | Lithium |
| Application | Industrial applications, bearings |
Verify all needed materials are in the package and identify required tools for installation.
Follow safety warnings for cabinet de-energization, general precautions, and PPE.
Select an appropriate cabinet or enclosure location meeting specific criteria for mounting.
Use the provided template to mark, drill holes, and securely mount the EP1000 enclosure.
Choose an accessible location on the cabinet door, create a cutout, and mount the panel plug.
Connect CTs to motor feeds, ensuring correct polarity and placement on load-side.
Connect three-phase voltage (max 1,000V AC) and use PTs for higher voltages.
Connect CTs and voltage leads to EP1000 terminals; ensure cabinet voltage is de-energized.
Energize cabinet, connect EP1000 to EXP4000, create motor ID, set sensors, and run electrical test.
Address MCC sensor errors, autophasing issues, and EP1000 association problems.
Review voltage, current transformer, bus connector, and input power ratings for the EP1000.
Details on standard, 50A, 200A, and 200A+ EP current transformer dimensions and ratings.
Template for a 2.5" diameter cutout for the DB25 connector on the MCC wall.
Provides dimensions and hole locations for mounting the EP1000 unit.
Diagram illustrating connections for low voltage induction motors to the EP1000.
Diagram showing voltage and current transformer connections for medium/high voltage systems.
