EQUIPMENT DISTRIBUTE CONDITION

Brand Owner (click to sort) Address Description
DRIVING POWER QUALITY MTE CORPORATION N83 W12650 Stratton Circle Suite 100 Menomonee Falls WI 53051 equipment to distribute and condition electric power, namely, harmonic filters used with variable speed drives that drive motors, to reduce harmonic distortion;
ENDURACAPS MTE CORPORATION N83 W12650 Stratton Circle Suite 100 Menomonee Falls WI 53051 Equipment to distribute and condition electric power, namely, harmonic filters used with variable speed drives that drive motors; Low pass inductor filters used in high power electrical applications;
MATRIX MTE CORPORATION N83 W12650 Stratton Circle Suite 100 Menomonee Falls WI 53051 Equipment to distribute and condition electric power, namely, harmonic filters used with variable speed drives that drive motors, to reduce harmonic distortion;
MATRIX PURESINE MTE CORPORATION N83 W12650 Stratton Circle Suite 100 Menomonee Falls WI 53051 equipment to distribute and condition electric power, namely, harmonic filters used with variable speed drives that drive motors, to reduce harmonic distortion;MATRIX PURE SINE;
UNISIN Acuratek, Inc. 131 West 6th Street San Dimas CA 91773 Equipment to distribute and condition electric power, namely, harmonic filters, power factor correction capacitors, electromagnetic interference filters, radio frequency interference filters, surge protectors, automatic voltage regulators, static var compensators, broad band harmonic filters, narrow band harmonic filters, ground transformers, ferro-resonate transformers, shielded isolation transformers, line reactors consisting of one or more inductors, and ground systems consisting of inductors, capacitors, transformers, resistors and potentiometers;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. This invention is a method to determine the condition of rotating equipment, namely drive spindles, to enable the timely maintenance or replacement of same. The method uses an electrical signal from a vibration sensor mounted on part of the drive train to measure the level of vibration energy when the equipment is rotating under loaded and unloaded conditions. The relative vibration under the loaded and unloaded conditions is used as an indicator of equipment condition. Typically there is more vibration under load when the equipment is in good condition. When the level of vibration under the no-load condition matches or exceeds that seen under load, the equipment needs to be serviced or replaced.