Motor protection filter
dV E-Series dV/dt Filter
The ideal dV/dt solution for essential motor protection.
Downtime in any operation comes at a cost. Damage to motor windings and premature motor insulation failure can result in lost revenue and safety concerns. MTE’s dV E-Series dV/dt motor protection filters ensure your operation runs smoothly during your most critical times. The dV E-Series delivers premium motor protection, extends cable life, and is backed by MTE’s industry-leading Performance Guarantee.
Downtime in any operation comes at a cost. Damage to motor windings and premature motor insulation failure can result in lost revenue and safety concerns. MTE’s dV E-Series dV/dt motor protection filters ensure your operation runs smoothly during your most critical times. The dV E-Series delivers premium motor protection, extends cable life, and is backed by MTE’s industry-leading Performance Guarantee.
dV Sentry dV/dt Filter
Next-generation motor protection.
The dV Sentry® is the revolutionary solution for motor protection with its unique all-in-one design. It is the only filter on the market proven to reduce common mode currents and rise times while providing protection against voltage spikes. This results in long-lasting improved motor protection.
The dV Sentry® is the revolutionary solution for motor protection with its unique all-in-one design. It is the only filter on the market proven to reduce common mode currents and rise times while providing protection against voltage spikes. This results in long-lasting improved motor protection.
microNexus Filter
New best-in-class SineWave Filter optimized for high frequency motors out to 15’000 ft (4500m)
At MTE, we have found a way to make our best-in-class motor protection solution, the SineWave Guardian® Filter, even better. Featuring the same unequaled performance, the market leading High Frequency SineWave Guardian® uses innovative technology to optimize protection for high frequency motors. Our new filter features reduced voltage drop and virtually eliminates voltage distortion (THVD) generated by Variable Frequency Drives (VFDs). This results in reduced losses, protection against overheating motors, and ultimately providing less downtime.
At MTE, we have found a way to make our best-in-class motor protection solution, the SineWave Guardian® Filter, even better. Featuring the same unequaled performance, the market leading High Frequency SineWave Guardian® uses innovative technology to optimize protection for high frequency motors. Our new filter features reduced voltage drop and virtually eliminates voltage distortion (THVD) generated by Variable Frequency Drives (VFDs). This results in reduced losses, protection against overheating motors, and ultimately providing less downtime.
SineWave Guardian Filter
Best-in-class SineWave Filter for cleaning PWM waveforms out to 15’000 ft (4500m)
Motor protection and power quality don’t have to be a mystery. MTE makes it easy. Case in point: our SineWave Guardian® Filter. This best-in-class filter delivers unequaled performance in cleaning the PWM waveforms generated by Variable Frequency Drives (VFDs). It virtually
eliminates high frequency content and voltage peaks, thereby reducing motor heating to give you extended motor life – and less downtime.
Motor protection and power quality don’t have to be a mystery. MTE makes it easy. Case in point: our SineWave Guardian® Filter. This best-in-class filter delivers unequaled performance in cleaning the PWM waveforms generated by Variable Frequency Drives (VFDs). It virtually
eliminates high frequency content and voltage peaks, thereby reducing motor heating to give you extended motor life – and less downtime.
SineWave Guardian High Frequency Filter
An Integrated Solution for Both Differential and Common Mode Filtering
MTE’s SineWave Nexus® filter combines the performance of a sinewave filter with our patented common mode protection technology into a single passive device. The SineWave Nexus not only cleans the PWM waveform generated by Variable Frequency Drives (VFDs), it virtually eliminates common mode voltage which causes motor bearing failures. By filtering out the damaging common mode voltage, motor bearings are never subject to those harmful voltages that cause pitting, frosting, or fluting damage that leads to motor failure.
MTE’s SineWave Nexus® filter combines the performance of a sinewave filter with our patented common mode protection technology into a single passive device. The SineWave Nexus not only cleans the PWM waveform generated by Variable Frequency Drives (VFDs), it virtually eliminates common mode voltage which causes motor bearing failures. By filtering out the damaging common mode voltage, motor bearings are never subject to those harmful voltages that cause pitting, frosting, or fluting damage that leads to motor failure.
SineWave Nexus Filter
A complete motor protection solution for any micro drive application.
MTE’s microNexus filter takes the proven performance of our award-winning SineWave Nexus and shrinks it down into a space-saving solution that integrates into any micro drive application. The microNexus not only eliminates voltage spikes generated by Variable Frequency Drives (VFDs), and reflective waves that cause motor windings and cables to
fail, but it also virtually eliminates common mode voltage which causes motor bearing failures, cable degradation, and VFD faults. By filtering out damaging common mode voltage,
motor bearings are never subject to harmful voltages that cause damaging pitting, frosting, or fluting of bearings, all which lead to motor failure.
MTE’s microNexus filter takes the proven performance of our award-winning SineWave Nexus and shrinks it down into a space-saving solution that integrates into any micro drive application. The microNexus not only eliminates voltage spikes generated by Variable Frequency Drives (VFDs), and reflective waves that cause motor windings and cables to
fail, but it also virtually eliminates common mode voltage which causes motor bearing failures, cable degradation, and VFD faults. By filtering out damaging common mode voltage,
motor bearings are never subject to harmful voltages that cause damaging pitting, frosting, or fluting of bearings, all which lead to motor failure.