MTE Motor Protection Filters are designed to protect AC motors from the destructive affects of long cable runs between an inverter and motor. (read more)
Product Overview
MTE Corporation type M-1877 Noise Suppression Network offers an economical solution to many facility interference problems caused by the high frequency emissions of adjustable speed drives and inverters. The type M-1877 Noise Suppression Network can reduce interference with other sensitive electronic loads such as
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MTE Corporation announces the Matrix® AP Passive Harmonic Filter. The Matrix AP, available from 6A to 1200A, is an extension of our Matrix line of harmonic filters and is compatible with generator systems. Using Adaptive Passive Technology (Patent Pending), the Matrix AP has the best proven performance in the industry. (read more)
The Matrix PureSine Active Harmonic Filter is a powerful filtering soloution for coordinated variable load power factor correction (PFC), phase imbalance, and harmonic mitigation. (read more)
MTE Corp. Announces its complete line of RLW Reactor's Offering OEM's, integrators and Panel Builders construction flexibility, smaller size and reduced weight. (read more)
Matrix Filters®
Product Overview
MTE Matrix Filters solve the problem of harmonic distortion on virtually any kind of six pulse rectifier. These power supplies are commonly found in three phase electronic equipment such as adjustable speed motor drives, welders, battery chargers, servo drives and other equipment.
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New MTE Sine Wave filters provide sine wave output voltage when driven from PWM inverters, eliminating motor insulation failures, reduce EMI and help meet IEEE-519 for cable lengths up to 15,000 feet (read more)
First-turn arc-over protection GUARANTEED for cable lengths up to 1,000 feet between inverter and motor with new MTE dV/dt filters
MTE Series A dV/dt filters are designed to protect AC motors from the destructive effects of peak voltages facilitated by long cable runs between the inverter and motor. (read more)
Guard-AC line/load reactors help keep your equipment running longer by absorbing many of the power line disturbances which otherwise damage or shut down your inverters, variable speed controllers, or other sensitive equipment. They are the modern technology solution to inverter and drive application problems. (read more)
1000 Volts DC
Filters 300/360 Hz Ripple Current
Use DC Link Chokes in many applications such as:
- AC PWM inverters/drives
- DC to AC inverters
- Variable frequency motor drives
- Electric vehicle inverters
3-Phase Reactors
Line/Load Reactors
Product Overview
Harmonic Compensated and IGBT Compatible
- Increase Drive System Reliability
- Filter Power Line Disturbances
- Reduce Harmonics
- Reduce Surge Currents
- Reduce dv/dt
- Extend Transistor Life
- Reduce Motor Noise and Tempera...
MTE Corporation type "RF" filters offer an economical solution to many facility interference problems caused by the high frequency emissions of adjustable speed motor drives and inverters. Type "RF" filters can prevent drives and inverters from interfering with other sensitive electronic loads by reducing both common mode and differential mode noise emissions. (read more)
3rd Harmonic Filters by MTE Corporation will substantially reduce harmonic currents caused by personal computers, electronic ballasts, lighting dimmer controls, uninterruptible power supplies, and 1-phase motor drives/inverters. (read more)
MTE Corporation announces its new RLW Reactor Line featuring modular construction, a more compact size and a lightweight alternative to standard reactors. (read more)
MTE Single Phase M1 Matrix Filters reduce harmonics to (12% THID) of total harmonic current distortion on virtually any kind of four pulse rectifier supply. These power supplies are commonly found in electronic equipment such as adjustable speed motor drives, welders, battery chargers, servo drives etc. (read more)
Surge Protection Devices
Product Overview
- 3-Phase
- 50/60Hz, 600 volts max.
PR-O-TECT surge arrestors help to protect sensitive electronics equipment from dangerous voltage transients and spikes. (read more)
