MTE Corporation is a supplier of power quality solutions designed to improve the reliability of power electronic systems and variable frequency drives. MTE designs and manufactures line/load reactors, Matrix AP Passive Harmonic Filters, and dV Sentry and SineWave Guardian motor protection filters that provide power quality solutions in a broad range of applications.
A power system’s ability to perform at optimal levels is compromised when harmonic distortion enters the system. It creates inefficiencies in equipment operations due to the increased need for power consumption. The increase of overall current required creates higher installation and utility costs, heating, and decreasing profitability.
About MTE Harmonic Mitigation Products
RL reactors are unequaled in absorbing power line disturbances. They are built to withstand even the most severe power spikes. They reduce nuisance tripping, reduce harmonic distortion and minimize long lead effects.
The Matrix AP is the most advanced filter on the market today. It features patented Adaptive Passive Technology that allows it to perform like no other filter – virtually eliminating harmonic distortion. It can adapt to varying loads, allowing you to meet IEEE-519 standards. Its unique design generates less heat, and is easy to install and maintain. Plus it is generator compatible. With Matrix AP Harmonic Filters, power quality, energy efficiency and reduced downtime are easy to achieve.
The dV Sentry is a revolutionary solution for motor protection on the load side of a VFD. With its patented design, the dV Sentry is the first proven filter that provides common mode reduction, peak voltage protection and rise time reduction – all in one unit.
Lakeland has the technical expertise to help you understand how MTE product can help mitigate harmonic distortion and why this is so important. We offer a full array of harmonic mitigation solutions, including the best THID reduction solution on the market with patented Adaptive Passive Technology, to increase productivity and system efficiency.