Our new email address is quote@lcmagnetics.com

 

L/C Magnetics can supply Filters for Harmonic Suppression Systems as shown below. Aluminum and Copper windings are offered. These are premium filters available in the marketplace at an economical price.

 

 

Filter for Harmonic Suppression Systems

The Phenomenon of Odd Harmonics

Electronic equipment today is powered by SMSPs (switch mode power supplies) that convert AC current to DC current. SMSPs use rectifiers and capacitors drawing current in sharps bursts which distorts the sinusoidal waveform. It is now non-linear.

 

Celebrating 30 years in business

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quote@lcmagnetics.com

Tel: (714) 624 4740

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Non-linear loads, are rich in odd harmonics (3, 5, 7, etc.), which are multiples of the fundamental 60 Hertz frequency. The major components of harmonic currents in switched mode power supplies are the third and fifth harmonics. The 3rd harmonic current (180Hz) due to the design of the 3-phase system, is additive in the neutral and can result in a neutral current twice the phase current, even in a balanced system.

 

How Harmonics Affect Transformers

When odd-harmonic currents are present, winding losses increase. The I2R, conductor losses, are higher because harmonics increase the current. Stray losses in windings also increase losses due to additional eddy currents circulating within the conductors. The combination of these additional losses generate excess heat in the transformer coils. Transformer insulation systems are designed to accommodate temperature increases due to normal stray losses. However, when required to carry nonlinear loads, the heat generated may exceed the designed rating, reducing the life of the transformer and creating the possibility of premature failure.

De-rating is Not the Answer

De-rating a traditional linear transformer to compensate for heat build-up requires higher installation costs and provide poor energy efficiency due to increased core losses

Solutions for Harmonics in the Power System

The Harmonic Suppression System (HSS™) eliminates the harmful 3rd harmonic current generated by the operation
of electronic power supplies. An HSS eliminates the 3rd harmonic current, removing it from the distribution system.
Patented HSS technology allows transformers to be sized to the load. There is no need to de-rate or oversize panels, reducing installation costs and energy consumption and increasing equipment life. ROI can be less than 24 months.

Three Options

SysteMax™ is a stand alone 3rd harmonic suppression filter that is connected to the neutral of an existing distribution transformer. It is sized to the transformer (15 KVA to 1,000 KVA).

TransMax™ is a SysteMax filter incorporated in an enclosure with a high efficiency transformer. The basic transformer is 480V primary, 208Y/120V secondary, with either copper or aluminum windings, 115°C rise and electrostatic shielding. Options include 80°C rise, low noise (-3dB) and 208V primary. Enclosure type is UL/NEMA Type 1, ANSI–61 gray paint. Standard sizes range from 30 KVA to 500 KVA.

GenMax™ is a passive, tuned harmonic suppression system for generators. This new technology allows generators with different winding pitches to operate at full capacity by reducing circulating 3rd harmonic ground currents.

 

Celebrating 30 years in business

Send us an email for a Free Quote.

quote@lcmagnetics.com

Tel: (714) 624 4740

Our engineers will respond within the hour.

 

L/C Magnetics Inc. is a manufacturer, re-seller and distributor of transformer products from 0.1 KVA to 50 MVA, dry type or oil filled

 

Our CEHCO division (www.cehco.com) builds DC Rectifiers, Transformer Rectifier Assemblies and Custom Power Supplies.

 

 

 

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Our capabilities are summarized below. Send us an email at

quote@lcmagnetics.com and we will respond within the hour.

 

 

Industrial Control Transformer

  • Single Phase Transformers for industrial control applications

  • Standard efficiency

  • 50 to 5000 VA

  • For use in industrial and commercial control applications

 

 

Three – Phase Encapsulated

  • General purpose

  • Standard efficiency

  • 3 to 75 KVA

  • NEMA 3R enclosures

  • Industrial applications

  • Class 1, Div 2

 

Non-Linear, K-factor

  • Non-linear loads

  • DOE / C802

  • Electrostatically shielded

  • Meet the load demands of solids state devices including ballast, computers and communication equipment

 

Buck- Boost

  • General purpose

  • Standard efficiency

  • 50 VA to 50 KVA

  • Steps voltage up or down to solve over/under problems economically

  • Lighting and commercial applications

 

Single-Phase ventilated

  • General purpose

  • DOE / C802

  • 15 to 667 KVA

  • NEMA 1 enclosures

  • Industrial and commercial control applications

 

Drive Isolation

  • Drive and motor loads

  • Standard efficiency / C802

  • 3 to 990 KVA

  • Meets the demands of AC and DC variable speed drives

 

Single-Phase Encapsulated

  • General purpose

  • Standard efficiency

  • 50 VA to 50 KVA

  • NEMA 3R enclosures

  • Lighting, industrial and commercial applications

  • Class 1, Div 2

 

Three-Phase ventilated

  • General purpose

  • DOE / C802

  • 15 to 2500 KVA

  • NEMA 3R enclosures

  • Industrial and commercial control applications

 

Totally Enclosed Non Ventilated

  • TENV, industrial applications

  • Standard efficiency

  • 15 to 500 KVA

  • NEMA 3R, 4, 4X, 12, 12 X

  • For use in adverse ambient environments

 

TYPES OF TRANSFORMER
 

 

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TYPES OF INDUCTOR