Features and Benefits:

• Reduced down time
• Extends the life of motors and other sensitive equipment
• Reduces harmonic problems
• Improves voltage
• Increases electrical capacity
• Reduces kWh consumption and demand
• Improves facility power factor
• Helps reduce or eliminate power factor penalties charged by electrical utilities
• Models available for wide range of motor sizes in both 50 and 60 Hz
• Standard models are NEMA 3 compliant and are suitable for indoor/outdoor installation
• Optional configurations include NEMA 4X, NEMA 12 and Explosion Proof
• Voltage ranges from 200 V - 6.7 kV

The PowerLiner reduces the harmonic energy normally created by nonlinear electrical equipment by canceling a substantial portion of the fifth harmonic current supplied to the loads.  

Advances in technology continue to reshape how electricity is consumed in today's commercial and industrial facilities. The continual development and introduction of more nonlinear electrical equipment has resulted in the introduction of higher harmonics levels that contribute to energy waste and reduced equipment life. With more AC to DC conversion equipment, variable frequency drives (VFD), DC drives, rectified DC power systems, welders, robotics and arc lighting, harmonic current has become a more predominant and troublesome factor in modern facility electrical systems.

EASI's PowerLiner meets the growing need to reduce the costs associated with nonlinear electrical equipment. By canceling a portion of the harmonic current normally drawn by such loads, the PowerLiner reduces kilowatt-hour consumption and can alleviate many of the problems associated with harmful harmonics within a facility.

The PowerLiner reduces the harmonic energy normally created by nonlinear electrical equipment by canceling a substantial portion of the fifth harmonic current supplied to the loads. The results are a reduction in heat generated inside equipment, a more efficient electrical distribution system with increased capacity and a direct kilowatt-hour reduction translating into energy cost savings.