Rockwell Automation 1519 MV DRIVE HARMONIC FILTER PF CORRECTION UNIT - Manual (Page 17)

Chapter
3
1519-5.0 – May 1998
Performance Specifications and
Design Assumptions
These harmonic filters are designed to limit rms currents to fall within the
reactor rms current ratings assuming that the associated drive is operated
within its ratings and other harmonic producing loads do not exceed the levels
listed below. In addition, filters are designed to allow the capacitors to operate
within their published voltage and current ratings as follows:
• rms capacitor voltage limit: 125% of nameplate voltage
• peak capacitor voltage limit: 135% of peak nameplate voltage
• rms capacitor current limit: 180% of rated 60 Hz current
For variable torque loads the reactors and capacitors have been selected on the
basis that other harmonic producing loads, up to 50% of the drive rating, may
exist on the user or utility power systems. For constant torque loads it is
assumed that there are no other significant harmonic producing loads.
If power factor correction capacitors are present on the plant or utility power
system, consideration should be given to resonant frequencies and potential
harmonic amplification that could occur.
These harmonic filters are NEMA type 1 construction rated for ambient
temperatures between 0 and 40°C (32 and 104°F). They are available with
110/120 V or 220 V control. Standard units are available to compliment the
following drive power ratings:
Power Factor
Harmonic Filter Correction Controller
• 6-pulse drives (5 th filter only)
2400V 60 Hz – 200-1500 hp 2400V – 250-2500 hp
3300V 50 Hz – 200-1500 hp 3300V – 350-3000 hp
4160V 60 Hz – 200-1750 hp 4160V – 250-3500 hp
• 12-pulse drives (5 th , 7 th and 11 th filters)
2400V 60 Hz – 500-2500 hp
3300V 50 Hz – 500-3000 hp
4160V 60 Hz – 500-3500 hp
See Chapter 8 (Renewal Parts) for specific horsepower breakdowns for each
voltage level.
1519-IN050B-EN-P June 2013