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FP605

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Power

Power options are add-on devices that can be used to help increase power factor, improve harmonics, and dissipating regenerative energy.

Power Option
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Single Phase Converter
The Single Phase Converter is used in single-phase to three-phase conversion applications to eliminate drive derating. The Single Phase Converter significantly reduces stresses on the power grid with near unity power factor and less than 10% iTHD.

Reactor
Used on either the input or output of a drive to reduce the effect of line-side or load-side transients. Improves the drive input power factor. Prevents damage to the drive when the power supply capacity is large. Decreases harmonic current. Improves the power supply total power factor.

  

DC Bus Reactor
The FP605 has an internal 5% split choke, built-in both positive and negative DC bus, or an internal 3% DC choke, built-in on positive side of the DC bus, reducing harmonics for cleaner power and power line transient protection. Helps attenuate harmonic current distortion back to the line to less than 40% iTHD and to reduce DC bus ripple current.
 

Circuit Breaker
MCP (instantaneous trip) Motor Circuit Protector or MCCB (thermal magnetic) Molded Case Circuit Breaker. See FP605 technical reference (SIEPC7106171F) for specific, UL approved recommendations.
 
Time Delay Fusing
Class T fuses are fast-acting (non-time-delay) only. Class CC and J can be either time-delay or non-time-delay. This covers any UL Listed Class CC, J, or T fuse. See FP605 technical reference (SIEPC7106171F) for specific, UL approved recommendations.
 
Fast Acting Semiconductor Fuses
High-speed semi-conductor drive input fuses, rated for a minimum 100,000 amp RMS symmetrical. See FP605 technical reference (SIEPC7106171F) for specific, UL approved recommendations.
 
24 VDC Power
The standard 24 VDC input terminals supply the FP605’s board-level components power when provided with 24 VDC from an external, customer-supplied source. It is used to maintain both drive control power and network communications (when utilized).