Three-phase for the machine shop

Mills, lathes, surface grinders, large air compressors and other industrial equipment commonly found in small machine shops require three-phase power.

More and more machine shops are being started in rural and other non-industrial areas where three-phase power is not available, or is prohibitively expensive. The Phase Perfect® was specifically designed to address this need and provide shops with a reliable, economical three-phase converter. Just feed single-phase into the unit and get utility-quality three-phase back out.

CNC equipment is becoming more and more common, and modern non-CNC equipment often has convenience or safety features controlled by a microprocessor or other delicate electronics. These electronic controls require extremely well balanced power or they can be damaged. The Phase Perfect® continually adjusts to ensure your machines have a healthy diet of utility-quality three-phase power.

In many cases, machine shop equipment requires 208V delta configured three-phase power. A Phase Perfect® is easily paired with relatively inexpensive buck/boost transformers to lower voltage to 208V from 240V if required.

Most importantly,

WE SAVE YOU MONEY.

No costly utility upgrades, just efficient, reliable power for your system.

$1,013.60

/year

Small machine shop with multiple machines, estimated annual savings with Phase Perfect® versus Rotary:

Small machine shop with multiple machines, estimated annual savings with Phase Perfect® versus Rotary:

Phase perfect phase converters
Phase Perfect®
Digital Phase Converter
Rotary phase converter
Rotary
Phase Converter
Converter Horsepower Needed150 HP100 HP
Max Load Amperage150 A150 A
Standby Power Consumption2240 W7480 W
Idle Power Cost3$33.60$1,047.20

Max Load:

Horsepower rating of largest or combined load that will be connected to the Phase Perfect®

Electricity Cost (Per kWh):

The cost in cents per kilowatt/hour your utility charges you for electricity usage. You can estimate costs for your region by looking at the Average Price Chart on eia.gov.

Estimated Power On Time:

Number of weeks per year and days per week you anticipate needing 3 Phase power available. For example: a business with typical operating hours might be 50 weeks per year and 5 days per week, while an elevator installation would require 52 weeks per year and 7 days per week.

Estimated Standby Time:

The number of hours per day you anticipate not drawing a significant 3 Phase load. For example: a typical business might not draw a significant load right away in the morning, during breaks, or over the lunch hour. while an elevator might be idle 20 or more hours per day.
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Phase Perfect®

The original Phase Perfect® supplies power to some of the most demanding applications available under some of the most challenging conditions imaginable. Utility-quality three-phase power anywhere you need it.

See the Phase Perfect®
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Phase Perfect® Enterprise

The Phase Perfect® is also available in a compact, high-value, configuration where the customization options of the original are not required. These Enterprise models have the same modern digital phase conversion technology inside as the original.

See the Phase Perfect® Enterprise