Default Settings. Calculated Industries ElectriCalc Pro 5060, ElectriCalc Pro 68 Pages
Default Settings. Calculated Industries ElectriCalc Pro 5060, ElectriCalc Pro
Add to My manuals68 Pages
Below you will find brief information for ElectriCalc Pro 5060. The ElectriCalc Pro 5060 makes quick work of complicated electrical calculations, helping you meet NEC requirements and complete your projects safely and efficiently. It features a user-friendly interface with easy-to-understand labels, and it’s pre-programmed with the 2002 National Electrical Code. It also includes the ability to update for future NEC revisions, giving you a tool designed to keep up with the times.
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Key Features
- NEC-Updateable
- Solves for volts, amps, VA, watts, kVA, kW, PF%, EFF%, and DC resistance
- Determines copper or aluminum wire sizes
- Calculates parallel and derated wire sizes
- Calculates voltage drop wire sizes, % and actual voltage drops
- Finds grounding conductors sizes
- Calculates motor full-load amps
- Calculates overload protection sizes
- Calculates NEMA starter sizes
- Calculates conduit sizes
Frequently Answers and Questions
How do I install the NEC update chip?
1) Purchase the NEC Update from CI
2) Once you receive the NEC Update chip, you need to install it in your ElectriCalc Pro:
a) Turn calculator off.
b) Remove the battery.
c) Using a screwdriver, pop out the square tab located in the middle section on the back of your calculator.
d) Replace it with the new Update tab by inserting it into the slot.
e) Replace the battery door.
f) Turn calculator on. Your calculator is now updated and ready to use.
How do I set the ambient temperature?
Press [Set] [2] and then enter the desired temperature using the number keys. The units can be displayed in Celsius (°C) or Fahrenheit (°F) by using the preference function ([Set][÷]).
How do I calculate the voltage drop?
Enter the phase, volts, amps, wire material, voltage drop wire size and length of run. The calculator determines resistance and then the voltage reduction. Voltage drop can be displayed as volts dropped, or as a percent reduction of potential load.