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Version 6.10
General Information
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Volts Informative Downloads
 
Volts Features
Help Movies - How To Do's
All Volts Features
Branch Circuit Load Calcs
Circuit Layout
Cable Tray Fill
Circuit Load Analysis
Conduit Fill
Device and Metal Box Fill
Efficiency Factor
Motor Ampacity and Characteristics
Motor Startup Ampacity
Ohm’s Law
Power Factor
Power Factor Correction
Resistor Color Codes
Series Location Voltage Drop
Transformer Sizing
Unit Conversions
Utility Transformer Values
Wireway Fill
 
Databases
Cables
Circuit Breakers
Conductors
Device and Metal Boxes
Fuses
Items
 
Reports
Arc Blast Pressure
Arc Flash Labels
Custom Reports
One Line Diagrams
Panel Schedules
Report PDF Samples
Short Circuit Analysis
Surge Protection Analysis
 
Formulae & Methods
Voltage Drop Formulae
Conductor Sizes
Ohm's Law Formulae
SI Units
Series Location Voltage Drop
     
  The Series Location Voltage Drop Analysis module is very similar to the main Circuit Load Analysis module in that it automatically sizes conductors based on various conditions to one of the 34 NEC® ampacity tables. It also computes the Line to Line and Line to Neutral voltage drops to IEEE Std 141 exact formula specifications. This module is intended for street and arena lighting where a single cable is used between individual lights (or devices).
   
 

   
 
Volts' voltage drop computation methods allow for the following:

Varying conductor types - conductors or cables, single or parallel

Varying conductor insulation types

Varying raceway types - EMT or PVC or ....

Varying ambient temperatures from device to device

Varying distances between devices

Varying device power factors

Varying device phases - 1, 2 or 3Ř with a neutral

   
  This full featured module features a complete array of editing capabilities inclusive of sequence modifications, updating, cutting, pasting, etc. of any entered device with all computations automatically updated with each modification. Additionally, 7 of 34 different information column headers can be selected "on the fly" for a complete analysis of the circuit.
     

It simply cannot be any easier or more accurate to obtain the correct information the first time.

 

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Reprinted with permission from NFPA 70 2008, NEC® copyright© 2008, National Fire Protection Association. This is not the complete and official position of the NFPA on the referenced subject which is represented only by the standard in its entirety. The title National Electric Code® and the acronym NEC® are registered trademarks of the National Fire Protection Association (NFPA).

Volts is a registered trademark of Dolphins Software

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