U
ser
'
s
G
Uide
— 27
KeysTRoKe
DIsPlay
2. Enter Voltage:
(Vdc)
Vdc 12.
V
3. Find Current:
(Idc)
Idc 0.0001
a
finding Resistance (ohms)
An electrical circuit operating at 240 Volts has a Current of 14.6
Amperes. Find the total Resistance (in Ohms) of the circuit.
KeysTRoKe
DIsPlay
0.
1. Enter Voltage:
(Vdc)
Vdc 240.
V
2. Enter Current:
(Idc)
Idc 14.6
a
3. Find Resistance:
(R)
ohMs 16.438356
mOTOR FuNCTIONS
The
ElectriCalc Pro
can calculate the Full-Load Current (Amps) of a
motor, based on Phase, Voltage and Motor (Synchronous, Induction,
or DC) Horsepower. It uses NEC Tables 430.247, 430.248 and
430.250 to determine the motor Full-Load current. (If you enter a
value for HP or Voltage that does not correspond to these tables, the
unit will display
none
).
The
ElectriCalc Pro
can also calculate an equivalent Horsepower
for an Induction, Synchronous or Direct Current motor based on a
Voltage, Phase and Full-Load Current. When calculating Motor HP
from an entered Amperage, a result not directly matching a value in
NEC Table 430.247, 430.248 or 430.250 will cause the calculator to
choose the next higher table value for Motor Horsepower.
