Conductor width m 0.0500 Conductor width m 0.0500
Conductor height m 0.1000 Conductor height m 0.1000
Aspect ratio   2.0 Cooling hole diameter m 0.0175
Cooling hole diameter m 0.0175 Max length of single conductor section m 5.9
Cooling hole diameter in 0.6890 Current Amp rms 8974
Conductor area m2 0.0048 Avg conductor length per pole m 47
#Conductor in parallel electrically and hydraulically per pole   2 #Conductor in parallel electrically and hydraulically per pole   2
#Poles in series hydraulically   1 Resistance per pole at 20C mOhm 0.084
Total length per pole pair m 325 Flow velocity m/s 1.2
Number of pole pairs   8 Flow per conductor m3/s 2.93E-04
Shaft to chimney allowance m 6 Mass flow per conductor kg/s 0.29
Avg conductor length per pole m 47 #Poles in series hydraulically   1
fraction cooling hole dia / min(width, height)   0.3500 Hydraulic path delta_P MPA 0.04
Fraction allowable   0.5000 Return pressure MPA 0.02
Current Amp rms 8974 Inlet pressure MPA 0.17
Flow velocity feet/sec 3.99 Water Inlet Temperature deg C 45
Flow velocity m/s 1.2 Water delta_T deg C 3
Allowable flow velocity m/s 5.0 Resistance per pole at average temperature mOhm 0.094
Cooling hole area m2 2.41E-04 Ohmic dissipation per pole kW 8
Flow per conductor m3/s 2.93E-04 Ohmic dissipation per unit length kW/m 0.16
Flow per conductor GPM 4.64 Total # bus bar poles   16
Mass flow per conductor kg/s 0.29 Total ohmic dissipation, fraction of total coil + bus bar   9.3%
Water Inlet Temperature deg C 45 Total flow m3/s 9.37E-03
Allowable Water Outlet Temperature deg C 50 Total mass flow kg/s 9.3
Water Average Temperature deg C 48 Total bus bar resistance at 20C ohm 1.35E-03
cs0   4229.2 Total bus bar resistance at average temperature ohm 1.50E-03
cs1   -3.857 Total coil resistance at 20C ohm 1.05E-02
cs2   0.06786 Total coil resistance at average temperature ohm 1.46E-02
cs3   -0.0003745 Total circuit resistance at 20C ohm 1.18E-02
cs4   8.19E-07 Total circuit resistance at average temperature ohm 1.61E-02
Specific Heat J/kg-C 4.16E+03
cv0   0.0017887
cv1   -5.13E-05
cv2   7.91E-07
cv3   -6.75E-09
cv4   3.16E-11
cv5   -7.54E-14
cv6   7.17E-17
Water Dynamic Viscosity kG/m-s 5.58E-04
cd0   998.0853301
cd1   -0.061254033
cd2   -0.003076198
Water Density kg/m3 9.88E+02
Water Kinematic Viscosity m2/s 5.65E-07
Water Reynold's Number   3.77E+04
Water Friction Factor   2.27E-02
Hydraulic path delta_P PA 4.48E+04
Hydraulic path delta_P psi 6
Plumbing Water Pressure Drop psi 15
Total Pressure Drop psi 21
A1 8.0713
B1   1730.6300
C1   233.4260
A2   8.1402
B2   1810.9400
C2   244.4850
A   8.0713
B   1730.6300
C   233.4260
Boiling Pressure at Outlet Temp psi 1.8
Boiling Pressure at Outlet Temp PA 1.23E+04
Return pressure multiple of boiling   2.0
Return pressure psi 3.6
Return pressure PA 2.46E+04
Inlet pressure psi 25.1
Inlet pressure PA 1.73E+05
Allowable inlet pressure psi 100.0
Allowable inlet pressure PA 6.89E+05
Water thermal resistance per pole Watt/deg C 2.41E+03
100% IACS Resistivity at 20C ohm-m 1.72E-08
%IACS   100%
Resistivity at 20C ohm-m 1.72E-08
Resistance per pole at 20C ohm 8.44E-05
Temp Coefficient of Resistivity per deg C 0.0041
Average Resisitivity ohm-m 1.92E-08
Resistance per pole at average temperature ohm 9.40E-05
Ohmic dissipation per pole Watt 7.57E+03
Ohmic dissipation per unit length kW/m 0.16
#Coils in circuit   2
# Interleaves per coil   4
Total # bus bar poles   16
Total ohmic dissipation, fraction of total coil + bus bar   0.09
Water delta_T deg C 3.1
Allowable delta_T deg C 5.0
Cu temp coefficient of specific heat per deg C 0.105
Cu 20C specific heat J/kg-degC 393.5
Cu specific heat at avg temp J/kg-degC 396.3875
Cu density kg/m3 8950
Cu heat capacity J/degC 7.87E+05
delta_T/sec (LOCW) degC/sec 0.01
Total flow m3/s 9.37E-03
Total mass flow kg/s 9.3
Total bus bar resistance at 20C ohm 1.35E-03
Total bus bar resistance at average temperature ohm 1.50E-03
Max billet kg 250
Max length of single conductor section m 5.9