; Sag changed ; ;No. Circuits No. Phases Length Frequency Gnd. R. No. Bundles 1 3 1.00000E+00 6.00000E+01 1.00000E+02 4 ; ; Circuit 1 ;P NB Bundle Rad Resistance Diameter GMR Heigth Sag Horz. X A 4 1.27300E+01 1.06670E-01 1.16496E+00 3.89000E-02 9.76700E+01 6.94600E+01 -1.47600E+01 B 4 1.27300E+01 1.06670E-01 1.16496E+00 3.89000E-02 1.10796E+02 6.94900E+01 0.00000E+00 C 4 1.27300E+01 1.06670E-01 1.16496E+00 3.89000E-02 9.76700E+01 6.94600E+01 1.47600E+01 S1 1 1.00000E+00 6.74000E+00 3.59840E-01 1.20000E-03 1.28186E+02 5.90560E+01 -1.04000E+01 S2 1 1.00000E+00 6.74000E+00 3.59840E-01 1.20000E-03 1.28186E+02 5.90560E+01 1.04000E+01 Circuit 1 PC-EMTP line parameters for total line length Circuit Average Self and Mutual R-L-C, XL and XC Rs= 1.81411E-01 Ls= 3.11409E-03 Cs= 1.49827E-08 XLs= 1.17398E+00 XCs= 1.77043E+05 Rm= 1.54445E-01 Lm= 1.42982E-03 Cm=-2.49630E-09 XLm= 5.39029E-01 XCm=-1.06261E+06 Sequence Impedance - Distributed Line Parameter Model R zero = 4.90301E-01 L zero = 5.97373E-03 C zero = 9.99007E-09 XL zero = 2.25204E+00 XC zero = 2.65522E+05 R pos = 2.69660E-02 L pos = 1.68427E-03 C pos = 1.74790E-08 XL pos = 6.34955E-01 XC pos = 1.51759E+05 R neg = R pos, L Neg = L pos, and C neg = C pos Model Surge Impedance - Distributed Line Parameter Model Z0= 7.82288E+02 at -6.14122E+00 deg. Travel speed = 1.29447E+05 miles/sec Z1= 3.10559E+02 at -1.21592E+00 deg. Travel speed = 1.84305E+05 miles/sec Circuit 1 Z11 matrix, R in ohms, L in henries 1 R 1.76896E-01 1.56595E-01 1.50145E-01 1 L 3.12003E-03 1.47013E-03 1.34919E-03 2 R 1.56595E-01 1.90442E-01 1.56595E-01 2 L 1.47013E-03 3.10222E-03 1.47013E-03 3 R 1.50145E-01 1.56595E-01 1.76896E-01 3 L 1.34919E-03 1.47013E-03 3.12003E-03 Circuit 1 C11 Capacitance Matrix in farads. 1 C 1.48312E-08 -2.87502E-09 -1.73884E-09 2 C -2.87502E-09 1.52857E-08 -2.87502E-09 3 C -1.73884E-09 -2.87502E-09 1.48312E-08 ---------------------------------------------------------------------------- Circuit 1 Pi-Section - Mutually Coupled Line Model Format (Absolute) Type Ns Nd R L C Sw Nc Limit ID 3 NAs NAd 1.76896E-01 3.12003E-03 1.48312E-08 0 / 0.000E+00 0 1.56595E-01 1.47013E-03 -2.87502E-09 1.50145E-01 1.34919E-03 -1.73884E-09 2 NBs NBd 1.90442E-01 3.10222E-03 1.52857E-08 0 / 0.000E+00 0 1.56595E-01 1.47013E-03 -2.87502E-09 1 NCs NCd 1.76896E-01 3.12003E-03 1.48312E-08 0 / 0.000E+00 0 Circuit 1 Pi-Section - Mutually Coupled Line Model Format (OHMS) Type Ns Nd R jXL -jXC Sw Nc Limit ID J 3 NAs NAd 1.76896E-01 1.17622E+00 1.78852E+05 0 / 0.000E+00 0 1.56595E-01 5.54227E-01 -9.22630E+05 1.50145E-01 5.08632E-01 -1.52549E+06 J 2 NBs NBd 1.90442E-01 1.16951E+00 1.73534E+05 0 / 0.000E+00 0 1.56595E-01 5.54227E-01 -9.22630E+05 J 1 NCs NCd 1.76896E-01 1.17622E+00 1.78852E+05 0 / 0.000E+00 0 NOTE: The in the first column flags the PC-EMTP that the jXL and -jXC fields are in ohms at the system pre-fault frequency. Circuit 1 Distributed Parameter - Mutually Coupled Line Model Format (Absolute) Type Ns Nd R L C Sw Nc Limit ID 3 NAs NAd 4.90301E-01 5.97373E-03 9.99007E-09 0 / 0.000E+00 0 2 NBs NBd 2.69660E-02 1.68427E-03 1.74790E-08 0 / 0.000E+00 0 1 NCs NCd 0 / 0.000E+00 0 Circuit 1 Distributed Parameter - Mutually Coupled Line Model Format (OHMS) Type Ns Nd R Z Tau Sw Nc Limit ID J 3 NAs NAd 4.90301E-01 7.82288E+02 7.72515E+00 0 / 0.000E+00 0 J 2 NBs NBd 2.69660E-02 3.10559E+02 5.42580E+00 0 / 0.000E+00 0 J 1 NCs NCd 0 / 0.000E+00 0 NOTE: The in the first column flags the PC-EMTP that the L field is Z0 or Z1 ohms and the C field is Tau0 or Tau1 microseconds.