3. Operands#
The data processed can be divided into two groups:
those concerning a**sing**secondary driver, most often in a**any**position in relation to the main driver but with**several* time intervals. These time intervals can be continuous between them (case of the same current with characteristics different from one interval to another) or discontinuous (case of one or more reclosing at different levels of intensity (keyword factor COUR),
those concerning one or**many**secondary conductors possibly parallel and/or infinite with**a**time interval corresponding to the short circuit and**optional* a second time interval corresponding to a reclosing (keywords factors COUR_PRIN and COUR_SECO).
It can be noted that:
in the second group of data, the characteristics of the currents crossing the secondary conductors are treated separately from those of the currents flowing through the main conductor (with the keyword COUR_SECO which can be repeated several times),
all cases handled by the second data group can be handled by the first group. However, in the case of currents crossing several secondary conductors, it is then necessary to repeat the operator DEFI_FONC_ELEC with the keyword COUR as many times as there are secondary conductors (and the same for AFFE_CHAR_MECA and CALC_VECT_ELEM).
3.1. Operand FREQ#
◊ FREQ =/50. ,
/en,
Current frequency in Hertz (50.0 by default).
3.2. Operand SIGNAL#
◊ SIGNAL =
Specify how to calculate the electrical function of time:
/ 'COMPLET'
|
all the terms of the electrical function are taken into account, |
/ 'CONTINU'
|
the periodic terms of the electrical function are not taken into account. |
3.3. Keyword COUR#
♦/♦ COUR = (_F (
♦ INTE_CC_1 = I1 effective intensity of the short circuit current, crossing the main conductor (in Amperes),
♦ TAU_CC_1 = \(\tau 1\) short circuit current time constant, crossing the main conductor (in seconds),
♦/PHI_CC_1 = \(\phi 1\) phase difference (in degrees) of the main current (short circuit current),
/INTC_CC_1 = IC1 first peak strength of the main current (in Amps), is equivalent to giving a phase shift,
♦ INTE_CC_2 = I2 effective intensity of the short circuit current, crossing the secondary conductor (in Amperes),
♦ TAU_CC_2 = \(\tau 2\) short circuit current time constant, crossing the secondary conductor (in seconds),
♦/PHI_CC_2 = \(\phi 2\) phase difference (in degrees) of the secondary current (short circuit current),
/INTC_CC_2 = IC2 first peak intensity of the secondary current (in Amps), is equivalent to giving a phase shift,
◊ INST_CC_INIT = ti initial instant of a current interval, by default, Equal to the final instant of the previous interval (the intervals are then continuous),
♦ INST_CC_FIN = tf final instant of a current interval
),),
3.4. Keyword COUR_PRIN#
/♦ COUR_PRIN = (_F (
crossing the main conductor (in Amperes),
♦ TAU_CC_1 = \(\tau 1\) short circuit current time constant, crossing the main conductor (in seconds),
♦/PHI_CC_1 = \(\phi 1\) phase difference (in degrees) of the main current (short circuit current),
/INTC_CC_1 = IC1 first peak strength of the main current (in Amps), is equivalent to giving a phase shift,
◊ INTE_RENC_1 = I1R effective intensity of the reclosing current, crossing the main conductor (in Amperes),
◊ TAU_RENC_1 = \(\tau \mathrm{1R}\) short circuit current time constant, crossing the secondary conductor (in seconds),
◊ PHI_RENC_1 = \(\phi \mathrm{1R}\) phase difference (in degrees) of the main current of reclosing,
♦ INST_CC_INIT = ti initial instant of the short circuit current,
♦ INST_CC_FIN = tf final instant of the short circuit current,
◊ INST_RENC_INIT =/TiR, initial instant of the reset current, /0. ,
◊ INST_RENC_FIN =/TFr final instant of the reclosing current, /0. ,
),),
Note:
By default, \({t}_{\mathrm{iR}}\) and \({t}_{\mathrm{fR}}\) are zero and there is no reset current.
3.5. Keyword COUR_SECO#
/♦ COUR_SECO = (_F (
crossing the secondary conductor (in Amperes),
♦ TAU_CC_2 = \(\tau 2\) short circuit current time constant, crossing the secondary conductor (in seconds),
♦/PHI_CC_2 = \(\phi 2\) phase difference (in degrees) of the secondary current (short circuit current),
/INTC_CC_2 = IC2 first peak intensity of the secondary current (in Amps), is equivalent to giving a phase shift,
◊ INTE_RENC_2 = I2R effective intensity of the reclosing current, crossing the secondary conductor (in Amperes),
◊ TAU_RENC_2 = \(\tau \mathrm{2R}\) reclosing current time constant, crossing the secondary conductor (in seconds),
◊ PHI_RENC_2 = \(\phi \mathrm{2R}\) phase difference (in degrees) of the secondary current of reclosing,
◊ DIST =/d, distance (in meters) from an infinite secondary conductor /1., and parallel to the main conductor.
),),
Note:
Not active in other cases and taken at 1 .by default to neutralize its action in calculating the strength of LAPLACE.
3.6. Operand INFO#
◊ INFO = Specify the printing options on the MESSAGE file.
1 = |
no printing (option by default), |
2 = |
Print the parameters plus the list of the first 10 values in ascending order of the parameter. |