DCS500 Pin and Parameter list
A 42
Group 14: MOTOR 1 PROTECT.
MOT1.[TEMP_IN]
Input of MOTOR_1_PROTECTION-function block. ( S9/16 )
Input where temperature measurement is connected.
1401 FB_I: C4 SC: - HL: 19999 LL: 0 D: 0 U: -
MOT1.TEMP_ALARM_L
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Motor overtemperature alarm is activated when measured temperature (PT100) or
resistance value (PTC) exceeds this limit.
1402 FB_P: I2 SC: 1 HL: 4000 LL: -10 D: 0 U: C
MOT1.TEMP_FAULT_L
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Motor overtemperature fault is activated and the drive will trip when measured temperature
(PT100) or resistance value (PTC) exceeds this limit.
1403 FB_P: I2 SC: 1 HL: 4000 LL: -10 D: 0 U: C
[KLIXON_IN]
Input of MOTOR_1_PROTECTION-function block. ( S9/16 )
Input where temperature alarm is connected. Drive will tripped when the input value is not
zero.
1404 FB_I: C4 SC: BI HL: 19999 LL: 0 D: 0 U: -
MODEL1.SEL
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Used to activate the temperature model for motor1. The model will estimate the
temperature of the motor based on motor current and given model parameters.
0 = DISABLED
1 = ENABLED.
1405 FB_P: E2 SC: - HL: 1 LL: 0 D: 0 U: -
MODEL1.CURR
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Nominal current parameter for thermal model. When motor current is MODEL1.CURR
and after a time of about 5 times MODEL1.TC, the output of thermal model will be 100.
1406 FB_P: I2 SC:MCURR HL: 10000 LL: 0 D: 4096 U: A
MODEL1.ALARM_L
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Motor overtemperature alarm is activated when calculated temperature exceeds this limit.
1407 FB_P: I2 SC: 1 HL: 130 LL: 10 D: 120 U: %
MODEL1.TRIP_L
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Motor overtemperature fault is activated and the drive will trip when calculated temperature
exceeds this limit.
1408 FB_P: I2 SC: 1 HL: 130 LL: 10 D: 130 U: %
MODEL1.TC
Parameter of MOTOR_1_PROTECTION-function block. ( S9/16 )
Thermal time constant parameter for thermal model. The time in which the temperature
rises to 63% of the nominal value. When motor current is MODEL1.CURR and after a
time of about 5 times MODEL1.TC, the output of thermal model will be 100.
1409 FB_P: I2 SC: 1 HL: 5400 LL: 0 D: 240 U: s