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ADV100 • Functions description and parameters list
22.5 – FUNCTIONS/SPEED CAPTURE
This function allows the drive to capture a motor running due to inertia or driven by the load. The function is also
enabled in case of an automatic restart after an alarm condition.
Main fields of application:
- Capturing a motor set in motion by the load (for example pump motors driven by the fluid)
- Capturing a motor connected directly to the power mains
- Capturing a motor running due to temporary disabling of the drive
- Capturing a motor that is running in the case of an automatic restart after an alarm
Note !
If the drive is enabled with the motor running and this function disabled, the drive could be blocked due to the intervention
of the Overcurrent or Undercurrent protections
Menu
PAR
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
22.5.1 3350 Speed capture
ENUM
Disable
0
1
ERW FV_
This parameter is used to enable the function to capture a motor that is running.
0
Disable
1
Enable
If set to 0 the capture running motor function is disabled. The output frequency starts from 0 and passes to the set refer-
ence value using the ramp.
If set to 1 the capture running motor function is enabled.
This function is available with
Regulation mode = Flux vector CL
or
V/f control
.
This function is not available with
Regulation mode = Flux vector OL
.
With
Regulation mode = Flux vector CL
the capture procedure consists of forcing the output frequency to the value
measured by the encoder, and then bringing the motor speed to the reference value using the ramp
SpeedCapture_00.vsd
OutFreq
MotorSpd
OutCurr
Par 3366
Waiting for demagnetiz
Acceleration
Magnetiz
Flux vector CL
With
Regulation mode = V/f control
the capture procedure consists of altering the inverter output frequency until the
actual motor speed is detected, then increasing the motor speed to the reference value using the ramp. The proce-
dure can take several seconds, depending on the type of load and parameter settings. If this function is enabled on
a motor at speed = 0 and drive speed reference = 0, the motor might start running until the moment the drive detects
the actual motor speed, after which the motor speed passes to the speed reference setting, i.e. 0. The initial value of
the output frequency depends on the condition that generated the capture procedure. Various conditions are possible:
Summary of Contents for SIEIDrive ADV100
Page 1: ... Functions description and parameters list SIEIDrive Field oriented vector AC Drive ADV100 ...
Page 28: ...28 ADV100 Functions description and parameters list Ramp freeze Ramp Output Motor speed ...
Page 152: ...152 ADV100 Block Diagrams F Block Diagrams System Diagrams Index Drive overview ...
Page 153: ...ADV100 Block Diagrams 153 References ...
Page 154: ...154 ADV100 Block Diagrams Ramps Braking ...
Page 155: ...ADV100 Block Diagrams 155 Multireference ...
Page 156: ...156 ADV100 Block Diagrams Motorpotentiometer Jog function ...
Page 157: ...ADV100 Block Diagrams 157 Monitor function ...
Page 158: ...158 ADV100 Block Diagrams ...
Page 159: ...ADV100 Block Diagrams 159 Commands ...
Page 160: ...160 ADV100 Block Diagrams ...
Page 161: ...ADV100 Block Diagrams 161 Digital inputs Digital outputs ...
Page 162: ...162 ADV100 Block Diagrams Analog inputs ...
Page 163: ...ADV100 Block Diagrams 163 Analog outputs Encoder config ...
Page 164: ...164 ADV100 Block Diagrams Speed reg gains ...
Page 165: ...ADV100 Block Diagrams 165 Torque config ...
Page 166: ...166 ADV100 Block Diagrams VF parameters ...
Page 167: ...ADV100 Block Diagrams 167 Functions ...
Page 168: ...168 ADV100 Block Diagrams ...
Page 169: ...ADV100 Block Diagrams 169 ...
Page 170: ...170 ADV100 Block Diagrams PID application ...
Page 171: ......