Bus Jog 2
PROFIDrive profile
was selected in par. O-10
Control Word Profile
. The Jog 2 function is activated via serial communication. The motor is running with par. O-91
Bus
Jog 2 Speed
.
Catch up
The output frequency is corrected by the value set in par. F-62
Catch up/slow Down Value
.
1.
Catch up is selected as a function for a digital input (parameter group E-##). The corresponding terminal is active.
2.
Catch up was activated via serial communication.
Coast
1.
Coast inverse has been selected as a function for a digital input (parameter group E-##). The corresponding terminal is not connected.
2.
Coast is on 0 on serial communication.
Control ready
PROFIDrive profile
was selected in par. O-10
Control Word Profile
. The drive needs the second part (e.g. 0x047F) of the two-part start command via serial com-
munication to allow starting. Using a terminal is not possible.
Ctrl. decel
A function with Ctrl. decel was selected in par. SP-10
Line failure
. The Mains Voltage is below the value set in par. SP-11
Line Voltage at Input Fault
. The drive decels
the motor using a controlled decel.
Current High
In par. H-71
Warning Current High
, a current limit is set. The output current of the drive is above this limit.
Current Low
In par. H-70
Warning Current Low
, a current limit is set. The output current of the drive is below this limit.
DC Hold
The motor is driven with a permanent DC current, par. B-00
DC Hold Current
. DC hold is selected in par. H-80
Function at Stop
. A Stop command (e.g. Stop (inverse))
is active.
DC Stop
The motor is momentarily driven with a DC current, par. B-01
DC Brake Current
, for a specified time, par. B-02
DC Braking Time
.
1.
DC Brake is activated (OFF) in par. B-03
DC Brake Cut In Speed [RPM]
and a Stop command (e.g. Stop (inverse)) is active.
2.
DC Brake (inverse) is selected as a function for a digital input (parameter group E-##). The corresponding terminal is not active.
3.
The DC Brake is activated via serial communication.
DC Voltage U0
In par. H-41
Motor Control Principle
U/f and in par. H-80
Function at Stop
DC Voltage U0 is selected. A Stop command (e.g. Stop (inverse)) is activated. The voltage
selected according to the par. H-55
U/f Characteristic - U
[0] (UF Characteristic – U[V]) is applied to the motor.
Feedback high
In par. H-77
Warning Feedback High
, an upper feedback limit is set. The sum of all active feedbacks is above the feedback limit.
Feedback low
In par. H-76
Warning Feedback Low
, a lower feedback limit is set. The sum of all active feedbacks is below the feedback limit.
Flying start
In par. H-09
Start Mode
, the Flying start function is activated. The drive is testing if the connected motor is running with a speed that is in the adjusted speed range.
The process was started by connecting a digital input (parameter group E-##) programmed as Coast inverse or by connecting to mains.
Freeze output
The remote reference is active and the momentarily given speed is saved.
1.
Freeze output was selected as a function for a digital input (Group E-##). The corresponding terminal is active. Speed control is only possible via the
terminal functions Speed up and Speed down.
2.
Hold ramp is activated via serial communication.
Freeze output request
A freeze output command has been given, but the motor will remain stopped until a
Run permissive
signal is received via a digital input.
Freeze Ref.
Freeze Ref. was chosen as a function for a digital input (parameter group E-##). The corresponding terminal is controlled. The drive saves the actual reference.
Changing the reference is now only possible via terminal functions Speed up and Speed down.
Jog request
A JOG command has been given, but the motor will be stopped until a
Run permissive
signal is received via a digital input.
High Power Service Manual for Unit Sizes 6x
21
2
Summary of Contents for AF-650 GP Series
Page 31: ...High Power Service Manual for Unit Sizes 6x 30 3...
Page 41: ...Illustration 3 7 Inverter section High Power Service Manual for Unit Sizes 6x 40 3...
Page 43: ...Illustration 3 8 Brake option High Power Service Manual for Unit Sizes 6x 42 3...
Page 97: ...High Power Service Manual for Unit Sizes 6x 96 7...
Page 111: ...High Power Service Manual for Unit Sizes 6x 110 8...
Page 121: ...High Power Service Manual for Unit Sizes 6x 120 9...
Page 134: ...11 Block Diagrams High Power Service Manual for Unit Sizes 6x 133 11...