Nidec Control Techniques Digitax-SF DA21223, Инструкция по эксплуатации

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29
ON
ON
ON
ON
OFF
2 ms(typ.)
OFF
ON
ON
(*1), (*2), (*4)
OFF
OFF
0
rpm
2 ms(typ.)
2 ms(typ.)
2 ms(typ.)
(*3)
2 ms(typ.)
(*3)
2 ms(typ.)
ON
OFF
2 ms(typ.)
(*3)
2 ms(MAX.)
t
(*5)
OFF
ERROR
OFF
( = ALARM )
ON
( = NO ALARM )
IN
OUT
Internal
IN
OUT
Internal
Internal
OUT
OUT
3. Preparation
Digitax SF
Instruction Manual
3. Timing Diagrams
Alarm Occurs
*1) The motor will stop per Deceleration Stop Method (No.224.0) as follows.
2 (quick stop) or 1 (short brake) : the motor decelerates and stops by short brake.
0 (
Coast to stop
) : no brake.
*2) Deceleration Stop Status ends when deceleration stop conditions set by the parameters (No.224.1, No.226.0, and No.227.0) are met.
*3) Timing of MBRK turning OFF
If Deceleration Stop Method (No.224.0) = 2 (quick stop) or 1 (short brake),
MBRK turns OFF when one of the following conditions is met.
1) Deceleration Stop Status turns OFF
2) Motor Rotational Speed drops to the value specified by the parameter No.227.0 or below.
If Deceleration Stop Method (No.224.0) = 0 (no brake),
MBRK turns OFF when Motor Excitation Status turns OFF.
If any of the following alarms occurs,
MBRK turns OFF when the internal error status becomes ERROR .
a) Encoder related errors b) Control Power voltage drop error
c) Errors related to Inverter output part d) Overvoltage error
If any alarm except above four occurs, the motion pattern will be exactly as this timing diagram suggests.
*4) Deceleration Stop behaves as follows depending on the error type:
a) Encoder related errors: Deceleration Stop per [Deceleration stop operating time (Parameter No. 226.0)]
b) Control Power voltage drop error: Deceleration Stop per [Deceleration stop (upon control power failure) Operating time (No.228.0)]
c) Errors related to Inverter output part:
Coast to stop
*5) In case of the following alarms, Servo Status will remain ON until Deceleration Stop Status turns OFF.
a) Encoder related errors
b) Control power voltage drop error
Signal Description
Name
Timing Diagrams
（Output Transistor Status, I/O Input Status, and Internal Status）
AC Supply
Power
L1L2 or L1L2L3
Servo Ready
SRDY
Servo On
SVON
Internal Error Status
-
Motor Excitation Status -
Deceleration Stop Status
-
Servo Status
SERVO
Motor
Brake Release
MBRK
Alarm Status
ALM
Motor Rotational Speed -
The value of the parameterno.227.0