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Panasonic MINAS-A5NL Series - Page 98

Panasonic MINAS-A5NL Series
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No. SX-DSV02310 - 90 -
R2.0 Motor Business Division, Appliances Company, Panasonic Corporation
Type_Code
Conventional New
Title Index Unit Description Refer to
- 21h Logical input signal - 0 - Logic level of input signal 6-9-5
- 22h Logical output
signal
- 0 - Logic level of output signal 6-9-5
- 23h Logical input signal
(expansion portion)
- 0 - Logic level of input signal (expansion portion) 6-9-5
- 24h Logical output
signal (expansion
portion)
- 0 - Logic level of output signal (expansion portion) 6-9-5
- 25h Physical input
signal
- 0 - Physical level of input signal 6-9-5
- 26h Physical output
signal
- 0 - Physical level of output signal 6-9-5
131h 31h Mass ratio - 0 %
The ratio of load mass to the motors moving part’s
mass (equivalent of value in Pr.0.04)
Mass ratio
= (load mass/ moving part’s mass ) 100
132h 32h Maker use - – – -
133h 33h
Cause of no
movement
- 0 -
The number which shows the cause that the motor is
not moving.
6-9-2
134h 34h Warning flags - 0 -
The number which shows the cause that the motor is
not running.
The corresponding bit is set to 1 to activate the flag
(showing warning status).
6-9-3
201h 41h Maker use - – – -
202h 42h Electrical angle - 0 -
Electrical angle of the motor
The value will increase at movement of positive
direction when polarity is fixed and Pr0.00=1
(Movement direction setting) :4).
Electrical angle = 0–1FF [Hex]
-
- 43h Maker use - – – -
- 61h
Power on
cumulative time
- - 30 min
Cumulative on-time of control power to the servo
driver
Because the power on time is recorded in unit of 30
minutes, a turn-on period shorter than 30 minutes is
not recorded.
-
- 62h
Servo driver
temperature
- - C Temperature inside the servo driver -
- 63h Maker use - – – -
- 64h
No. of inrush
resistance relay
operations
- - Cycle
Operating cycles of inrush current suppression resistor
relay
Saturation will occur at maximum value of
40000000h.
Because the power on time is recorded in unit of 30
minutes, a turn-on period shorter than 30 minutes is
not recorded.
-
- 65h
No. of dynamic
brake operations
- - Cycle
No. of operations of dynamic brake relay
Saturation will occur at maximum value of
40000000h.
Because the power on time is recorded in unit of 30
minutes, a turn-on period shorter than 30 minutes is
not recorded.
-
- 66h Fan operating time - - 30 min
Operating time of cooling fan
Because the power on time is recorded in unit of 30
minutes, a turn-on period shorter than 30 minutes is
not recorded.
0 when no fan is installed.
-
*4) When confirming count direction, make sure to set at 1 for setting of Pr0.00 “Movement direction setting”, write
EEPROM, turn on power again and then make confirmation.

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