䃂 Detection frequency (n06)
䊶 Detects the actual speed of rotation from encoder signals.
Displays the value as detection frequency that is calculated to the frequency
from a detected speed of rotation.
Detection frequency [Hz] ˙
hSpeed of rotation [r/min]
No. of motor poles
120
Speed of rotation [r/min] ˙
No. of pulses of encoder per minute[p/min]
Encoder constant[p/r]
Note1) The No. of motor poles (Parameter P51) and encoder constant (Parameter
P52) should be set.
Note2) In the non-encoder mode (Parameter P09= [1, 2, 3]), the detection frequency
(n06) cannot be detected. The panel display will be "0.0".
䃂 Output current (n02), output voltage (n03), internal DC voltage (n04)
䊶 The indications of the output current, output voltage and internal DC voltage are
not the accurate indications for measuring. Use those indications to get rough values.
(If you need the accurate values, use a measuring instrument.)
31
䂓 Control State Monitor
Monitor
No.
䌮 01
Monitor item
The following 17 items can be monitored in the control state monitor mode.
Output frequency
n02 Output current
䌮 03 Output voltage
䌮 04
䌮 05 Setting frequency
䌮 08 Door position
䌮 09 OPEN arrival position data
䌮 10 No. of door switching
䌮 11 Encoder detection status
䌮 12 Fault display 1 (latest)
䌮 13 Fault display 2 (second to latest)
䌮 14 Fault display 3 (third to latest)
䌮 15
Fault display 4 (fourth to latest)
䌮 16
Control terminal state (input signal)
䌮 17
Control terminal state (output signal)
Indication
Output frequency(unit: Hz)
Details of errors
(Refer to pages 89 and 90)
Input/output of control circuit terminals
(Refer to page 32)
Setting frequency (unit: Hz)
Monitor for door control
(Refer to pages 31 and 32)
Internal DC voltage
Output current (unit: A)
Output voltage (unit: V AC)
Internal DC voltage (unit: V DC)
䌮 06 Detection frequency
䌮 07 Door position area
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