Mitsubishi FX3U-USB-BD User Manual page 441

FX Series PLC User's Manual - Data Communication Edition
Inverter Communication
FREQROL V500 Series FREQROL F500 Series FREQROL A500 Series FREQROL E500 Series FREQROL S500 Series
Pr
Function Name
No.
Acceleration/
20 deceleration
reference speed
Acceleration/
21 deceleration time
increment
Torque restriction
22
level
⎯ ⎯
Multi-speed
24
setting (speed 4)
Multi-speed
25
setting (speed 5)
Multi-speed
26
setting (speed 6)
Multi-speed
27
setting (speed 7)
Multi-speed input
Standard
28
compensation
operation
function
(V500
Acceleration/
Series
29 deceleration
operation
pattern
selection
Regenerative
functions) 30
function selection
31 Speed jump 1A
32 Speed jump 1B
33 Speed jump 2A
34 Speed jump 2B
35 Speed jump 3A
36 Speed jump 3B
37 Speed display
⎯ ⎯
Up-to-speed
41
sensitivity
Output
42 Speed detection
terminal
functions
Speed detection
43 for reverse
rotation
Pr Pr
Name
No. No.
Acceleration/ Acceleration/
deceleration deceleration
20 20
reference reference
frequency frequency
Acceleration/ Acceleration/
21 deceleration time 21 deceleration time
increment increment
Stall prevention Stall prevention
22 22
operation level operation level
Stall prevention Stall prevention
operation level operation level
23 compensation 23 compensation
factor at double factor at double
speed speed
Multi-speed Multi-speed
24 24
setting (speed 4) setting (speed 4)
Multi-speed Multi-speed
25 25
setting (speed 5) setting (speed 5)
Multi-speed Multi-speed
26 26
setting (speed 6) setting (speed 6)
Multi-speed Multi-speed
27 27
setting (speed 7) setting (speed 7)
Multi-speed input Multi-speed input
28 28
compensation compensation
Acceleration/ Acceleration/
29 deceleration 29 deceleration
pattern pattern
Regenerative Regenerative
30 30
function selection function selection
Frequency jump Frequency jump
31 31
1A 1A
Frequency jump Frequency jump
32 32
1B 1B
Frequency jump Frequency jump
33 33
2A 2A
Frequency jump Frequency jump
34 34
2B 2B
Frequency jump Frequency jump
35 35
3A 3A
Frequency jump Frequency jump
36 36
3B 3B
37 Speed display 37 Speed display
Automatic torque
38
boost
Automatic torque
⎯
39 boost operation
starting current
⎯ ⎯
Up-to-frequency Up-to-frequency
41 41
sensitivity sensitivity
Output frequency Output frequency
42 42
detection detection
Output frequency Output frequency
43 detection for 43 detection for
reverse rotation reverse rotation
12.5 FREQROL Inverter Parameter List
Pr
Name Name
No.
Acceleration/
deceleration
20
reference
frequency
Acceleration/
21 deceleration time
increment
Stall prevention
22
operation level
Stall prevention
operation level
23 compensation
factor at double
speed
Multi-speed
24
setting (speed 4)
Multi-speed
25
setting (speed 5)
Multi-speed
26
setting (speed 6)
Multi-speed
27
setting (speed 7)
⎯ ⎯
Acceleration/
29 deceleration
pattern
Regenerative
30
function selection
Frequency jump
31
1A
Frequency jump
32
1B
Frequency jump
33
2A
Frequency jump
34
2B
Frequency jump
35
3A
Frequency jump
36
3B
37 Speed display
Frequency at 5V
38
(10V) input
Frequency at
⎯
39
20mA input
⎯ ⎯
Up-to-frequency
41
sensitivity
Output frequency
42
detection
Output frequency
43 detection for
reverse rotation
12 Related Data
A
Pr
Name
No.
Acceleration/
deceleration
20
B
reference
frequency
Stall preventing
21
function selection
Stall prevention
22
operation level
C
Stall prevention
operation level
23 compensation
factor at double
speed
Multi-speed
24
setting (speed 4)
D
Multi-speed
25
setting (speed 5)
Multi-speed
26
setting (speed 6)
Multi-speed
27
setting (speed 7)
Stall preventing
E
operation
28
reduction starting
frequency
Acceleration/
29 deceleration
pattern
F
⎯ ⎯
Frequency jump
31
1A
Frequency jump
32
1B
Frequency jump
33
G
2A
Frequency jump
34
2B
Frequency jump
35
3A
Frequency jump
36
3B
H
37 Speed display
Frequency setting
38 voltage gain
frequency
Frequency setting
39 current gain
frequency
Start-time ground
40 fault detection
selection
Up-to-frequency
41
sensitivity
Output frequency
42
Apx.
detection
Output frequency
43 detection for
reverse rotation
E-127
I