Mitsubishi Electric FR-E700 Instruction Manual page 599

Appendix
Instruction Code
Parame-
Function
ter
442 2A
Ethernet
443 2B
communication
(FR-E700 SC ENE) 444 2C
445 2D
495 5F
Remote output 496 60
497 61
Parameter for option
500 00
FR-A7NC-Ekit-SC-E
FR-A7ND-Ekit-SC-E
FR-A7NL-Ekit-SC-E
501 01
FR-A7NP-Ekit-SC-E
Communication
501 01
FR-E700 SC ENE
— 502 02
503 03
Maintenance
504 04
541 29
CC-Link
542 2A
communication
(FR-A7NC-Ekit-SC-E)
543 2B
544 2C
CC-Link
541 29
communication
544 2C
FR-E700 SC ENE
547 2F
USB
548 30
549 31
550 32
Communication
551 33
555 37
Current average
556 38
monitor
557 39
— 563 3F
— 564 40
— 571 47
— 611 0B
— 645 2D
Reduce mechanical
653 35
resonance
— 665 41
— 800 00
Tab. A-5: Parameter list with instruction codes (8)
FR-E700 SC EC/ENE
Name
AA 4 Default gateway address 1
AB 4 Default gateway address 2
AC 4 Default gateway address 3
AD 4 Default gateway address 4
DF 4 Remote output selection
E0 4 Remote output data 1
E1 4 Remote output data 2
Communication error execution
80 5
waiting time
Communication error occurrence count
81 5
display
Communication error occurrence count
81 5
display
Stop mode selection at communication
82 5
error
83 5 Maintenance timer
Maintenance timer alarm output set
84 5
time
Frequency command sign selection
A9 5
(CC-Link)
Communication station number
AA 5
(CC-Link)
AB 5 Baud rate (CC-Link)
AC 5 CC-Link extended setting
A9 5 Frequency command sign selection
AC 5 CC-Link extended setting
AD 5 USB communication station number
USB communication check time
B0 5
interval
B1 5 Protocol selection
NET mode operation command source
B2 5
selection
PU mode operation command source
B3 5
selection
B7 5 Current average time
B8 5 Data output mask time
Current average value monitor signal
B9 5
output reference current
BF 5 Energizing time carrying-over times
C0 5 Operating time carrying-over times
C7 5 Holding time at a start
8B 6 Acceleration time at a restart
AD 6 AM 0 V adjustment
B5 6 Speed smoothing control
Regeneration avoidance frequency
C1 6
gain
80 8 Control method selection
Parameter list with instruction codes
Control Mode-based Correspondence Table
General-pur-
Advanced
pose magnetic
V/F control magnetic flux
flux vector
vector control
control
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—
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—
Refer to Customer
Page Setting
6-283
6-135
—
6-234
—
6-323
—
6-349
6-292
6-234
6-220
6-324
6-140
6-75
6-153
6-150
6-176
6-314
6-38
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