Parameter List
‑17‑
Parame
ter
Address Name Value Range Default Unit Change
Method
Page
F2‑46 0xF22E Number of times
of rotor constant
check
1–6 3 ‑ Unchangea
ble
"
F2‑46
"
on
page 131
F2‑47 0xF22F Inertia auto‑tuning 0: Disabled
1: Enabled
0 ‑ At stop "
F2‑47
"
on
page 131
F2‑48 0xF230 Speed loop
bandwidth during
inertia auto‑tuning
0.1–100.0 Hz 10 Hz At stop "
F2‑48
"
on
page 132
F2‑49 0xF231 Back EMF
calculation
0: Disabled
1: Enabled
0 ‑ Unchangea
ble
"
F2‑49
"
on
page 132
F2‑50 0xF232 Inertia auto‑tuning
mode
0: Acceleration/Deceleration
mode
1: Triangular wave mode
0 ‑ At stop "
F2‑50
"
on
page 132
F2‑51 0xF233 Acceleration/
deceleration
coefficient during
inertia auto‑tuning
0.1–10.0 1 ‑ At stop "
F2‑51
"
on
page 132
F2‑52 0xF234 Decoupling
control
0: Disabled
1: Enabled
0 ‑ At stop "
F2‑52
"
on
page 133
F2‑53 0xF235 Power limit
selection during
generating
0: Disabled
1: Enabled
0 ‑ At stop "
F2‑53
"
on
page 133
F2‑54 0xF236 Power limit during
generating
0.0% to +200.0% 20 % At stop "
F2‑54
"
on
page 133
F2‑55 0xF237 Flux closed loop
and torque
linearity
optimization in
FVC mode
Ones (position): Flux closed
loop in torque control mode
0: Disabled
1: Enabled
Tens (position): Flux closed
loop in speed control mode
0: Disabled
1: Enabled
Hundreds (position): Torque
upper limit and torque
linearity in speed control
mode
0: Disabled
1: Enabled
10 ‑ At stop "
F2‑55
"
on
page 133
F2‑56 0xF238 AC drive output
current upper limit
0.0% to 170.0% 150 % At stop "
F2‑56
"
on
page 134
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