Simphoenix V800 Series - 6.2.48 CORRECTION PARAMETER (GROUP FF.2); 6.2.49 SPECIAL FUNCTIONAL PARAMETERS (GROUP FF.3)

Functional Parameter Table
V800 Series High Performance Closed-Loop Vector Inverter User Manual
85
Function
Code
Name
Setting Range and Description
Minimum
Unit
Factory
Default
Change
Limit
1: Trip out when phase sequence goes wrong
2: The warning of no shutdown when phase
sequence goes wrong
FF.1.24
Reserved
——
——
——
6.2.48 CORRECTION PARAMETER
Function
Code
Name
Setting Range and
Description
Minimu
m Unit
Factory
Default
Change
Limit
FF.2.25
AI1 zero offset adjustment
-0.500~0.500V
0.001
0.0
FF.2.26
AI1 gain correction
0.950~1.050
0.001
1.000
FF.2.27
4mA offset adjudgements for AI2
-0.500~0.500mA
0.001
0.0
FF.2.28
AI2 gain correction
0.950~1.050
0.001
1.000
FF.2.29
AI3 zero offset adjustment
-0.500~0.500V
0.001
0.0
FF.2.30
AI3 gain correction
0.950~1.050
0.001
1.000
FF.2.31
AO1 zero offset correction
-0.500~0.500V
0.001
0.0
FF.2.32
AO1 gain correction
0.950~1.050
0.001
1.000
FF.2.33
AO2 zero offset correction
-0.500~0.500V
0.001
0.0
FF.2.34
AO2 gain correction
0.950~1.050
0.001
1.000
FF.2.35
under voltage action level
320~450V
1
350
×
FF.2.36
Correction coefficient of DC side
voltage detection value
0.950~1.050
0.001
1.000
6.2.49 SPECIAL FUNCTIONAL PARAMETERS
Function
Code
Name
Setting Range and Description
Minimu
m Unit
Factory
Default
Change
Limit
FF.3.37
Torque limit configuration
(H)
_ _ _ X: Constant torque area torque
limitation
0: Only limited by torque limiting
parameter (including Revolution PID
output limit)
1: Also limited by acceleration and
deceleration current level and
maximum permitted current
_ _ X _: Reserved
_ X _ _: Constant power area torque
limitation
0: Treated the same as the constant
torque area
1: Simultaneously adjusted as per
constant power algorithm
1
0101
FF.3.38
Current closed-loop
proportional gain
0.10 ~ 10.00
0.01
1.00
FF.3.39
Current closed-loop
integration time constant
0.10 ~ 10.00 (Sec.)
0.01
1.00
FF.3.40
Total leakage inductance
compensation constant
0.10 ~ 10.00
0.01
1.00