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ADL300-EPCv2- User Guide
Page 50 of 64
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.1
11166
Pre-torque Enable
BIT
0
0
1
RW
F
Enabling of the pre-torque function
0
Off
1
On
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.2
11168
Pre-torque Source
INT16
11170
0
2
RW
F
Selection of the origin (source) of the signal to be used for the pre-torque function.
11170
Init pretorque
1600
AnalogInp1
1650
AnalogInp2
4034
FieldbusM->S2
4044
FieldbusM->S3
4054
FieldbusM->S4
4064
FieldbusM->S5
4074
FieldbusM->S6
4084
FieldbusM->S7
4094
FiledbusM->S8
4104
FieldbusM->S9
4114
FieldbusM->S10
4124
FieldbusM->S11
4134
FieldbusM->S12
4144
FieldbusM->S13
4154
FieldbusM->S14
4164
FieldbusM->S15
4174
FieldbusM->S16
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.3
11170
Init pre-torque
INT32
1000
RW
F
Setting of the reference value for the pre-torque function only if the
pre-torque Source
parameter is set to 0.
The value set in this parameter only enables the pre-torque function to be optimised for one load condition.
By using the fieldbus to modify the setting of this parameter, the pre-torque function can also be optimised
for different loads.
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.4
11172
Pre-torque ramp up
ms
INT32
0
0
10000
RW
F
Setting of the torque value ramping-up time (before the brake is released): if this parameter is set to zero the
feed-forward torque value is maintained constant throughout the travel.
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.5
11174
PreTorque Ramp down
ms
INT32
0
0
60000
RW
F
Setting of the torque value ramping-down time: if this parameter is set to zero the feed-forward torque value
is maintained constant throughout the travel.
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.6 11176
Pre-Torque Offset
FLOAT
0
RW
F
Setting of the offset applied to the pre-torque function input reference.
Menu
Par
Description
UM
Type
FB BIT
Def
Min
Max
Acc
Mod
5.14.7 11178
Pre-torque Gain
FLOAT
1
RW
F
Setting of the gain value used to convert the value applied to the analog input into the torque value to be
used in the function. This gain value is calculated automatically according to the weights and inertias that are