gefran SIEIDrive ADL300 Functions Description And Parameters List page 28

Menu PAR Description
5.4.4 11012 Pulley diameter
Setting of the diameter of the pulley.
Menu PAR Description
5.4.5 11150 Car weight
Setting of the weight of the cabin.
Menu PAR Description
5.4.6 11152 Counter weight
Setting of the weight of the counterweight.
Menu PAR Description
5.4.7 11154 Load weight
Setting of the weight of the maximum load for system dimensions.
Menu PAR Description
5.4.8 11156 Rope weight
Setting of the weight of the cable.
Menu PAR Description
5.4.9 11158 Gearbox inertia
Setting of the inertia of the mechanical reducer.
Menu PAR Description
5.4.10 11160 Motor inertia
Setting of the motor inertia.
Menu PAR Description
5.4.11 11162 Calc spd reg gains
If enabled this writes the inertia value in parameter 2240 Inertia, calculates the gains of the speed loop, sets parameters
2200 to 2210 to 100% and writes the calculated values in parameters 2236 Speed reg P gain, 2238 Speed reg I time and
2242 Bandwidth. The value of the parameter is automatically reset to 0 once calculation starts.
Menu PAR Description
5.4.12 12020 Inertia calculated
The inertia of the system with half load applied to the motor is displayed. This value can be entered in the Inertia parameter
16 - SPEED REG GAINS
in the "
Menu PAR Description
5.4.13 12022 SpeedLineCalc
The linear speed in m/s calculated using the 11010 Gearbox ratio and 11012 Pulley diameter parameters is displayed.
28
UM Type FB BIT
m FLOAT
UM Type FB BIT
kg FLOAT
UM Type FB BIT
kg FLOAT
UM Type FB BIT
kg FLOAT
UM Type FB BIT
kg FLOAT
UM Type FB BIT
kgm² FLOAT
UM Type FB BIT
kgm² FLOAT
UM Type FB BIT
ENUM INT
UM Type FB BIT
kgm² FLOAT
" menu.
UM Type FB BIT
m/s FLOAT
ADL300 • Functions description and parameters list
Def Min
0.60
Def Min
0.00
Def Min
0.00
Def Min
0.00
Def Min
0.00
Def Min
0.00
Def Min
0.00
Def Min
0 0
Def Min
0
Def Min
0
Max Acc Mod
ERW FVS
Max Acc Mod
RW FVS
Max Acc Mod
RW FVS
Max Acc Mod
RW FVS
Max Acc Mod
RW FVS
Max Acc Mod
RW FVS
Max Acc Mod
RW FVS
Max Acc Mod
1 RW F__
Max Acc Mod
R FVS
Max Acc Mod
R FVS