Abus LIS-SE - Page 16

Page 16 Data : 01.03.2016
Parameter: P0.1
Load capacity of hoist 1
This parameter defines the load capacity of the hoist.
About 200 load capacity values are stored in the LIS–
SE, in steps of 100 kg up to a value of 10 t and in steps of
500 kg for values above 10 t.
Adjustment:
The rated load capacity of the hoist must always be ent -
ered.
Parameter: P1.1
Enter motor type
This parameter defines the motor data: the values inthe
list ”Current measurement modules for GM hoists”
must be entered. The table only applies to the latest ge-
neration of ABUS motors, voltage range 380- 415 V,
star circuitry
Adjustment:
The value in the motor type column for the current ge-
neration of ABUS hoists must be entered.
In this case, it is not necessary to enter parameters P
1.2 and P 1.3. The unit sets these parameters automati-
cally as the values for current–generation hoists are
stored in the unit.
For older ABUS hoists, non–ABUS hoists and hoists
with a supply voltage other than 400 V, ”0” must be ent-
ered.
In this case, parameters P 1.2 and P 1.3 must also be
set.
In order to prevent unintentional deletion of the preset
data with motor type ”0”, the code must be entered be-
fore making any changes.
To enter the code, keep the Enter key pressed until
Code appears on the display. After you have entered
thecodenumber1443, the unit automatically switches
to parameter 1.2 and then to parameter 1.3, without in-
dicating the parameter number.
Parameter: P1.2
Enter winding resistance
This parameter defines the resistance (R) of the preci-
sion and main lift windings.
The resistance must be measured on the motor; the va-
lue required is the resistance in one phase. In the case
of motors with delta circuits, t he equivalent star circuit
resistance must be entered.
Adjustment:
This parameter has two levels:
Level 1:
1. display of R (in Ohms) of precision lift winding
2. display of R (in Ohms) of main lift winding
Level 2: (can be access ed using CODE 1443)
1. entry of measured resistance (in Ohms) of preci-
sion lift winding
2. entry of measured resistance (in Ohms) of main lift
winding
F ollowing the entry and verification of the resistance va-
lue, there may be a discrepancy between the value ent-
ered and t he value displayed. This discrepancy is cau-
sed by processing in the computer but has no effect on
accuracy.
Parameter: P1.3
Enter current correction factor
This parameter defines the correction factor for the cur-
rent measurement modules.
The correction factor must be taken from the table ”cor-
rection factors for current measurement modules”.
Adjustment:
This parameter has two levels:
Level 1:
- display of correction factor stored
Level 2: (can be access ed using CODE 1443)
- entry of correction factor from table 1
Parameter: P2.1
Precision lift setting
This parameter can be used for reading stored values
and entering new values.
Input:
This parameter has two levels:
Level 1:
Last – 1 – display empty hook load, precision lift
(zero load)
Po–r – 1 – display empty hook power, precision lift
Last – 2 – display known load, precision lift
Po–r – 2 – display known power, precision lift
Level 2: (CODE 1443 required for access)
Last – 1 – enter empty hook load, precision lift (zero
load)
Po–r – 1 – enter empty hook power, precision lift
Last – 2 – enter known load, precision lift
Po–r – 2 – enter known load power, precision lift
Last = load on hook
Po–r = rotating field power
–1–= zero load on hook
–2–= known load on hook
Parameter: P2.2
Main lift setting
This parameter can be selected for reading stored va -
lues and entering new values.
Input:
This parameter has two levels:
Level 1:
Last – 1 – display empty hook load, main lift (zero
load)
Po–r – 1 – display empty hook power, main lift
Last – 2 – display known load, main lift
Po–r – 2 – display k nown power, main lift
Level 2: (CODE 1443 required for access)
Last – 1 – enter empty hook load, main lift (zero
load)
Po–r – 1 – enter empty hook power, main lift
Last – 2 – enter known load, main lift
Po–r – 2 – enter known load power, main lift
Last = load on hook
Po–r = rotating field power
–1–= zero load on hook
–2–= known load on hook