Abus LIS-SE, Руководство по эксплуатации

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Page 16 Data : 01.03.2016
Parameter: P 0.1 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:
P 1.1
Enter motor type
This parameter defines the motor data: the values in the
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
the code number
1443
, the unit automatically switches
to parameter 1.2 and then to parameter 1.3, without in-
dicating the parameter number.
Parameter: P 1.2 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 , the 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 accessed 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
Following the entry and verification of the resistance va-
lue, there may be a discrepancy between the value ent-
ered and the value displayed. This discrepancy is cau-
sed by processing in the computer but has no effect on
accuracy.
Parameter: P 1.3 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 accessed using CODE 1443)
- entry of correction factor from table 1
Parameter: P 2.1 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: P 2.2 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 known 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