Lubricator Operating manual
Revision: 02
2022-D064493
en-12
6 Operation
Depending on the mode (time or pulse mode), the lubricator is operated with the magnetic pin provided
or via an external controller. However, the individual control parameters can subsequently be changed.
6.1 Adjustable parameters
Para-
meter
Designation
Permissible
values
Factory
setting time
control
Factory
setting
pulse control
Change to
P Maximum pressure [bar] 12 / 50 50 50 Expert menu
t Cartridge emptying time
[months]
1 ... 24* ... 36 6 -
Standard
menu and
Expert menu
C Number of cycles
[0.15 cm³/stroke]
1 / 2 / ... / 10 2 1
Pu Pulse mode 0 / 1 0 1
U Cartridge size [x 10 cm³] 12 / 25 12 12
Expert menu
E Inversion of output signals 0 / 1 1 0
L Empty signal 0 / 1 / 2 1 2
F Feedback signal 0 / 1 0 1
* only battery version
6.1.1 P (Pressure)
The parameter P indicates the maximum counter pressure. It can be set to 12 bar, 35 bar (only battery
version) or 50 bar. The maximum pressure of the system may need to be reduced depending on the
system in use and the lines connected (e.g. tubes). If the preset maximum pressure is exceeded, the
lubricator goes into the fault status and stops the current lubrication cycle. A message is displayed on
the LCD and sent to an external controller.
No further pumping sequence takes place until the message has been acknowledged.
6.1.2 t (time / running time, cartridge emptying times)
The parameter t can only be adjusted if the parameter Pu0 is set. With the parameter Pu1 the emptying
time is controlled externally by a controller.
The parameter t indicates the time in which the cartridge should be emptied. The emptying time can be
set from 1 to 36 months (battery version max. 24 months). For further information,
see „6.2 Selection of the parameters t and C.
6.1.3 C (cycle / number of cycles, strokes per lubrication cycle)
The parameter C indicates how many dosing strokes take place per lubrication cycle, or how much
lubricant is supplied. 1 to 10 dosing strokes can be set. With a value of C4, four dosing strokes of
0.15 cm³ each take place.
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