MAN / AUT
MAN / AUT
L3
L4
OFF
M1
M
www.larius.com
21
ED. 04 - 04/2021 - Cod. 150183
LARIUS GHIBLI MIX 2K
The adjustment of the “impulse count frequency”
must be done in such a way so as to avoid high
frequencies which may not be supported by the
components.
OPERATOR INTERFACE
PANEL
The explanations provided must be read by any personnel who
will operate the system.
CONTROL PANEL
The Control panel (
M1
) is used in conjunction with the Operating
panel by the user to control machine function, to select the cycles
(manual, automatic)
and functionalities, as well as for immediately
viewing the system’s functional status.
The light on the panel indicates whether any alarms are active.
This operation
(manual valve opening)
, must also be carried out
when discharging pressures.
When a valve is opened in the absence of product, the pressure
contained within the mixing block is released.
perform this operation on all electro valves.
AUTOMATIC MODE
The automatic cycle is used for regular working functionality.
In order to activate automatic mode functionality, the operator
must turn the selector (
L3
) to the automatic position.
To disable the automatic operating mode, just place the selector
(
J3
) in the manual position.
When the automatic cycle is active, the program controls the
sequence of the valves for the two components and doses them
based on the requested ratio and based on the “impulse count
frequency” settings.
Access the “General Settings” screen.
The “impulse count frequency” setting affects the frequency of
the valve sequence.
Exemple:
Let us suppose we are selecting a volume ratio of 3/1
(3 parts A
and 1 part B)
and setting a pulse frequency of 1. The programme
will control the valve opening, counting 30 pulses of the A supply
measurer and 10 pulses of the B supply measurer.
If a pulse frequency of 2 were set, the machine would count 60
pulses of A and 20 pulses of B.
TOTAL SHUTDOWN OF THE CONTROL PANEL
The system shutdown procedure requires the main switch (
L4
)
to be turned to the OFF position.
This operation completely arrests all of the system’s functionalities.
