Neolysis NEO-12, Руководство по установке и обслуживанию

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5.2. Electrolysis system
5.2. System on stand-by
The system goes into “STAND-BY” when the “

” [2] key is pressed until the “0%” light blinks. When this occurs, there is no production in the
electrolysis cell (0%).
Fig. 21
5.2.1. System configuration
The DOMOTIC Series system can be reconfigured through a menu accessed from the control panel. The system has to be set at 0% (stand-by), as
described in point 5.2, in order to access this menu. Once the system has been set at 0% (stand-by), press the “

” [2] key for a few seconds until
the system information screen [17] displays “CONF”. To enable selection of each menu option, keep the “SALT TEST” [4] key pressed for
approximately 1 second. Select the desired parameter using the “

” [2] / “

” [2] keys and validate by pressing the “SALT TEST” [4] key for one
second again (see Fig. 23). The configuration process enables you to establish the following operative parameters:
MODEL
domotic
12
domotic
24
domotic
32
domotic
42
SOFTWARE VERSION
Shows software version (two digits)
POLARITY SWITCH
Switch every 2 hours
(2)
Switch every 3 hours Switch every 2 minutes
(1)
OUTPUT LEVEL CONTROL
WHEN CLOSED COVER
(2)
System may be configured to provide an output to cell in the range 10 ... 90% of its nominal
capacity when the pool cover is closed.
COVER CONTROL INPUT ACTIVATION
Deactivated
Activated input when closed
contact
(2)
Activated input when open
contact
ORP/RESIDUAL CHLORINE
CONTROL INPUT ACTIVATION
Deactivated (MANUAL)
(2)
Activated electrolysis system when closed contact (AUTO)
(3)
GAS DETECTOR ACTIVATION
Deactivated Activated electrolysis system when flooded detector
(2)
EXTERNAL FLOW DETECTOR
(FLOW SWITCH) ACTIVATION
Deactivated
(2)
Activated electrolysis system when closed contact
(1)
WARNING: only use this mode for check tasks, for short periods of time, as it could damage the electrodes. This mode is cancelled when the system is switched off.
(2)
Factory defaults.
(3)
Factory default value in DOM-XX PLUS systems.
Fig. 22