Emerald Home 4, Паспорт и руководство по эксплуатации

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LED indication of the device.
The main indicator of the proper functioning of the EMERALD device is a multifunctional LED
integrated into the device housing. The multifunctional indicator allows you to evaluate:
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Device resource, after which it is necessary to flush the device;
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Device flushing process, allowing the user to verify that all stages of the FLUSHING mode
are correctly completed ;
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Correct connection of the hydraulic and electrical connections of the device.
Main operating modes
The EMERALD works in the semi-automatic mode. The built-in monitoring and control device
of the EMERALD allows the user to monitor the most important aspects of the device status.
STANDBY mode.
In STANDBY mode, the device is connected to the mains and to the water supply device,
but is in the off state. The LED indication is off.
If the idle time of the device in the STANDBY mode is more than 8 hours, then when it is
turned on, a green flashing LED lights up for 60 seconds, indicating that stagnant water must be
drained from the device during this time. After the stagnant water discharge time has elapsed, the
green LED turns on, indicating that the device has entered the full-fledged OPERATION mode,
and the drinking water quality has returned to normal
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Some features of the OPERATION mode.
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If the STANDBY mode (idle) of the device is less than 8 hours then when it is turned on
the green LED will not be flashing which will indicate that water is not required to be
discharged from the device.
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After 8 hours of working in the OPERATION mode the LED will light in orange
indicating that the device is DESIRED to be washed with the acid solution.
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After 10 hours of working in the OPERATION mode the LED will light in red indicating
that the device SHALL be washed with the acid solution.
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Using the device in OPERATION mode for more than 10 hours without washing with the
acid solution is not limited by the device’s software but it is the violation of the device’s
operating conditions.
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The total active time of the working hours is the energy-independent characteristic and
that is when the power network is disconnected the active time of the working hours is
stored in energy-independent memory.
The visual method of monitoring the device’s operation is the availability of microbubbles of
hydrogen in the purified antioxidant drinking water.
The instrumental method of monitoring the parameters of purified antioxidant water is to measure
the parameters of pH and the reductive-oxidative potential (ORP) of purified water with the use of
appropriate instruments.