37
53
Product water salinity sensor has
been set to by-pass by user.
Manual operation only.
The operator has entered the emergency override
screen and activated the emergency by-pass of the
system salinity sensor. Manual operation of the unit is
still possible. However, operation of the product
diversion valve will need to be carried out manually.
54
Product flow sensor has been set
to by-pass by user. Manual
operation only.
The operator has entered the emergency override
screen and activated the emergency by-pass of the
system product flow sensor. The system can still
function in this mode but only for a limited time.
Consult Parker for additional information.
55
Brine flow sensor has been set to
by-pass by user.
The operator has entered the emergency override
screen and activated the emergency by-pass of the
system brine flow sensor. The system can still function
in this mode but only for a limited time. Consult Parker
for additional information.
56
HP pump inlet pressure sensor in
by-pass. Emergency operation
mode active.
The operator has activated the emergency by-pass of
the HP Pump inlet pressure sensor, and is now
operating the system. Operation can continue until the
maximum preset time has elapsed (50hrs). Contact
Parker for additional information
57
HP pump outlet pressure sensor in
by-pass. Emergency operation
mode active
The operator has activated the emergency by-pass of
the HP Pump outlet pressure sensor, and is now
operating the system. Operation can continue until the
maximum preset time has elapsed (50hrs). Contact
Parker for additional information
58
Salinity probe 'In Air'. System
automatic controls changed to
manual mode only.
The salinity probe is reporting values only seen when
the probe element is not submerged in water, this can
happen when the system has been dormant for
extended periods of time. In these eventualities,
running the system in manual mode is possible. Once
the probe senses water this mode will automatically be
turned off. On the next automatic start up, automatic
mode will be used.
59
System at maximum operating
pressure but product flow rates
are lower than expected.
The system has reached maximum operating pressure;
however, the expected production flow has not been
achieved. This could be the result of bad quality feed
water, very cold feed water, or a clogging of the system
membranes. The system will continue to operate in this
way until turned off, or until the condition is fixed
(warmer feed water, better quality feed water, etc).
60
Extended delay in production of
potable water. Check settings &
feed water quality.
The system is running in automatic mode, but has not
been able to produce potable water within the normal
time frames. Check system pressure settings, if needed,
verify system feed water is within normal
specifications.
Summary of Contents for Sea Recovery Aquamatic
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