Sea Recovery Aqua Whisper DX 1400-2, Руководство пользователя

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Aqua Whisper DX Modular 450-1800
Page 9-2
Troubelshooting
9.2 TROUBLESHOOTING COMPONENTS
Refer to the P&ID in Section 3.
Blockage at the Inlet Thru-Hull Fitting causes the
System to shut off due to lack of Feed Water Flow. This
can cause time consuming frustrations in attempting
to gain feed water flow by trouble shooting other
components in the System.
The Inlet Thru-Hull Fitting must be free and clear allowing
the System to draw 4.5 U.S. GPM (17 LPM) through it
with minimal resistance. This Inlet Thru-Hull Fitting must
be a Forward Facing Scoop so that the System receives
a positive flow of water as the boat is under way. It must
be minimum 3/4 in. (1.9 cm) inside diameter. It must be
installed in a position on the bottom of the Hull so as to
allow free flowing Feed Water without air.
CAUTION
! A flat profile, flush mount,
inlet thru-hull fitting will cause a vacuum
as the boat is under way, and this
will cause loss of feed water flow and
cavitation of the Booster Pump and High
Pressure Pump resulting in continual
system shut down due to low feed water
flow and pressure. The resulting failure
of the system to remain in operation is
attributed to improper installation, is the
liability of the installer, and is not covered
by the Sea Recovery warranty.
CAUTION ! If the thru-hull fitting has been
placed in a position on the underside of
the hull that allows air to continually enter
the thru-hull fitting, this will cause the
system to continually shut down due to
loss of feed water. The resulting failure
of the system to remain in operation is
attributed to improper installation, is the
liability of the installer, and is not covered
by the Sea Recovery warranty.
CAUTION ! The Sea Recovery System
must not be tied into another existing
auxiliary water line already supplying
another accessory on the boat. Using
one Thru Hull fitting for other equipment
will cause the Sea Recovery System to
draw air or cavitate leading to continual
system shut down. The resulting failure
of the system to remain in operation is
1. Fresh Water Tank full.
2. Product flow was out of specifications. Check for
leaks and wiring connections.
3. Conductivity sensor (#) failed measuring.
Check wiring.
4. Fresh Water Tank was too low. Fresh Water
Flush stopped.
5. Flow error in the Fresh Water Flush Operation.
Check for leaks or blockage in the Fresh
Water Supply.
6. Product flow is low. Check water temperature and
reverse osmosis membrane.
7. Unable to communicate with the selected water
maker. Check the water maker.
8. The TDS salinity level at the product water line is
too high. The system is unable to clean the water.
Check for mechanical failure.
9. Pressure drop on inlet Filters to excessive.
Check filters.
10. User initiated emergency break.
11. Power has been interrupted while the system
was in operation. The system will not restart
automatically.
12. Inlet Pressure of the High Pressure Pump
dropped below specifications. Check Booster
Pump and filters.
13. Outlet pressure of High Pressure Pump exceeded
the specifications. Check Brine Discharge, Product
Water lines and Post Filtration.
14. Brine Discharge flow was out of specifications.
Check for leaks and wiring connections.
15. Warning on the water maker. For detailed
information please check warning on the water
maker display.
16. Alarm on the water maker. For detailed information
please check alarm on the water maker display
17. Low Pressure Sensor (#) failed to measure the
pressure. Check wiring.
18. High Pressure sensor failed to measure the
pressure. Check wiring.
19. Temperature Sensor (#) failed to measure the
temperature. Check wiring.