Frigidaire pht219whkm 用户指南
13
BEFORE YOU CALL
Visit our web site at
www.frigidaire.com.
www.frigidaire.com.
1-800-944-9044
(United States)
1-800-668-4606
(Canada)
PROBLEM CAUSE
CORRECTION
RUNNING OF REFRIGERATOR
Compressor does not run.
•
Refrigerator control is set to
OFF.
OFF.
•
Refrigerator is in defrost cycle.
•
Plug at electrical outlet is
disconnected.
disconnected.
•
House fuse blown or tripped
circuit breaker.
circuit breaker.
•
Power outage.
•
Set refrigerator control. See Temperature Controls
section.
section.
•
This is normal for a fully automatic defrost refrigerator.
The defrost cycle occurs periodically, lasting about 30
minutes.
The defrost cycle occurs periodically, lasting about 30
minutes.
•
Ensure plug is tightly pushed into outlet.
•
Check/replace fuse with a 15 amp time-delay fuse.
Reset circuit breaker.
Reset circuit breaker.
•
Check house lights. Call local Electric Company.
TEMPERATURES ARE TOO COLD
Freezer temperature too
cold. Fresh Food
temperature is satisfactory.
cold. Fresh Food
temperature is satisfactory.
•
Freezer control is set too cold.
•
Set freezer control to a warmer setting. Allow 24 hours
for temperature to stabilize.
for temperature to stabilize.
Fresh Food temperature
too cold. Freezer
temperature is satisfactory.
too cold. Freezer
temperature is satisfactory.
•
Fresh Food control is set too
cold.
cold.
•
Set fresh food control to a warmer setting. Allow 24
hours for temperature to stabilize.
hours for temperature to stabilize.
AUTOMATIC ICE MAKER
Ice maker is not making
any ice.
any ice.
•
Ice maker wire signal arm is in
the “up” or OFF position.
the “up” or OFF position.
•
Household water line valve is
not open.
not open.
•
Freezer is not cold enough.
•
Saddle valve on cold water
pipe is clogged or restricted by
foreign material.
pipe is clogged or restricted by
foreign material.
•
Move wire signal arm to the “down” or ON position.
(side mounted)
(side mounted)
•
Turn on household water line valve.
•
Set freeze control to a colder setting. Allow 24 hours
for temperature to stabilize.
for temperature to stabilize.
•
Turn off household water line valve. Remove valve.
Ensure that valve is not a self-piercing saddle valve.
Clean valve. Replace valve if necessary.
Ensure that valve is not a self-piercing saddle valve.
Clean valve. Replace valve if necessary.
Ice maker is not making
enough ice.
enough ice.
•
Ice maker is producing less ice
than you expect.
than you expect.
•
Freezer is not cold enough.
•
Household water line valve is
not completely open.
not completely open.
•
Ice maker should produce 2 ½ to 3 pounds of ice
every 24 hours.
every 24 hours.
•
Set freeze control to a colder setting. Allow 24 hours
for temperature to stabilize.
for temperature to stabilize.
•
Turn on household water line valve.
Ice cubes are freezing
together.
together.
•
Ice cubes are not being used
frequently enough.
frequently enough.
•
Ice cubes are hollow (partially
frozen cubes with water
inside).
frozen cubes with water
inside).
•
Remove ice container and discard ice from container.
Ice maker will produce fresh supply.
Ice maker will produce fresh supply.
•
The ice & water filter cartridge may be clogged.
Replace filter cartridge.
Replace filter cartridge.
WATER DISPENSER
Dispenser will not
dispense water.
dispense water.
•
Household water line valve is
not open.
not open.
•
Freezer door is not closed.
•
Ice & water filter cartridge is
clogged.
clogged.
•
Open household water line valve. See PROBLEM
section ICE MAKER IS NOT MAKING ANY ICE.
section ICE MAKER IS NOT MAKING ANY ICE.
•
Ensure that freezer door is closed.
•
Replace filter cartridge.
Water pressure is
extremely low.
extremely low.
•
Cut-off and cut-on pressures
are too low (well systems
only).
are too low (well systems
only).
•
Reverse osmosis system is in
regenerative phase.
regenerative phase.
•
Have someone turn up the cut-off and cut-on pressure
on the water pump system (well systems only).
on the water pump system (well systems only).
•
It is normal for a reverse osmosis system to be below
20 psi during the regenerative phase.
20 psi during the regenerative phase.