Table of Contents
Advertisement
Note: Severe scale buildup may require repeated
cleaning with a fresh quantity of cleaning solution.
9.
Press the
ON button for 3 sec. to resume ice
production.
Cleaning the Condenser
For best performance, brush or vacuum lint and dirt
from the condenser at least once a year. A dirty or
clogged condenser:
•
Uses more energy.
•
Prevents proper airfl ow.
•
Reduces ice-making capacity.
•
Causes higher-than-recommended operating
temperatures, which may lead to component
failure.
1.
Unplug the icemaker or disconnect power.
2.
Remove the 2 screws in the lower access panel
and the 2 screws from the base grille area of the
front panel support. Pull forward to remove the
lower access panel.
3.
Pull the bottom forward and then pull down to
remove the lower access panel.
4.
Remove dirt and lint from the condenser
fi ns and the unit compartment with a brush
attachment attached to a vacuum cleaner.
5.
Replace the lower access panel using the 4
screws.
6.
Plug in the icemaker or reconnect power.
Reverse-Osmosis System
IMPORTANT: The performance of the icemaker may
be affected when connected to a reverse-osmosis
system. An RO system may also reduce water
pressure and affect the fi ll cycle, which is dependent
on time and fl ow. The reduced water pressure may
cause the reservoir not to fi ll and fl ush properly
during the ice-making cycle. The pressure of the
water supply coming out of a reverse-osmosis
system going to the measured fi ll water inlet valve
of the icemaker needs to be between 30 and 120 psi.
If a reverse-osmosis water fi ltration system is
connected to your cold water supply, the water
pressure to the reverse-osmosis system needs
to be a minimum of 40 psi. The reverse-osmosis
system must provide 1 gal. of water per hour to the
icemaker for proper icemaker operation.
Note: Do not use copper tubing when the icemaker
is connected to a reverse-osmosis water system.
– 14 –
Hide quick links:
Advertisement
Table of Contents
