30 REF4P, REF5P and REF5BBP-T Undercounter Refrigerators
Cleaning
Interior: Using a sponge or soft cloth, clean unit with a non-abrasive, non-chlorinated, all-purpose detergent.
Exterior: Wipe exterior with a soft cloth in the direction of grain as needed. Stainless steel polish may be used to
enhance the nish of the unit.
Annual Cleaning
Removal of dust and other particulates from air intake areas and the
condenser is important for proper operation. Environments with large
amounts of dust may require more frequent cleaning.
Use only non-chlorine-based cleaners. Cleaners containing
chlorine can cause staining and pitting of the stainless steel.
1. Disconnect power to unit by turning switch on the lower front
panel to the OFF position and removing power cord from
receptacle.
2. Remove lower front and rear panels (Fig. 45.1).
Note: Front louvered panel may be removed for more frequent cleaning
of the condenser as needed.
3. Remove drain pan (Fig. 45.2). (REF4P, REF5P drain pan
location shown.)
4. Clean drain pan with a non-abrasive, non-chlorinated all-
purpose detergent.
5. Reinstall drain pan.
6. Use a vacuum cleaner with brush attachment to clean
condenser through lower front panel and compressor motor and
related parts through lower rear panel.
7. Reinstall lower rear and lower front panels.
Fig. 45
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Service
Door Gasket Replacement
1. Remove existing gasket from mounting track.
2. Verify mounting track is free of any remaining gasket material.
3. Align new gasket with mounting track and press rmly in place.
4. Open and close door, checking for proper gasket seal without
pinching against refrigerator.
5. Adjust latch and or striker as necessary for proper door closure.
Slide-out Compressor Tray
Follett’s slide-out compressor tray allows technicians to partially slide the
condensing unit from the freezer back without cutting refrigerant lines.
1. Remove rear panel (Fig. 46.1).
2. Remove two bolts securing condensing unit to unit base
(Fig.46.2).
3. Carefully slide out condensing unit (Fig. 46.3).
Note: Do not put strain on the refrigerant lines.
Fig. 46
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