Dc Operation Guidelines (3-Way Models Only); Effects Of High Altitude On Propane Gas Operation; Refrigerator Care Checklist; Defrosting - Norcold N41X Owner's Manual

DC Operation Guidelines
(3-way models only)
DC operation is intended only to maintain the temperature of the
refrigerator and its contents when they are already cool.
The DC operation is not intended for the initial start up and
cooling of the refrigerator. Always use either the AC operation
or propane gas operation to initially start up and cool the
refrigerator. The refrigerator must be cooled and the temperature
must be steady before you operate the refrigerator on DC.
Keep in mind the following guidelines for DC operation of the
refrigerator:
- Use DC operation of the refrigerator while the vehicle is in
transit.
- Do not use DC operation until the refrigerator and its
contents are completely cooled.
- Only use DC operation if the vehicle battery and battery
charging system are in good operating condition.
Effects of High Altitude on Propane Gas
Operation
When you operate the refrigerator on propane gas at altitudes
higher than 5500 feet above sea level:
- You may experience reduced cooling performance of the
refrigerator.
- You may experience burner outages.
To avoid these possible problems, Norcold recommends that you
operate the refrigerator on AC when at altitudes higher than 5500
feet above sea level.

Refrigerator Care Checklist

Your refrigerator will give you years of trouble free service if you
do these simple checks every three to six months:
- Keep the food compartment and the freezer clean. See
"Cleaning".
- Defrost the refrigerator as necessary. See "Defrosting".
- Make sure the door seals correctly. See "Door Sealing".
- Be aware of any cooling changes that are not because of
weather, loading, or gas control changes. If changes occur,
contact your dealer or an authorized Norcold Service Center.
- Make sure the gas supply is propane gas only and not
butane or a butane mixture.

Defrosting

The cooling fins of the refrigerator operate at below freezing
temperature and will naturally form frost from humidity, which is
always present in the air. The humidity inside the refrigerator
increases:
- with higher outside temperature and humidity.
- with the storage of non-sealed fresh foods or warm foods.
- with the amount of time that the door(s) are open.
- with any air leakage into the refrigerator.
Although the refrigerator is not frost -free, it is made to limit frost
on the cooling fins. At regular intervals, the temperature control
system automatically melts most of the frost from the cooling fins.
The water from the cooling fins drains into a collection cup that is
attached to the back of the refrigerator. The heat of the cooling
system evaporates the water from the collection cup.
It is normal for frost to collect inside the freezer. Excess frost
decreases the cooling performance of the refrigerator. Defrost
the refrigerator and freezer as necessary:
- Remove all food from the refrigerator.
- Turn the refrigerator OFF.
NOTE: Defrosting the refrigerator makes excess water inside
the refrigerator.
- Remove the drain hose from the drip cup at the rear of the
refrigerator.
- Put the drain hose into a half-gallon or larger container to
capture water.
- Put dry towels (etc.) inside the refrigerator and freezer to
absorb melted frost.
!
CAUTION:
High temperatures can cause the inside
surfaces of the refrigerator to warp or melt. Do not
use pans of HOT water, a hair dryer, or any other high
temperature devices to defrost the refrigerator. Do not use
any hard or sharp objects to remove frost. Damage to the
interior of the refrigerator can occur.
- To increase the speed of defrosting, put pans of WARM
water in the refrigerator and freezer.
- Remove the wet towels (etc.) and dry the interior.
- Remove the drain hose from the large container and put the
drain hose back into the drip cup.
- Remove the large container from the enclosure.
Owner's Manual 7