Lp-Gas Distribution Lines; P-Gas Distribution Lines On Lines; Lp-Gas Consumption; P-Gas Consumption Tion - Holiday Rambler Imperial 2008 Owner's Manual

NOTE:
Only a qualified RV service technician
should complete replacement of LP-Gas
components.
Additional suggested maintenance:
After performing extensive testing the
manufacturer of the fl exible LP-Gas supply
hoses has determined that the hoses be
replaced every ten (10) years as the failure
rate may increase after this period of time.
The motorhome manufacturer recommends
following this guideline to assure continued
safety and dependable use.

LP-GAS DISTRIBUTION LINES

Typical Layout
A primary manifold black steel pipe running
throughout the motorhome distributes LP-Gas
to secondary lines. All secondary lines leading
to gas appliances are made of copper tubing
with fl ared fi ttings. It is recommended that gas
distribution work be performed by an authorized
dealer or an authorized service technician.
INSPECTION:
Inspect the rubber flexible lines twice a
year for abrasions, tears, kinks or other
signs of damage.
If a gas leak is suspected, have the system
inspected and repaired by a qualifi ed service
technician as soon as possible.

LP-GAS CONSUMPTION

Each gallon of LP-Gas produces 91,502
BTUs of heat. One 27 gallon tank produces
two million BTU's. Total consumption depends
on the rate of usage by each appliance and the
operating time. The stove typically uses the
most LP-Gas.
Determine Fuel Consumption:
To determine approximately how many hours
an LP-Gas appliance will operate on one gallon
of LP-Gas, use the following formula:
050257ua
20 0 8 I M P E R I AL
LP-GAS SYSTEMS — 7
LP-Gas appliances are rated in Input
BTU (British Thermal Units). The rating
is usually stamped or printed on a tag
affi xed to the appliance. For example:
the Input rating of the appliance is
10,000 BTUs.
One gallon of LP-Gas produces 91,502
BTUs.
Divide the amount of BTUs of one
gallon of LP-Gas (91,502) by the rating
on the appliance in this example 10,000.
Net continuous operation time for one
gallon of LP-Gas for this appliance
would be approximately 9.2 hours.
The above formula can be useful when
trying to determine the approximate length
of time a tank of LP-Gas will last. Generally,
LP-Gas appliances do not continuously
operate. An example would be the typical
cycling of the refrigerator.
Determining how long a tank of LP-Gas
will last:
Combine the BTU input totals of all
appliances, and the approximate length
of time these appliances operate per day.
Multiply the number of liquid gallons in
the LP-Gas tank by 91,502.
Divide the total of BTUs of the LP-Gas
tank by the total number of BTUs the
appliances consume. This equals the
approximate number of operation hours
of before refueling.
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