Swift Group CARRERA - Page 53

52
CONNECTING SERVICES
Connection
Ensure that the gas regulator hose is correctly
connected to the gas cylinder in gas bottle
compartment and that the hose connection is
tight.
Gas cylinders must be fully located, seated at
the base of the bottles and restrained by the
straps provided in the dedicated compartment
position.
WARNING: If using cylinders other than
those recommended, the user must ensure
these are adequately supported, ventilation
openings must not be obstructed and the
cylinders must not cause damage to other
fixtures
Open ended gas hoses must always be
protected from dirt and insects.
Before turning on the gas supply at the
regulator, ensure that all gas operated
equipment in the motorhome is turned off.
All gas equipment is supplied through a Gas
Manifold System which has individual isolation
taps for each appliance (Fig A), as follows:
Fig. A
Note: If the motorhome is in storage or
not being used for a period of time, we
recommend turning off the gas supply at the
gas bottles.
Flue installations
All flue installations should be inspected once a
year throughout their length for corrosion. Flues
should be replaced if any sign of perforation
is found. Ensure that the replacement is of an
approved type.
Thermal insulation heating
Your motorhome has been designed to achieve a
thermal insulation and heating level for specific
climatic conditions when tested according to the
procedure in EN1646-1.
See the motorhome technical book for the
classification of your motorhome. All Swift
Group motorhomes achieve a Grade 3
classification.
The classifications are as follows:
Grade 1
A motorhome with an average thermal
transmittance (u) that does not exceed
1.7W/m
2
K.
Grade 2
A motorhome with an average thermal
transmittance (u) that does not exceed
1.7W/m
2
K and which can achieve an average
temperature difference of at least 20°C between
inside and outside temperatures when the
outside temperature is 0°C.
Grade 3
A motorhome with an average thermal
transmittance (u) that does not exceed
1.2W/m
2
K and which can achieve an average
temperature difference of at least 35°C between
inside and outside temperatures when the
outside temperature is -15°C.
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