Burner housing
Bottom of refrigerator
I g n i t e r terminal block
Housing for e l e c t r o n i c components
I i g n i te r switch
View of bottom of refrigerator showing electronic igniter layout
Fig. 11
b) Mains Voltage Connection
For connection to a 230V
IMPORTANT: The wires in the mains lead of this appliance are coloured in accordance with the following code:
GREEN AND YELLOW | = | EARTH. |
BLUE | = | NEUTRAL. |
BROWN | = | LIVE. |
As the colours of the wires may
not correspond with the coloured markings identifying
the terminals in your plug, in the United Kingdom, proceed
as follows:
Green and Yellow, 3 AMP FUSE, E, N, Lrown, Coro
Clamp.
The wire which is coloured GREEN AND YELLOW must
be connected to the terminal in the plug which is marked with
the letter E or by the earth
symbol 
or coloured green or green and yellow.
The wire which is coloured BLUE must be connected to the terminal which is marked with the letter N or coloured black.
The wire which is coloured BROWN must be connected to the terminal which is marked with the letter L or coloured red.
WARNING-THIS APPLIANCE MUST BE EARTHED
In the United Kingdom, the plug or circuit to the refrigerator must be fitted with a fuse not greater than 5 amps. If a 13 amp (BS 1363) fused plug is used, it should be fitted with a 3 amp fuse. In other countries the fuse rating will depend upon the voltage and local practice.
c) Wiring for 12V Operation (See figs. 10, 12a and 12b).
For operation on 12V, the boiler of the cooling unit is fitted with an 75 watt heating element (2, fig. 10) connected to a terminal block (3) attached to the back of the refrigerator. Before installing the refrigerator, the wiring for the 12V supply should be connected to the terminal block, leaving enough slack subsequent insertion and withdrawal of the refrigerator for servicing purposes.
The wire used for connecting must be at least 2 mm2 in cross- sectional area (e.g. 28/030 mm) and should be kept as short as possible. Polarity is not important therefore is does not matter which way round the two wires are connected to the terminal block on the refrigerator.
A suitable size switch or plug and socket should be fitted in a convenient position in the wiring in the caravan so that the refrigerator can be readily disconnected from the 12V supply when 12V operation is not required, see fig. 12a.
To prevent undue voltage drop (which would impair the performance of the cooling unit) the wiring for the 12V refrigerator supply should be connected directly to the terminals of the main battery in the towing vehicle and not to an auxiliary battery in the car or caravan. Existing wiring in the car should not be used for the refrigerator supply as this would normally be intended for a different purpose and may not be capable of carrying the 7 amp (min.) load of the refrigerator satisfactorily.
The chassis or body of the caravan should not be used as a substitute for one of the wires otherwise voltage drop is almost certain to occu either now or later on. The body of the car can, however, be used in place of one of the wires for the 'earth' return but the connection to it must be well made, with paint, grease, etc., removed from the area of contact and it should be located in a position protected from the weather, such as inside the boot.
A 15 amp, continuous rating, fuse must be incorporated in the supply to the refrigerator, as near to the battery as possible. A good quality fuse holder should be used having adequate size
When operating on 12 volts, the refrigerator has a relatively high current consumption (7 amps) and it is only intended to be used by this method of operation whilst the engine is running and charging the battery otherwise the battery may become discharged to a point where it will not
Note: to minimise the possibility of a drained battery due to the refrigerator being inadvertently left operating when the engine is at rest, it is strongly recommended that a suitable relay device is fitted in the car, in circuit with the ignition switch, so that when the engine is switched off, the refrigerator is automatically switched
11. GAS CONNECTION
The gas installation should only be carried out by a person experienced in gas fitting.
It is recommended that the gas pipe feeding the refrigerator is run underneath the caravan and is so arranged that it is possible to turn off the supply to all appliances other than the refrigerator when they are not required. The supply pipe should preferably be of copper; if any other material is used, it must of a type approved for use with continuously operating bottled gas appliances and have threaded connections throughout.
All connectors, etc., should be of a type specifically designed for the connection pipe used. Screwed joints should be sealed with a jointing compound approved for use with bottled gas.
The gas supply pipe should be connected to the 1/8" B.S.P. female inlet adaptor (located underneath the refrigerator) by means of a suitable threaded coupling - see note below. The inlet adaptor will accept a 1/8" B.S.P. male thread. (Access to the inlet adaptor may be obtained by pulling off the knob of the gas control valve then removing the lower ventilator by taking out the screws at the ends).
Depending ont the location of the gas supply pipe, it may be necessary to connect a piece of cooper pipe to the inlet adaptor on the refrigerator before placing the refrigerator in the recess. This pipe should be of suitable length and
In making the connection to the refrigerator, it is recommended that a union gas cock of an approved type for bottled gas is incorporated in the supply line a position which is readily accessible to the user. For eventual servicing purposes, the union should be on the outlet side of the cock and the pipework should be positioned so as not to prevent the refrigerator from being readily withdrawn.
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