
Temperature of filling room, battery and electrolyte should be maintained between
60° F. and 80° F.
Batteries filled in this way are 90 per cent. charged. After filling, a dry charged battery
needs only the attention normally given to lead-acid type batteries.
BATTERY M AI N T E N A N C E .
Deterioration soon sets in if left standing without
attention for any length of time. To keep the battery in good condition, maintenance
must be carried out whether the machine is in use or not.
Every month (every fortnight in summer) remove battery, clean terminals and top up the
three cells to
8
" above the level of the plates with distilled water—NOT tap water,
as this contains impurities detrimental to the battery. Pour the distilled water through
a glass funnel or syringe.
Many lighting troubles can be traced to unseen corrosion between the surfaces of the
battery terminals; keep the terminals clean. A little grease smeared on them will
help prevent corrosion.
Do not keep distilled water in receptacles made of any kind of metal as this will quickly
render it impure—make use of a clean glass bottle or jar. Rain water collected in a jar
makes a satisfactory substitute for distilled water.
Never bring a naked light near a battery with vent plugs removed or when the battery
is being charged; the gas given off by the electrolyte is dangerously explosive.
Battery acid is highly corrosive; therefore, throw away any cleaning rags used to clean
the battery lest their use on other parts of the machine causes rust.
Never let a battery completely run down; if this does occur get it charged as soon as
possible, or its length of life may be seriously shortened.
BULBS BLOWING
This can only be due to an open circuit in the battery line and the fault should be located
before new bulbs are fitted. To locate the fault, check in the following order:—
(1) Bad earth connection on battery positive lead.
(2) Loose or corroded battery terminals.
(3) Loose or dirty contact in the 4-hole 2-way connector which is interposed in the
battery negative lead. (Brown wire).
(5) Loose ammeter connection.
(6) Battery dry due to electrolyte evaporating.
250 c.c. SCRAMBLES MODEL
ELECTRICAL AND IGNITION EQUIPMENT
When a lighting set is fitted two separate electrical circuits are used to enable the lamps
and lighting circuit to be removed for competition events. The necessary connections
to be made when the lighting circuit is removed can be seen in the wiring diagram.
The main lamp bulb uses alternating current direct from the stator coils.
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Страница 46: ...Illustration 20 Wiring Diagram 250 c c Scrambler 44 w w w a j s m a t c h l e s s i n f o ...
Страница 47: ...Illustration 21 Wiring diagram 250 c c Scrambler with lights removed 45 w w w a j s m a t c h l e s s i n f o ...
Страница 48: ...Illustration 22 Wiring diagram Model 8 and 14 46 w w w a j s m a t c h l e s s i n f o ...
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