BATTERY
CONSTRUCTION
This Kart uses an MF (Maintenance Free) battery as
shown in the right illustration, the battery consists of
electrodes, separators, safety valve, filter, etc. Fine
glass fiber is used for constructing the separator which
holds electrolyte inside.
When a discharged conventional open type battery is
recharged fully, lead sulfate turns to lead dioxide and
sponge like lead. If recharging is further continued,
charging current is consumed for electrolytic action
producing oxygen gas from the positive and hydrogen
gas from the negative electrodes. This causes electrolyte
to be lost thereby requiring addition of water.
In an MF battery, however, no water loss is caused
in this battery, the negative electrode is designed not to
fully turn to lead (sponge- like lead) even under fully
charged condition. For this reason, the negative
electrode remains always in non-complete charged condition producing no hydrogen gas. Oxygen gasses
produced at the positive electrode will immediately react With an active material (lead) at the negative
electrode to turn back to water, thus preventing water from losing.
PRECAUTION WHEN HANDLING BATTERY ELECTROLYTE
Take most care so as not to cause battery acid to contact a person and the vehicle.
If battery acid has contacted the skin, clothes or vehicle, immediately flush with plenty of water. If
battery acid remains contacted, burns of skin, damage to clothes, peeling or discoloration of paint
will occur.
Should battery acid gets in eyes, immediately flush
with plenty of water and call physician.
ELECTROLYTE FILLING
! CAUTION
Using electrolyte designed for other battery type can
cause Electrolyte leak, performance deterioration or
shortened life.
Remove the aluminum tape
sealing the battery electrolyte filler holes
.
Remove the cap
from the electrolyte container.
!CAUTION
Make sure to use electrolyte specified for each
battery type.
Handle the removed cap carefully after filling
electrolyte as the cap is reused for sealing the
battery filler holes.
Do not remove or pierce the sealed areas
of
the electrolyte container.
P.5-11
PGO BR-500 ENGINE
Содержание BR-500
Страница 1: ......
Страница 2: ...INDEX OF TOPICS TIME CHART 12 ...
Страница 13: ......
Страница 14: ...INDEX OF TOPICS PRIOR TO DELIVERY 11 ...
Страница 15: ......
Страница 16: ......
Страница 17: ......
Страница 33: ...PGO BR 500 ENGINE P 10 14 Automatic Transmission ...
Страница 59: ...PGO BR 500 ENGINE P 10 40 Flywheel Cover ...
Страница 61: ... Check that the blow by circuit reed closes properly PGO BR 500 ENGINE P 10 42 Flywheel Cover ...
Страница 65: ...PGO BR 500 ENGINE P 10 46 Flywheel Cover ...
Страница 67: ...PGO BR 500 ENGINE P 10 48 Flywheel Cover ...
Страница 240: ...INDEX OF TOPICS BRAKING SYSTEM 8 ...
Страница 245: ...INDEX OF TOPICS STEERING WHEEL AND SUSPENSIONS 7 ...
Страница 250: ...INDEX OF TOPICS VEHICLE ENGINE 6 ...
Страница 253: ...INDEX OF TOPICS VEHICLE ENGINE 6 ...
Страница 257: ...Transmission Gear box explosive diagram P 6 5 ...
Страница 258: ...P 6 6 ...
Страница 259: ...INDEX OF TOPICS ELECTRIC SYSTEM 5 ...
Страница 272: ...PGO BR 500 ENGINE P 5 14 ...
Страница 273: ...INDEX OF TOPICS COOLING SYSTEM 4 ...
Страница 281: ...INDEX OF TOPICS MAINTENANCE 3 ...
Страница 303: ...INDEX OF TOPICS OPERATION 2 ...
Страница 318: ...INDEX OF TOPICS CHARACTERISTICS 1 ...