1980 SKODA 120L alternator

Broke
fluid:
- clossificotion
- brond filled-in in the foctrY -
FUEL TANK
Locotion Fuel cleoning (filtrotion)
CHASSIS LUBRICATION
TyPe
ELECTRICAL EQUIPMENT
Eorthing
Roted voltoge
Service voltoge
lgnition
Storoge botterY .
Alternator PAL Magneteton
Voltoge regulotor
Distributor
lgnition coil
Storter motor
Sporking plugs -
see ChoPter 137
BODYWORK
Type Seoting copocity
Luggoge comportments, coPocitY
H e oter
FILLING CAPACITIES
Engine -
Skodo 105 S, 105 L
ond 120 L
Skodo 120 LS
Georbox ond
finol drive cose
Steering box
Broke system
ond clutch
Cooling system
Fuel tonk SAE J
1703C
SYNTOL HD
190
suspended under
floor boord of cor reor holf
stroiner in fuel tonk,
fuel filter, ond stroiner
in corburettor
self-lubricoting beori
ngs,
by greose nipples;
wheel
greose
negctive pole
12 volts
14 volts repocking
with greose
beorings pocked
with
bottery (coil)
type
type AKUMA 6N 37 -
12 volts, 37 ompere-hours
14V 35 amps 1976-79
1O5/12O
L
14V 42 amps 1979 on
1O5/12O
L
14V 42 amps 1976-79
120 LS
14V 55 amps 1979 on
120
LS
type PAL Mogneton, 14 volts
type PAL Mogneton
with centrifugol timing
device ond vocuum unit
type PAL Mogneton, 12
volts
type PAL Mogneton, 12
volts
0.66 kilowotts (0.9
h. p.)
oll-metol, closed, four'door,
chossisless body
5 occuponts
0.40 mi (0.28
rn: moin luggoge comPortment for
q lood of obout
0 kg, 0.12 mr interior luggoge
comportment for
o lood of obout 10 kg)
hot-woter heoter
with fon, fed with woter
from
the engine cooling sYstem
4 litres moximum -
2.5 litres minimum
of engine oil
4.6 litres moximum -
3 litres minimum
of engine oil
2.5 lities of geor
oil (2 litres when
chonging oil)
0.16 litres of gecrr oil (obout
0.25 litres when
topping up)
O.4A titres of broke f
luid (f
illing for tropicol
regions, etc. see ChoPter 16.2)
12.5 litres of
ontif'reeze
38 litres 1.8 Tt(
BC
1. Ap
von ized
out o sL
2.tti
Threo
ENGINE
Connecti
Nut of c
Nut of c
Nut of vr
Nut of fr
Nut of c
Nut of si Nut of c'
Cylinder Bolt of c
Flywheel
Bolt of cr
Oil sump
Oil sump
Droin plu
Bolt of ft
Bolt of oi
Socket ol
Oil pressr
Sporking
CLUTCH Connectir Generol
20 Bolt
foste

r3.2-t 3.3
tuJ
t(A 4r
3t 2t
,tl
(
Per
lp
5
4
3
2, I
Ah re€
l
i
i
ii Observe
strictly the following instructions:
1. Mointoin the electrolyte level ot the level
of the perforoted
inserts between the plotes
or
so thot the inserts ore
covered with the electro-
lyte to o moximum height
of 4
mm. The
bottom
limit of the electrolyte level is 3 mm below the
perforoted inserts. Use only distilled woter for
topping up the electrolyte. Add electrolyte only
if it hos been obviously spilt from
the bottery.
In such cose, its density must correspond to
the density of the electrolyte Eemoining in the
bottery. 2. Keep the bottery terminols
cleon, remove
oxides occosionolly, ond
coot the terminols
with minerol
ielly.
3. Wipe off the electrolyte spilt
over the bot-
tery surfoce since it is conductlve ond couses
dischorging of the bottery.
4. Check the
chorging of the bottery occord-
ing to
the electrolyte density or check the
voltoge drop using o voltmeter with o looding
resistor ond comporing the obtoined reoding
with on evaluotion toble or scole.
5. When chorging the bottery
outside the cor,
use chorging current volues occording to the
toble. The voltoge should be
controlloble in the
ronge from 12.6 to 16.8
volts. The fully dis-
chorged bottery is fully chorged in obout 13 to
20 hours when
o) the electrolyte ottoins o density of 1.28 in
oll cells ond does not chonge in o period
of
two hours;
b) the cell voltoge (meosured
with opplied cur-
rent) ottoins o volue of 2.6
to 21
volts ond
does not chonge within two hours
of con-
tinued chorging;
c) oll cells ore lively gossing.
6. An olreody used bottery must not be left
without electrolyte or dischorged os it is opt to
suffer from
such o condition.
7. The bottery in on unused cor must
be
removed ond chorged outside the cor
within
three months ot th-e lotest. lf the cor is under
repoir for o prolonged
period,
toke oll necessory
steps to keep the bottery in good
condition.
Bottery Chorging versus Electrolyte
Density
Specificgrovityl i Electrolyte
(density) iChorgingl freezing
g/cms I I temperoture
1.28
1.24
1.22
1.15
1.12 1oo
o/o
Toolo s0% 2oolo
0 -60
0c
-50 0c
-35 0C
-17 "C
-120C At o
20 per
cent chorging, the bottery is
considered procticol
ly dischorged.
Toble of Chorging ond Dischorging Values
Roted voltoge 12 volts
Roted copocity C 20
ot o
20-hour dischorging to 1.75
volts per
cell 37 omperehours
Normol dischorging current
for 20-hour
dischorging to
1.75 volts per
cell 1.75 omperehours
Normol uniform chorging 3.7 omperes
Two-stoge chorging:
stoge I up to 2.4 volts per
cell; gossing
beginning 4.4 omperes
stoge ll up
to f inol
morks
of fuf fychorgedcondition 2.2 omperes
Diffenent instructions, determined specificolly
by bottery monufocturers, opply to moking o
new ond empty bottery reody for
operotion or
to so-colled quick
chorging.
Sofety Precoutions ond Other Meosures
During chorging, the electrolyte temperoture
must not exceed +40oC. As soon os this
tem'
peroture is reoched, interrupt the chorging or
lower the chorging current (this
opplies es-
peciolly to so-colled quick
chorging).
During chorging, on explosive mixture of hy-
drogen with oxygen is liberoted from the elec-
trrolyte. Therefore, the oreo where the bottery is
chorged must be ventiloted, ond it is forbidden
to opprooch with o noked flome (or
spork) the
cell filling holes (even
ofter o consideroble
period of time ofter the chorging hos been
completed). When chorging the bottery, open the filling
holes of its cells to enhonce degossing.
The electrolyte is on ocid hormful to the skin
ond clothes os well os to ports
of the cor fin-
ished in
enomel. Rinse with woter immediotely
ony contominoted spots.
13.3 ALTERNATOR The olternotor is o three-phose generotorwith
o built-in semiconductor rectifier
for feeding
electricol devices ond the bottery with
direct
current.
Alternotor lnstollotion ond Generol lnstructions
They opply to both olternotor models. The
following principles
should be observed:
174