Oil change HONDA CIVIC 2000 6.G Owner's Manual

Front Suspension
Suspension Arms Replacement ('96 - 99 models)
CAUTION:
. Replace the selt-locking nuts after removal.
. The vehicle should be on the ground betore any bolts or nuts connected to rubber mounts or bushings are tightened.
NOTE:
. Wipe off any dirt, oil or grease on the threads before tightening the fasteners.. The right and left damper forks are not interchangeable. The left damper fork is marked with "AL" while the rightdamper fork is marked with "AR'
. The right and left upper arms are not interchangeable. The left upper arm is marked with "SO1-L" while the right upperarm is marked with "SOl-R".
. Before tightening the upper and lower mounting nuts on the stabilizer link, adjust the location of the link with the sus-pension under vehicle load.
. When installing the radius arm washers, the "FR" mark faces the front ofthe vehicle.. After installing the suspension arm, ch eck the front wheel alignment, and adjust if necessary (see page 18-4).
FLANGE BOLTS10 x 1.25 mm54 N.m 15.5 kgl.m,40 tbf.ftl
STAEILIZER ENDRUBBER BUSHING
BALL JOINT BOOT. Check for deterioration and damage.. See page 18-16 for boot replacement.
STABILIZER BARCheck for bending and damage.
Check for deterioration - ---\--
and damage, -\
FLANGE BOLT14 x 1.5 mm/)l103 N.m {10.5 kg{.m,. t, ,/4,76lb{.ft) t,,"-iV
v:\FLANGE BOLT-
;iffillr-"- ilHitffi*::,"*"
and damaoe,
o.'-----------14 x 1.5 mmReplace.83 N.m {8.5 kgf.m, 61 lbf.ftl
LOWER ARMCheck for
c
JlTTda
1{ x 1.5 mm89 N.m {9.1 kgt m. 66 lbtft)
-6;SILICONE GREASERUBBER BUSHING
DAMPER FORKCheck for damage.
SELF-LOCKING NUT I x 1.2522 N.m (2.2 kg{.m, 16lbf.ftlReplace.
FLANGE BOLT10 x 1.25 mm€ N.m {4.6 kgt m.32 tbf.ft)
SELF-LOCKING NUT12x 1.25 mmReplace.6it N m {6.5 kgf.m, 47 lbf.ftl
RUEBER BUSHING. Check for deterioration and damage.
.6t",.,"o".c"KeSTAAIL|zER END RUBBER EUSHINGSNote the directionof the bushings.
18-8

I
Suspension Arms Replacement ('99 2D Si and Si-R models)
CAUTION:
. Replace the selt-locking nuts after removal.
. The vehicle should be on the ground belore any bolts or nuts connected to rubber mounts or bushings are tightened.
NOTE:
. Wipe off any dirt, oil or grease on the threads before tightening the fasteners
. The right and ieft damper forks are not interchangeable. The left damper fork is marked with "AL" while the right
damper fork is marked with "AR"
. The right and left upper arms are not interchangeable. The left upper arm is marked with "SOl-L" while the right upper
arm is marked with "SO1-R".
. Before tightening the upper and lower mounting nuts on the stabilizer link, adiust the location of the link with the sus-
pension under vehicle load.
. When installing the radius arm washers, the "FR" mark faces the front of the vehicle.
. After installing the suspension arm, check the front wheel alignment, and adjust if necessary (see page 18-4).
FLANGE BOLTS10 x 1.25 mmsit N.m 15.5 kgf.m,40 tbtftl
UPPER ARM' Check the ball joint boot fordeterioration and damage.. Check the bushing for deteriorationano oamage,. Check the ball ioint fo. faultymovement and clamage.STABILIZER BUSHINGAlign the stabilizer markwith the end of stabilizer bushing
FLANGE BOLT14 x 1.5 mm
l./
103 N.m (10.5 kgf.m,76 tbr.ftl
STABILIZER LINK. Check the ballioint bootfordeterioration and damage.. Checkthe ballioint tor faultymovement and damage.
STABILIZER BARCheck for bending and damage.
FLANGE BOLT 8 x 1.25 mm22 N.m (2.2 kgf.m, 16lbf.ft)
SELF-LOCKING NUT14 x 1.5 mmReplace.83 N.m 18.5 kgf m, 61 lbf.ft)
-.6r srr-,co", hSHrtlrT.[*"u
6g619g Check for deteriorationano oamage.
SELF.LOCKING NUT10 x 1.25 mm 29 N m 13.0 kgf m, 22 lbf ftl
Replace.Hold the ball ioint pin using a hex wrench,
and taghten the self'locking nut.
LOWER ARMCheck fordamage.
FLANGE NUT l0 x 1.25 mm
29 N.m 13.0 kgI m,2.2 lbf ft)
Before tightening the {lange nut,position the ball joint Pinin the middle of its range of travel,
with the suspension under vehicle load
FLANGE BOLT14 x 1.5 mm89 N.m 19.1 kgf.m, 66 lbf.ft)
FLANGE BOLT10 x '1.25 mm43 N.m {4.4 kgf.m,32 tbtft)
DAMP€R FORKCheck lor damage.
DAMPER FORKRU88ER BUSHINGCheck for deterioration and damage.
4@lsrlrcoNE GREASE
SELF.LOCKING NUT12 x 1.25 mmReplace.64 N m 16.5 kgl.m, 47 lblft)
J
RANGE
18-9

L
Wheel Soeed and Modulator Contlo
t
OUTLETVALVE ON
OFF
INLETVALVE ON
OFF
t\,40ToR
ON
OFF
when the wheel speed drops sharply below the vehicle speed, the inlet valve closes to retain the caliper fluid pressure
When the wheel speed drops further, the outlet valve opens momentarily to reduce the caliper fluid pressure. The pump
motor starts at this time.
As the wheel speed is restored, the inlet valve opens momentarily to increase the caliper fluid pressure.
Wheel SensoJ
The wheel sensors are the magnetic contactless type
As the gear pulser teeth rotate past the wheel sensor's magnetic coil, AC current is generated The AC frequency changes
in accordance with the wheel speed. The ABS control unit detects the wheel sensor signal frequency and thereby detects
the wheel speed.
There are four wheel sensors, one for each wheel
The gear pulser has 50 teeth.
EEL SPEED
at LOW SPEEDgl
=o
GEAR PULSEBWHEEL SENSOBat HIGH SPEED
/
19-49

Body ('99 model)
Dashboard
Center Panel Removal and
lnstallation
Bumpers
Front Grille Removal and
lnstallation
Front Air Spoiler Replacement ."'.....
Seats
Front Seat DisassemblY and
ReassemblY 20-138
Front Seat Torsion Bar
Replacement '.'...".'....'... 20-139
Emblems
tnstallation 20-140
20-136
20-136
20-137
Outline of '99 Model Changes
The center Danel removal and installation procedures are different'
The front grille removal and installation procedures are different'
The front air spoiler has been added for some models of 2D'
A height-adjustable driver's seat was added to some models'
Emblems were added for some models ot 2D'

Description
Outline
The air conditioner system removes heat from the passenger compartment by circulating refrigerant through the system
as shown below.
BLOWER FAN
EVAPORATOR(Absorption of heati
EOUALIZING TUBE(Meters pressure andimproves the expansionvalve reaction time)
into the evaporator)CAPILLATY TUBE SENSING BULB
lControls the temPerature of the
ref rigerant leaving the evaporator
by metering the expansion valve)
/\
THERMOSTAT
A/C PRESSURE SWITCH
When the refrigerant is below
200 kPa (2.0 kgtcm',28 Psi)or above 3,200 kPa 132 kgflcm',
455 psi), the Ay'C pressure
switch opens the circuit to
the A,/C switch and stops the
EXPANSION VALVE(Meters the requiredamount of refrigerant
airconditioning to Protect the
compressor.
RECEIVER/DRYER(Traps debris, andremoves morsturel
THERMAL PROTECTOR
{Opens the comPressorclutch circuit when the
compressor temPeraturebecomes too high)
RELIEF VALVE(Relieves pressure at the
compressor when thepressure is too high)
(Radiation of heat)
I
f-r--; I
(Suction and comPression,
HIGH PRESSURE VAPOR
HtGH PRESSUBE LIOUID
LOW PRESSURE LIOUID
This car uses HFC-134a (R-134a) refrigerant which does not contain chlorofluorocarbons Pay attention to the following
service items:
. Do not mix refrigerants CFC-12 (R-12) and HFC-134a (R-134a)' They are not compatible'
. Useonlythe recommended polyalkyieneglycol (PAG) refrigerant oil designedforthe R-134a compressor (SANDEN: SP-
10; DENSO: ND_OIL8). Intermixing ihe re-commended (pAG) refrigerant oil with any other refrigerant oil will result in
compressor failure.
. All A,,ic system parts {compressor, discharge line, suction line, evaporator, condenser, receiver/dryer, expansion valve'
O-rings for joints) have to be proper for refrigerant R- 134a Do not confuse with R-l2 parts'
. Use a halogen gas leak detector designed for refrigerant R-134a
. R-12 and R-134a refrigerant servacing equipment are not interchangeable. Use only a recovery/recycling/charging station
that is u,L.-listed and is certified to meet the requirements of sAE J2210 to service R-134a air conditioning systems'
. Always recover the refrigerant R-134a with an approved recovery/recycling/charging station before disconnecting any
A,/C fitting.
S]
22-5

Clutch InsPection
Check the plated parts of the armature plate for color
changes, peeling or other damage lf there is dam-
age. replace the clutch set.
Check the rotor pulley bearing play and drag by rotat-
ing the rotor pulley by hand Replace the clutch set
with a new one if it is noisy or has excessive play/drag
Measure the clearance between the rotor pulley and
the armature plate all the way around lf the clear-
ance is not within specified limits, the armature plate
must be removed and shims added or removed as
required, following the procedure on page 22-34
Cl€arance: 0.5 ! 0.15 mm {0.020 t 0.006 in)
NOTE: The shims are available in four thicknesses:
0.1 mm,0.2 mm,0.4 mm and 0.5 mm
. Release the field coil connector from the holder' then
disconnect it. Check the thermal protector for conti-
nuity. lf there is no continuity. replace the thermal
protecror,
NOTE: The thermal protector will have no continuity
above 251.6 to 262.4oF 1122lo 128'C). When the tem-
perature drops below 240 8 to 219.8"F (116 to 104"C),
the thermal protector will have continuity
. Check resistance of the field coil
Field Coil Resistance: 3.05 to 3.35 O at 68"F (20"C)
lf resistance is not within specifications, replace the
field coil.
22-33

Compressor (DENSOI
Clutch Inspection
Check the plated parts of the pressure plate for colo.changes, peeling or other damage. lf there is dam-age, replace the clutch set.
Check the pulley bearing play and drag by rotatingthe pulley by hand, Replace the clutch set with a newone if it is noisy or has excessive play/drag.
Measure the clearance between the pullev and thepressure plate all the way around. lf the clearance isnot within specified limits, the pressure plate must beremoved and shim(s) added or removed as required,
following the procedure on page 22-41.
Clearanca:0.5 t 0.15 mm {0.020 r 0.006 in}
NOTE: The shims are availabte in three thicknesses:0.1 mm,0.3 mm and 0.5 mm.
22-40
. Check resistance of the field coil. lf resistance is notwithin specifications, replace the field coil.
Fiald Coil Resistanc€: 3.it to 3.8 O at 20.C l68.Fl

Gauges (cont'd)
- How the Gircuit Works
When the ignition switch is in ON (ll) or START (lll),
battery voltage is supplied through fuse 25 to the
gauges in the gauge assembly.
Speedometer and Odometer
The odometer and soeedometer drive circuits
receive pulses from the vehicle speed sensor
(VSS). The pulse rate increases as the car
accelerates. The frequency and duration of these
input pulses are measured and displayed by the
speedometer, odometer and tripmeter.
Tachometer
The tachometer drive circuit receives pulses from
the ignition control module (lCM) in the distributor
assembly or the ECM/PCM. The solid-state
lachometer then displays these pulses as engine
speed. For each 200 pulses per minute from the
ignition control modul€ (lCM) or the ECM/PCM, the
tachometer displays 100 RPM.
Engine Coolant Temperature Gauge
The engine coolant temperature gauge has two
intersecting coils wound around a permanent
magnet rotor. Voltage applied to the coils, through
fuse 25, generates a magnetic lield. The magnetic
field, controlled by the coolant temperature sending
unit, causes the rotor to rotate and the gauge
needle to move. As the resistance in the sending
unit varies, current through the gauge coils
changes. The gauge needle moves toward the coil
with the strongest magnetic field.
The 6ngine coolant temperature sending unit's
resistance varies from about 137 ohms at low
engine temperature to between 3H6 ohms at high
temperature (radiator fan running).
Refer to the Service Manual (Section 23, Electrical)
for specific tests or troubleshooting procedures.
81-2
(
Fuel Gauge (All except cX)
The fuel gauge has two intersecting coils wound
around a permanent magnet rotor. Voltage applied
to the coils, through tuse 25, generates a magnetic
field. The magnetic field, controlled by the fuel
gauge sending unit, causes the rotor to rotate and
the gauge needle to move. As the resislance in the
sending unit varies, current through the gauge coils
changes. The gauge needle moves toward the coil
with the strongest magnetic field.
The fuel gauge sending unit's resistance varies
from about 2-5 ohms at full, to about 110 ohms at
empty. When you turn the ignition switch off, the
gauge remains at the last reading until you turn the
ignition switch to ON (ll) or START (lll) again,
Refer to the Service Manual (Section 23, Electrical)
for specific tests or troubleshooting procedures.
Fuel Gauge (GX)
The fuel gauge has two intersecting coils wound
around a permanent magnet rotor. Voltage applied
to the coils, through fuse 25, generates a magnetic
field. The magnetic field, controlled by the PCM,
causes the rotor to rotate and the gauge needle to
move. The PCM calculates the gas quantity in the
fuel tank by using the fuel pressure value detected
by the tuel tank pressure sensor and the fuel
temperature value detected by the fuel tank
temperalure sensor, and outputs the signal to the
gauge assembly. The gauge needle moves toward
the coil with the strongest magnetic field.
When you turn the ignition switch off , the gauge
remains at the last reading until you turn the ignition
switch to ON (ll) or START (lll) again. When the
PCM detects a malfunction with the fuel pressure or
temperature, or detects a gas leak, the PCM
reduces the fuel meter to 0.
Refer to the Service Manual GX Supplement
(Section 11 , Fuel and Emissions) for specific tests
or troubleshooting procedures.
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