Start HONDA CIVIC 1997 6.G Workshop Manual

44. Push the handle of the special tool, then tighten the
nut to seal the secondary drive gear assembly on
the driven pulleY shaft securelY.
STAAT CLUTCH Ii'ISTALIIR07TAE - PaV0130
OF
46.
SHAFTHA'{DI,-E
Pull the handle of the special tool up, and remove
the special tool.
lnstallthe cotters, then measure the clearance Delween
the cotters and the start clutch guide
STANDARD: 0 - 0.13 mm (0 - 0.005 inl
NOTE: Take measurements in at least three places,
and use the average as the actual clearance
GAUGE
lil(il
COTTERS, 25.5 mm
START 1
GAUGCSTART CLUTCH
14-343
47.
48.
lf the clearance is not within the standard, remove
the cotters and measure their thickness
Select and install new cotters, then recheck.
COTTERS, 25.5 mm
After replacing the 25.5 mm cotters, make sure that
the clearance is the standard
lnstall the cotter retainer and the snap rlng
Verify that the outside diameter of the snap ring is
correct.
Minimum 33.9 mm (1.33 in)
SNAP RII{G
lnstall the thrust washers. the ATF pump drrve
sprocket hub and the 22 x 28 mm thrust shim on the
inDUt shaft, then install the snap ring.
49.
50.
52.
THRUST WASXERS
INPUT SHAFT
(cont'd)
No.Part NumberThickness
90429-P4V-0002.9mm(0.114 in)
B90430-P4V-0003.0mm(0.118 in)
c90431 -P4V-0003.1 mm (0.122 ln)
D90432-P4V-0003.2 mm (0.126 in)
SNAPRING\
ATF PUMP DRIVESPROCKET HUB
THFUST SHIM, 22 x 2a mm
Selective pan

Transmission
Installation
Flush the ATF cooler as described on pages 14-352and 14-353.
Remove the used grease in the flywheel hub caDand flywheel splines.
Fill the inside of the flywheel hub cap, and coat the fly-wheel hub splines with Super High Temp Urea Grease(P/N 08798 - 9002) as shown.
L
SEALING RING{RUEBER)
SPLINESApply SUPEB HlcH TEMPUREA GREASElPlN 08798 - 90O2t
SUPER HIGH TEMPUREA GREASE(P/N 08798 - !)00211.5-2.5 g 10.05-0.t9 oz)
Install a new sealing ring (rubber) on the inoutshaft, and install two '14 x 20 mm dowel Dins in theflywheel housing.
Install the flywheel securely on the input shaft, theninstallthe starter motor on the flywheel housing.
4,1Nmla.5 kgt.m, 33 tbt.ft)
INPUT SHAFT
STARTER
l4 x 20 mm DOWEL ptN
.4;i "lrj
,i rr,"r., ., a
14-348
FLYWHEEL
MOUI{T74 N.m (7.5 tstm,5a tbtftt
6. Place the transmission on s jack, and raise it to theengine assembly level.
7. Anach the transmission on the engine, then installthe transmission housing mounting bolt and rearengine mounting bolts.
TRANSMISSION HOUSINGMOUNTING BOIT6,1 N.m 16.5 kgl.m,47 tbtttl59 Nrn {6.0 kgl.m. ,€ lbt ftl
WASHER
lnstall the transmission mount bracket. Tighten thelong bolt loosely, and tighten the nuts and bott onthe mount bracket to the specified torque. Thentighten the long bolt to the specified torque.
REAR ENGINE MOUNTINGBOLTReplace.12 x 1.25 mm
12x 1.25 mn6,r N'm 16.5 kgtm,47 tbtftl
l-".--..-,^
G\V
TRANSMISSONMOUNT BRACKET
12 x 1.25 mn

22. Install the shift cable end on the control lever, and
install the shift cable on the shift cable bracket'
CAUTION: Take care not to bend the shift cable'
23. lnstall the clip in the direction shown.
LOCKNUT
SHIFI CABLE 29 N m {3.0 kg{ m, 22lblftl
SHIFT CABLEERACKET
WASHERIPLASTIC)
CONTROL LEVER
24, Connect the solenoid harness connector. the drive
pulley speed sensor connector. and the ground
cable terminals.
6x1.0mm12 N.m {1.2 kgf.m.8,7 rbtft)
GROUND CABLETERMINAL 6x1.0mm
GROUNDTERMINAL
12 N.m {1.2 kgf'm,8.7lbtfrl
DRIVE PULLEYSPEED SENSORCONNECTOR
SOLENOID HARNESS
CONNECTOR
25. Connect the starter motor cable on the starter motor.
and install the cable holder.
NOTE: When installing the staner motor cable. make
sure that the crimped side of the ring terminal is
facing out (see section 23).
STARTEB
BMOUNTING NUT
9 N.m (0.9 kgf m,7 lbf ft)
26. Install all removed connectors and clamps'
27. Install the distributor.
28. Install the intake air duct and air cleaner housing
29.
assemDly.
Refill the transmission with the recommended
Genuine Honda CVT Fluid (see page 14-2991
CAUTION: While filling the CvT Fluid, bs surs not io
allow dust and other fotoign particles to entor into
the transmission.
Connect the battery positive (+) terminal first, then
the negative (-l terminal to the battery'
Check the ignition timing (see section 23).
Start the engine. Set the parking brake, and shift the
transmission through all gears three times Check
shift cable adjustment (see page 14-355).
Check the front wheel alignment (see section 18)
Let the engine reach operating temperature (the
radiator fan comes on) with the transmission in lXl
or E position, then turn it off and check fluid level'
Perform the start clutch calibration procedure on
page 14-293.
Road test as described on pages 14-296 and 14-297
30.
31.
34.
36.
STARTER MOTOR
14-351

t
Adjustment
!@ Make sure lifts, jacks and safety stands are
placed properly (see section 1).
l. Remove the front console (see section 20).
2. Shift to I posirion, then remove the lock pin from
the adjuster.
SHIFT CAELE
l,
,l
{0.7 kgf.m, 5lbf'ltl
3. Check that the hole in the adiuster is perfectly aligned
with the hole in the shift cable. There are two holes in
the adjuster. They are positioned 90" apart to allow
cable adjustment in 1/4 turn increments.
lf the hole is not perfectly aligned, loosen the lock-
nut on the adjuster and adjust as required.
Tighten rhe locknut to 7 N.m (0.7 kgim,5 lbf'ft).
Install the lock pin on the adjuster' lf you feel the
lock pin binding as you reinstall it. the cable is still
out of adjustment and must be readjusted
Make sure the lock pin is seated in the adiuster
securery.
lMove the shift lever to each position, and verify that
the shift position indicator follows the automatlc
transaxle gear position switch.
Start the engine, and check the shift lever in all
positions. lf any gear does not work properly, refer
to troubleshooting (see page 14-294 and 14-295).
Insert the ignition key into the key cylinder on the
Aff gear position indicator panel, and verify that the
shift lock lever is released.
7.
10.
14-355

)
Steering Pump
Construction
The pump is a vane-type incorporating a flow control valve (with an integrated relief valve) and is driven by a POLY-V-belt
from the crank pulley. The pump features 10 vanes. Each vane performs two intake/discharge operations for every rota-
tion of the rotor. This means that the hydraulic fluid pressure pulse becomes extremely small during discharge.
/
ROTORVANE CAM RING
Operation
The belt-driven pulley rotates the rotor through the drive shaft. As the rotor rotates, the hydraulic pressure is applied to
the vane chamber of rhe rotor and the vanes will rotate while being pushed onto the inner circumference of the cam ring.
The inner circumference of the cam ring has an extended portion with respect to the center of the shaft, so the vanes
move downward in the axial direction as the rotor rotates. As a result of this roller movement. the internal volume of the
vane chamber will change, resulting in fluid intake and discharge
START OF FLUID INTAKE:FLUID INTAKE:FLUID MOVEMENT:FLUID DISCHARGE:
The vanes are pushed ontothe inner circumference ol the
cam ring,
lhe volume ofthe vane cham- The sucked-in fluid moves
ber increases so that fluid is toward the discharge port.
sucked in.
As the vanes return to the
their original Position on theinner side, the volume of the
vane chamber decreases so
the fluid is discharged from
the discharge port.
(cont'd)
a-t 4-I I- | t
FLOW CONTROL VALVE
J

System Description
Steering Pump (cont'dl
The flow control valve and sub-valve in the pump per-
forms the following steps @ through @ to control the
flow of fluid, that is to increase the discharge volume
when engine speed is low, and to decrease it when the
engine speed increases. The assistance thrust of the
steering gearbox changes in compliance with the
change in the discharge volume.
When the engine starts, fluid discharged from the
discharge port starts to flow through oil passage A,
the fixed orifice and the variable orifice to the steer-
ing gearbox. When the engine speed is extremely
low, the return port is closed by the flow control
Fluid pressure discharged from the discharge port
is applied to the top of the sub-valve, and the fluid
pressure that passed through oil passage A is applied
to the bottom of the sub-valve. When this happens,
the pressure difference between the ends of oil pas-
sage A, which is caused by the resistance oil passage
A when the fluid flows through the passage. is
applied to the sub-valve, However, the pressure dif-
ference applied to the sub-valve. that is the force
that pushes the sub-valve down, is too small to
overcome the spring force, and the variable orifice is
fully open when the engine speed is extremely low.
Because the fluid volume flowing through the fixed
orifice and variable orifice increases, a pressure dif-
terence is created between the ends of these ori-
fices, and it increases in proportion to the engine
speed. As the fluid pressure that passed the fixed
orifice and variable orifice is directed to the bottom
of the flow control valve. a pressure difference is
created between the top and bottom of the valve,
which pushes down the flow control valve and
opens the return port. As a result, pan of the fluid
discharged from the discharge port feturns to the
pump suction port, keeping the discharge volume
constant.
In this condition, the sub-valve does not move. and
the variable orifice stays fully open.
lo
trrtrrlo3
J
o
PUMP R.P.M.
To STEERING GEARBOXSUB.VALVE
To STEEnING GEARBOX
FLOW CURVE
!rs+/f/ffih\
o,,-i^"l^tKzYt)91y ul3Yl
FLOW CONTNOL VALVE
su8-vALvE
ORIFICE
ToP
17-18
FLOW CONTROL VALVE

I
AbnormalDeformed
Faulty cylinder lines
Adiustment OK
Faulty valve body unit
Normal
IICompair the steering to another alike
vehicle.
/
Check the force required to turn
the wheel (see Page 17 30i
Start the engine and measure the
force required to turn the wheel
to the right and left. Difference of
the lorce required to turn the
wheel to the right and to the Ieft
should be 2.9 N 10 3 kgf, 0.7 lbf)
or below.
Check for bent rack shaft
Check rack guide adiustment (see
page 17-33).
(cont'd)
17 -23
1,,

Troubleshooting
Noise and Vibration
NOTE; Pump noise in first 2 - 3 minutes after starting in cold weather is normal.
Humming
Rattle or chattering
Humming due to pulsation of fluid is normal, particularlv when the wheel isturned with the vehicle stooDed.
lf equipped with automatic trans-mission, the hum could be thetorque conveater or pump noise.
Confirm by temporarily removingthe pump belt.
High-pressure line touching theframe.Reposition the line.
Loose steering shaft connector,tie-rod. or balljoint.Check and tighten, or replacepaats as necessary.
Column shaft wobbling.Replace the column assembly.
Check the rack guide tor properadjustment (see page 17,33).Adiusi, if necess€ry.
Rattling sound and feeling when turning the steering wheel raght and left with theengine OFF is normal.
Pump noise, though not loud. trom the valve body unit can be heard whon turn-ing the steering wheel right or left. This is normat.
CAUTION: When imp€sting, do not hold the steering wheet a[ the way tothe right or the left.
17-26

)
Pump noaseGrating noisefrom pump
Pump gear nois€
Check the tluid level.
lf low, fill the reservoir to the
proper level, and check lor leaks.
Tighten or replace as nocessary.
Cavitation caused bY air bubbles
in the fluid.
Check lor a crushed suction hose
or a loose hose clamp allowing
air into the suction side of the
sy$em.Tighton or roplace as necossary.
NOTE: Pump noise uP to 2 - 3
minutes alter starting in cold
weather is normalCompare pumP noise at operating
temperature to simular vehicle.
lf pump nois€ is abnormallY loud,
remove and inspect the PUmP for
w6ar and damage (see Page 17-
41).
lz/
Rattle or chattgring
17-27
Tighten or replace the Pulley.lf shatt is loose, rePlace thepump.
tr

Inspection and Adjustment
Steering Operation
Place the front wheels in the straight ahead position,
and measure the distance the steering wheel can beturned without moving the front wheels.
ROTATIONAL PLAY: 0 - 10 mm l0 - 0.39 inl
lf the play exceeds the service limit. perform rack guide
adjustment (see page 17-33).
lf the play is still excessive after rack guide adjustment.inspect the steering linkage and gearbox as describedon the nel(t pag€.
ROTATIONAL PLAY
17-30
Power Assist Gheck with
Vehicle Parked
1. Check the power steering fluid level (see page 17-33) and pump belt tension (see page 17-32).
2. Start the engine, allow it to idle. and turn the steer-ing wheel from lock-tolock several times to warm
up the fluid.
3. Attach a spring scale to the steering wheel. With theengine idling and the vehicle on a clean, dry floor,pull the scale as shown and read it as soon as thetires begin to turn.
The scale should read no more than 29 N (3.0 kgf.
6.6 lbf). lf it reads more, check the gearbox andpump,
D0