drum brake HONDA CIVIC 1997 6.G Workshop Manual
[x] Cancel search | Manufacturer: HONDA, Model Year: 1997, Model line: CIVIC, Model: HONDA CIVIC 1997 6.GPages: 2189, PDF Size: 69.39 MB
Page 63 of 2189
MEASUREMENTSTANOARO INEW}SERVICE LIMIT
algnmenlCamber FrontRearCaster FrontTotaltoe FrontBearFront wheel turning angle Inward wheelOutward wheel
0"00'1 1"-1.1 1'1'40' I 1"In'1.01 2.0 {1/16 t 1/'16)In 2.0 ljB (1/161 1/16)39.50' 33'10'(Reference)
Bim runout Aluminum wheel AxialBadialSteelwheel AxialRadla I
0 0.7 (0 - 0.03)0- 0.7 (0 - 0.03)0 - 1.0 (0 0.04)0 - 1.0 (0 0.04)
2.0 (0.08)
1.5 10.06)2.0 {0.0B)1.5 (0.06)Wheel bearingEnd play FrontRear0 0.0s (0 - 0.002)0 0.05 (0 0.002)
Standards and Service Limits
Suspension - Section 18
Brakes - Section 19
*1. 5410 Stamped on the caliper body.*2. 2056 Stamped on the caliper body.
Air Conditioning - Section 22
*: When using a new belt, adjust deflection or tension to new values. Run the engine for 5 minutes then turn it of{.Readjust deflection or tension to used belt values.
3-18
MEASUREMENTSTANDARO INEWISERVICE LIMIT
Parklng brakePlay in stroke at 196 N (20 kgf, 44 lbfi lever forceTo be locked when pulled6 - I notchesFoot brakepeoalPedal height (with floor mat removed) M/TA/'T, CVTFree play
156.5 {6.16)161 (6 5/16)1 5(1/16-3/16)
Master cvlinderPiston to pushrod clearance0 - 0.4 (0 0.02)
Disc brakeDisc thickness FrontRearDisc runout FrontRearDisc parallelism Front and rearPad thackness Front
Rear
20.9 - 21.8 (0.82 - 0.86)8.9 - 9.1 (0.350 - 0.358)
9.5 10.5*'8.5 - 9.5*'7.0 8.0 (0.28-0.3r)
19.0 (0.75)
8.0 (0.31)
0.10 (0.004)
0.10 (0.004)
0.015 (0.0006)
1.6 (0.06)1.6 (0.06)'r.6 (0.06)
Rear brakedrumLD.Lining thickness200 17.a7l4.0 (0.16)201 \7 .9112.0 {0.08}
MEASUREMENTSTANDARD INEWI
Conditioning
SANDEN
Lubricant type: SP 10 (P/N 38897 - Pl3 - A01AH or 3889Lubricant capacity Condensermf (floz, lmp oz) EvaporatorLine or hoseReceiver
I - P13 A0li lFor refrigerant: HFC-134a (R,134a))
| 20 \2t3 0.11
I 45 (1 2/3, 1.6)10 (1/3,0.4)
10 t1/3,0.4)NIPPONDENSOLubricant type: ND'O|L8 (P/N 38899 - PR7 - 003) (For ReLubricant capacity Condensermf (floz, lmp oz) EvaporatorLine or hoseReceiver
f.igerant: HFC,134a (R-134a))25 (s/6 0.9)60 (2,2.11
10 (1/3,0.4)
10 (1/3.0.4)
CompressorSANDENLubricant type: SP-10Lubricant capacity ml lfl oz, lmp oz)Field coil resistance at 68'F (20"C) OPulley-to-pressure plate clearance
130 150 (4 1/3 4.6, 5.0 - 5.3)
0.5 r 0.15 10.020 t 0.006)
NIPPONDENSOLubricant type: ND-OlL8 {P/N 38899 - PR7 ,003 or P/N 38899 pR7 - AO1) (For Refrigerant: HFC 134a {R,134a))Lubricant capacity m{(fl oz, lrnpoz) | 14O(4.7,4.9J -15S{5.2.5.4)Stator coil resistance at 20'C (68.F) 0Pulley-to-pressure plate clearance3.4 - 3.80.510.15 (0.0210.006)
Compressorbelt*Deffection with 98 N (1Okgl.22lbllbetween pulleys7.5 - 9.5 (0.30 0.37) with used belt5.0 - 6.5 (0.20 - 0.26)with new belt
Belt tension N (kgf, lbf)Measured with belt tension gauge340 490 i35 50, 77 - 110) with used bell690 - 830 (70 - 85, 150 190) with new belt
Page 67 of 2189
ITEMMETRICENGLISHNOTESTEERINGSYSTEMTvpe P/sM/SOverall Ratio p/S
M/STurns, Lock-to Lock p/S
M/SSteering Wheel Dia.
Power assisted, rack and pinionRack and pinion1l.120.33.64..1380 mm 15.0 inSUSPENSIONTYPe Front and RearFront and RearIndependent double wishbone, coil springTelescopic, hydraulic nitrogen gas-filled
WHEELALIGN| 4ENTCamber FrontRearCaster F.ontTotalToe FrontRear
0.00,- 't'
1.40'ln 1 mm ln 1/16In 2 mm In 1/16EBAKE SYSTEMType FrontRea r
Pad Surface Area Front
Rea r
Parking Brake Type
Power assisted self adjusting ventilated discPower assisted self adiustjng solid discPower assisted sell adjusting dr!m37.5 cm' x 4 5.8 sq in x 4
44.1ctn,x4 ] 6.84sq-inxa
67.2 cmz x 4 | to.+ sq in ' I21.2 cm, x 4 3.3 sq in x 4Mechanical actuating, rear two wheelbrakes
5410 stamped onthe caliper body2056 stamped onthe caliper bodyDrumDisc
TIRESize and PressureSee lire intormation label
WASHERCapacity 2door Coupe/4,door Sedan
2,door Hatchback
2.5 f (2.6 LJS qt, 2.2 lmp qt)4.5 | (4.8 US qt,4.0lmp qt)2.51 (2.6 US qt, 2.2 lmp qt)4.5 f (4.8 US qt, 4.0 lmp qt)
USA modelCanada modelDXExcept DXELECTRICALBafteryStarterAlternatorFuses In Under dash Fuse/Felay BoxIn Under-hood Fuse/Belay 8oxIn Under hood ABS FLrse/Relay BoxHeadlightsFront Turn Signal/Parking LightsRear Turn Signal LaghtsBrake/TaillightsInner Taillights*,High Mount Brake LightBack up LightsLicense Plate LightsCeiling Light
Trunk LightsGauge LightsIndicator Lightslllumination and Pilot LightsHeater Control Panel Lights
12 V 38 AH/5 HR12 V 1.0 kW, 1.2 kW12V 75 A,80 A7.5 A, t0 A, 15 A, 20 A7.5 A, 10 A, 15 A, 20 A, 30 A, 40 A, 80 A7.5 4.20 A, 40 A12V_60/55W12V -2115W
12V - 21W12V - 21/5W12V-5W12 V 18 W*" 21 W+" *3
12V 21W12v-5wl2V-8W(Withmoonroofl12 V - 5W (Without moonroof)
12V-1.4W,3W't2 v 1.12W. 1.4 W12v-0.84w, 1.4 W12V 1.4 W
Design Specifications
(cont'd)
P/S: Power Steering M/S: Manual Steering*l: 2-door Coupe *2: 2door Hatchback *3: 4-door Sedan*4: USA (HAM), Canada (HCM) produced *5: Japan produced
3-22
L'
Page 873 of 2189
Description
The Continuously Variable Transmission (CVT) is an electronically controlled automatic transmission with drive and driv
en Oullevs, and a steel belt. The CVT provides non stage speeds forward and one reverse. The entire unit is positioned in
line with the engine.
Transmission
Around the outside of the flywheel is a ring gear which meshes with the starter pinion when the engine is being staned.
The transmission has four parallel shafts: the input shaft, the drive pulley shaft. the driven pulley shaft, and the secondary
gear shaft. The input shaft is in line with the engine crankshaft. The drive pulley shaft and the driven pulley shaft consist of
movable and fixed face pulleys. Both pulleys are linked by the steel belt.
The input shaft includes the sun gear. The drive pulley shaft includes the forward clutch which mounts the carrier assem-
bly on the forward clutch drum. The carrier assembly includes the pinion gears which mesh with the sun gear and the ring
gear. The ring gear has a hub-mounted reverse brake disc.
The driven pulley shaft includes the start clutch and the secondary drive gear which is integral with the park gear' The sec-
ondary gear shaft is positioned between the secondary drive gear and the final driven gear. The secondary gear shaft
includes the secondary driven gear which serves to change the rotation direction. because the drive pulley shaft and the
driven oullev shaft rotate the same direction. When certain combinations of planetary gears in the transmission are
engaged by the clutches and the reverse brake, power is transmitted from the drive pulley shaft to the driven pulley shaft
to provide E, E, E, and El.
Electronic Control'96 - 98 Models:
The electronic control system consists of the Transmission Control Module (TCM), sensors, three linear solenoids, and a
inhibitor solenoid. Shifting is electronically controlled under all conditions'
The TCM is located below the dashboard, behind the kick panel on the driver's side.'99 - 00 Models:
The electronic control svstem consists of a Powertrain Control Module (PCM), sensors, three linear solenoids and an
inhibitor solenoid. Shifting is electronically controlled under all conditions. A Grade Logic Control System to control shift-
ing in E position while the vehicle is ascending or descending a slope.
The PCM is located below the dashboard, under the kick panel on the passenger's side.
Hydraulic Control
The lower valve body assembly includes the main valve body, the Pressure Low (PL) reguiator valve body, the shift valve
body, the start clutch control valve body, and the secondary valve body. They are positioned on the lower part of the
transmission housing.
The main valve body contains the Pressure High (PH) control valve, the lubrication valve, and the pitot regulator valve.
The secondary valve body contains the PH regulator valve, the clutch reducing valve, the start clutch valve accumulator,
and the shift inhibitor valve. The PL regulator valve body contains the PL regulator valve and the PH-PL control valve
which is ioined to the PH,PL control linear solenoid. The inhibitor solenoid valve is bolted on the PL regulator valve body.
The shift valve body contains the shift valve and the shift control valve. which is joined to the shift control linear solenoid.
The start clutch control valve body contains the start clutch control valve, which is joined to the start clutch control linear
solenoid. The linear solenoids and the inhibitor solenoid are controlled by the TCM or PCM. The manual valve body which
contains the manual valve and the reverse inhibitor valve, is bolted on the intermediate housing.
The ATF pump assembly is located on the transmission housing, and is linked with the input shaft by the sprockets and
the sprocket chain. The pulleys and the clutch receive fluid from their respective feed pipes, and the reverse brake receives
fluid from internal hydraulic circuit.
Shift Control Mechanism
Input from various sensors located throughout the vehicle determines which linear solenoid the TCM or PCM will activate.
Activating the shift control linear solenoid changes the shift control valve pressure, causing the shift valve to move. This
pressurizes the drive pulley pressure to the drive pulley and the driven pulley pressure to the driven pulley and changes
their effective pulley ratio. Activating the start clutch control linear solenoid moves the start clutch control valve. The start
clutch control valve uncovers the port, providing pressure to the start clutch to engage it(cont'd)
14-195
,!
Page 876 of 2189
Description
Clutches/Reverse Brake/Planetary Gear/Pulleys
Clulches/Reverse Brake
The CVT uses the hydraulically-actuated clutches and brake to engage or disengage the transmission gears. When
hydraulic pressure is introduced into the clutch drum and the reverse brake piston cavity, the clutch piston and the reverse
brake piston move. This presses the friction djscs and the steel plates together, locking them so they don't slip. Power is
then transmitted through the engaged clutch pack to its hub-mounted gear. and through engaged ring gear to pinion
gears.
Likewise, when the hydraulic pressure is bled from the clutch pack and the reverse brake piston cavity, the piston releases
the friction discs and the steel plates, and they are free to slide past each. This allows the gear to spin independently on its
shaft, transmitting no power.
Start Clutch
The start clutch, which is located at the end of the driven pulley shaft, engages/disengages the secondary drive gear.
The start clutch is supplied hydraulic pressure by its ATF feed pipes within the driven pulley shaft.
Forward Clutch
The forward clutch, which is located at the end of the drive pulley shaft, engages/disengages the sun gear.
The forward clutch is supplied hydraulic pressure by its ATF feed pipe within the drive pulley shaft.
Reverse Brake
The reverse brake, which is located inside the inte.mediate housing around the ring gear, locks the ring gear in E posi-
tion. The reverse brake discs are mounted to the ring gear and the reverse brake plates are mounted to the intermediate
housing. The reverse brake is supplied hydraulic pressure by a circuit connected to the internal hydraulic circuit.
Planetary Gear
The planetary gear consists of a sun gear, a carrier assembly, and a ring gear. The sun gear is connected to the input shaft
with splines. The pinion gears are mounted to the carrier which is mounted to the fo.ward clutch drum. The sun gear
inputs the engine power via the input shaft to the planetary gear, and the carrier outputs the engine power. The ring gear
is only used for switching the rotation direction of the pullev shafts,
In E. E, and E positions (forward range), the pinion gears don't rotate and revolve with the sun gear, so the carrier
rotates. In E] positjon {reverse range), the reverse brake locks the ring gear and the sun gear drives the pinion gears to
rotate. The pinion gears rotate and revolve in the opposite direction from the rotation direction of the sun gear, and the
carrier rotates with pinion gear revolution.
Pulleys
Each pulley consists of a movable face and a fixed face, and the effective pulley .atio changes with engine speed. The
drive pulley and the driven pulley are linked by the steel belt.
To achieve a low pulley ratio, high hydraulic pressure works on the movable face of the driven pulley and reduces the
effective diameter of the drive pulley. and a lower hydraulic pressure works on the movable face of the drive pulley to
eliminate the steel belt slippage. To achieve a high pulley ratio, high hydraulic pressure works on the movable face of the
drive pulley and reduces the eifective diameter of the driven pulley, and a lower hydraulic pressure works on the movable
face of the driven pulley to eliminate the steel belt slippage.
b
14-198
Page 880 of 2189
Description
Power Flow (cont'd)
E Position
. Sta rt Clutch: engaged
. Forward Clutch: released
. Reverse Brake: engaged
1. The hydraulic pressure is applied to the reverse brake and the start clutch. The sun gear drives the pinion gears, and
the pinion gears revolve around the sun gear. The carrier assembly rotates in the opposite direction from the rotation
direction of the sun gear.
The carrier assembly drives the drive pulley shaft via the forward clutch drum, and the drive pulley shaft drives the
driven pulley shaft linked by the steel belt.
The driven pulley shaft drives the secondary drive gear via the start clutch.
Power is transmitted to the secondary driven gear, which drives the final driven gear.
3.
4.
2.
DRIVE PULLEYSTEEL EELT
DRIVEPULLEYREVERSE BRAKE
CARRIER ASSEMBLY
INPUT SHAFT
SUN GEAR
PINION GEAB
RING GEAB
STABT CLUTCHDRIVEN PULLEY
SECONDARY DRIVEGEAR
FINALGEAB
SECONDARY ORIVENGEAR
FINAL ORIVEN GEAR
14-202
Page 1147 of 2189
IHub Bearing Unit RePlacement
For vehicles with drum brakes.'99 2D Si and Si-B models
NOTE:
o Use only genuine Honda wheel weights for aluminum wheels Non-genuine wheel weights may corrode and damage
the aluminum wheels.
.onthea|uminumwhee|s,removethecentercapfromtheinsideoftheWhee|afterremovingthewhee|'
. Before insta||ing the brake disc (or brake drum), c|ean the mating surfaces of the rear hub and the brake disc (or brake
orum,.
. Before installing the wheel, clean the mating surfaces ofthe brake disc(or brake drum) andwheel'
*1:
*2'.
12 6 mm FLANGE BOLT
9.8 N.m {1.0 kgf m, 7 lbf'ft|
*2 SPLASH GUAROCheck for crackingand damage.
SPINDLE WASTIER
SPINDLE NUT
22 x 1.5 mm181 N,m (18.5 kgt'm. 134lbfft)
Replace.NOTE:' Before installing the spindle nut, apply
engine oil to the seating surface of the
nut,' After tightening, use a drift Punchto lock the spindle nut shoulder into
TRAILING ARMCheck for crackingand oamage,
lr
the spindle.
HUB CAPBeplace.12 BRAKE DISCCheck for wear and
rust,'2 6 mm BRAKE DISC RETAINING SCREW
9.8 N'm 11.0 kgt m, 7 lbf'ft|
)
*1 BACKING PLATE
/\*1 BRAKE SHOE
r1 FLANGE BOLT10 x 1.25 mm6,0 N.m (6.5 ksl.m,47 lbl'ftl
REAB
'1 BRAKE ORUM
HUB UNIT BEARING
Check for crackingand damage.
WHEEL NUT12 x 1.5 mm108 N.m {11.0 kgt'm.80lbt'ft)
(cont'd)
1A-23
l-t
Page 1148 of 2189
Rear Suspension
Hub Bearing Unit Replacement (cont'dl
NOTE: Disc type {'99 2D Si and Si-R modets)
1. Loosen the wheel nuts slightly.
2. Raise the rear of vehicle, and support it with safetystands in the proper locations {see section 1).
3. Remove the wheel nuts and rear wheel.
4. Pull the parking brake lever up.
5. Remove the hub cap.
6. Raise the locking tab on the spindle nut, thenremove the nut. SPINDLE NUT22 x 1.5 mrn181 N.m (18.5 kgf'm, 134lbf.fi)Replace.NOT€:. Eefore installing the spindle nut,apply engine oil to the seatingsurface of the nut.. After tightening, use a drift tostake the spindle nut shoulderagainst the spindle.
lFor vehictes \\with drum brakes;/
WHEEL NUT12 x 1.5 mm108 N.m
I I 1 kgt m, 80 lbf.ftl
HUB CAPReplace-NOTE: Take care not to damage the hub untton disassembly.
Remove the 6 mm brake disc retaining screws.7.
6 mm BRAKE DISCRETAINING SCBEWS9.8 N.m 11.0 kgl.m, 7 lbf.frl
1A-24
8.
9.
Release the parking brake lever.
Remove the brake drum, hub unit bearing, andspindle washer lfor vehicles with drum brakes).
BRAKE DRUM
SPINDI-E WASHER
10. Remove the 6 mm flange bolts and caliper shield.
CALIPER SHIELOCheck for bending and damage.
6 mm FLANGE BOLTS9.8 N.m {1.0 kgf.m, 7 lbf,ft)
Page 1155 of 2189
t
Conventional Brake
Speciaf Tools .............19'2
Component Locations
lndex ................ ...... 19-3
Inspection and Adiustment
Brake System Rubber Parts
and Brake Booster ...........,.,............. 19-4
Brake Pedal ............ 19-5
Parking Brake ........ 19-6
Bleeding ................. 19-7
Front Brake Pads
Inspection and Replacement .......... 19-8
Front Erake Disc
Disc Runout Inspection ................... 19-12
Disc Thickness and Parallelism
Inspection .......... 19-12
Front Brake Caliper
Disassembly .......... 19'13
Reassembly ........... 19-16
Master Cylinder/Brake Booster
Removal/lnstallation ....................... 19-21
Pushrod Clearance Adiustment ...... 19-22
Brake Booster Inspection ................ 19-23
Rear Brake Pads
Inspection and Replacement ,,........ 19-24
Rear Brake Disc
Disc Runout lnspection ................... 19-26
Disc Thickness and Parallelism
Inspection .......... 19-26
Rear Brake Caliper
Disassembly ...........19-27
Reassembly ........." 19-31
Rear Drum Brake
Index/lnspection .............................. 19-35
Inspection ....,.,....... 19-36
Brake Shoe Disassembly ..............." 19-37
Brake Shoe Reassembly ...............'.. 19-37
Brake Hoses/Lines
Inspection/Torque Specifications ..... 19-39
Hose Replacement ........................... 19-40
Parking Brake Cable
lnspection and Replacement ........,. 19-41
l-l
Page 1161 of 2189
I
Bleeding
CAUTION:
. Always use Genuine Honda DOT 3 Brake Fluid. Using 8
non-Honda brak€ fluid can cause corrosion and
docrea3e the life of the system.
. Make surs ||o dirt or other foteign matter is allowed
to contaminate the brake fluid,
. Do not spill brake lluid on the vehicle, it may damago
the paint; if brake lluid doos contac{ the paint, wash
it ofl imm€diately with water.
NOTE: The reservoir on the master cylinder must be at
the MAX (upper) level mark at the start of the bleeding
procedure and checked after bleeding each brake
caliper. Add fluid as required.
1. Make sure the brake fluid level in the reservoir is at
the MAX lupper) level line.
MAX {UPPER) LEVEL
CYLINDER
Have someone slowly pump the brake pedsl several
times, then apply steady Pressure.
Loosen the brake bleed screw to allow air to escape
from the system. Then tighten the bleed screw
securely.
Repeat the procedure for each wheel in the sequence
shown below until air bubbles no longer appear in
the fluid.
Refill the master cylinder reservoir to the MAX (up-
per) level line.
ELEEDING SEOUENCE:
O Front Right(D Bo.r Right
O Front LeftO Rear Left1,,
19-7
FRONTT
REAR lDrum Brakel:
REAR (Disc Brake):
AIEED SCREW9 N.m (0.9 ksf m, 6.5 lbf'ft)
Page 1189 of 2189
Rear Drum Brake
Index/lnspection
'1.
a
a
Never use an air hose or dly brush to clean brake assemblies,
Use an OSHA approved vacuum cleanar to avoid breathing brake dust,
Contaminated brake linings or drums reduce stopping ability.
Block the tront wheels before iacking up ths r€ar of lhe vehicle.
Block the front wheels, loosen the rear wheel nuts slightly, support the rear of the vehicle on safety stands, then
remove the rear wheels.
2. Release the parking brake, and remove the rear brake drum.
I N m 10.9 kgtm, 6.5 lbf.ftl
TENSION PIN
10 mm BOLT6,1N m 15.5 kgf m,47 tbf.ft)
WHEEL CYLINDERInspect for leakage.lf necessary, replace as an assembly.
u-cLrPReplace.
WAVEWASHER
PARKING BRAKE LEVERMarked left and right.
Check for weaknessano oamage,
UPPER RETURN SPRING
I
@JPIVOT PIN
BACKING PLATEMarked lelt and right-
/
€f-l.^
I I
*'t")
ctEv'sB
/ (t
/ ,.ro,".r r.*,"n
/ , Install securely on
| / tension pin.
d"/
IU
ADJUSTER BOI-TCheck ratchet teethfor wear and damage.LOWER RETURNSPRINGCheck for weaknessand oamage.BRAKE SHOEInspection, see page 19-36lf brake shoes are to bereused, mark and reassemblein same position.
SELF.ADJUSTERLEVEB
SELF-ADJUSTERSPRINGCheck for weaknessano oamage.
BRAKE DRUMInspection, see page '19 36
t
19-35