Rack HONDA CR-V 1998 RD1-RD3 / 1.G Workshop Manual

Under-hood Emissions Control Label
Emission Group ldentification
(1997 modell
Example:
VACUUM HOSE ROUTING DIAGRAM
LOADED IM TEST]NG OF PERMANENT fOUB WHEEL OSVE OR TRACT ON CONTROL'EOLJIPPEDVEHTCLES MUST BE CONDUCTED ON A IOUR WHEEL DR VE SPEEO SYNCHRON ZED
ANON LOADEDTESTPBO(EOUBEMUSIBEPERFORMEO
50ST (50 Statesl:
THIS VEHICLE CONFOBMS TO U.S. EPA AND STATE OF
CALIFORNIA REGULATIONS APPLICABLE TO 1997
MODEL YEAR NEW LIGHT DUTY TRUCKS.
49ST {49 Statos/Federall:
THIS VEHICLE CONFORMS TO U.S. EPA REGULATIONS
APPLICABLE TO 1997 IVIODEL YEAR NEW LIGHT DUTY
TRUCKS.
CAL (Calitornial:
THIS VEHICLE CONFORMS TO U.S. EPA AND STATE OF
CALIFORN IA REGULATIONS APPLICABLE TO '1997
MODEL YEAR NEW TLEV LIGHT DUTY TRUCKS
PROVIDED THAT THIS VEHICLE IS ONLY INTRODUCED
INTO COMMERCE FOR SALE IN THE STATE OF
CALIFORNIA.
Ii/PORTANT VEHICLE INFORIMATIONENGINE FAMILY VHN2 OIJCrcKDISPIACEMENT'2 OLITEREVAPORAT VE f AM]LY VNNl0778YMBP
CATALYSTREfERTOSEBVICEMANUALfORAODITIONAL NFORMATON.TUNT I-]P CONDITIONSENGINE AT NORI\,!AL OPERATNG TEMPERATURE,ALLACCESSOR ES TL]RNED OFF COOLING FAN OIFTRANSM1SSION NNEUTRALNO OTHEB ADJUSTMENIS NEEDED
ap' | \6( Zror '. ND \. 61F L r
TNIS VENICLE CONFORMS TO U.S EPA REGUI.ATIONSAPPI CASLE TO I99] MODET YEAR N€W L GNI DUTY TRACKS
@
Engine Family: vHN2.o l JGKE
Engine and Evaporative Families
T_fT
Model Year I Iv:1s97 | LManufaqturer iHN: Honda I
Displacement
Class
1: Light Duty Vehicle
Fuol Systom ,nd Numb€r of valves
J: Electronic Sequential Multiport
Injection (three or more valves per
cylinder)
Fuel Type
G: Gasoline
Standard
F: 49 or 50 States Tier 1
K: 49 or 50 States Tier 1
1: California Tier 1
2: California TLEV
3: California LEV
4: California ULEV
"r0", "*,
T|
V: 1997
Manufacturer
HN: Honda
Catalyst
E, F, G, H: Three Way Catalyst
OBD
K - T: OBD Equipped
Evaporative Family:
Storago System
1: Canister
Canistor Working Capacity (gramsl
Canister Conf igulation
A: Plastic Housing (Closed Bottom)
B: Plastic Housing (OPen Bottom)
Fusl System
Y: Fuel Injection
FuelTank
M: Metal
Standard
A: Current Evap
B: Enhanced Evap
Wild C.rd
VHNlOTTBYMBP
1-1 5
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Lift and Support Points
1.
Floor Jack
Block the rear wheels when raising the front of thevehicle; block the front wheels when raising the rearof the vehicle.
Place the blocks behind and ahead of the wheels,
Raise the vehicle high enough to insert the safetystanos.
Adjust and place the safety stands so the vehiclewill be approximately level, then lower the vehicleonto them.
Front:
Center the jack
bracket in the middleof the jack lift platform.
Always usg safety standg when working on or underany vehicle that is supported by only a iack.Nevor attempt to use a bumper jack for tifting orsupporting ths vehicl€.
Rsar:
JACK LIFT PLATFORM
Center the iackbracket in the middleof the iack lift platform.
1-20
JACK LIFT PLATFORM
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Towing
lf the vehicle needs to be towed, call a professional
towing service. Never tow the vehicle behind another
vehjcle with just a rope or chain. lt is very dangerous.
Emergency Towing
There are three popular methods of towing a vehicle.
Flat-bed Equipment - The operator loads the vehicle on
the back of a truck. This is the best way of transporting the
vehicle.
Wheel Lift Equipment - The tow truck uses tlvo pivoting
arms that go under the tires lfront or rear) and lifts them
off the ground. The other two tires remain on the
ground. The vehicle's suspension and body can be
seriously damaged if this method of towing is attempted.
Sling-type Equipment - The tow truck uses metal cables
with hooks on the ends. These hooks go around parts of
the frame or suspension and the cables lift that end of
the vehicle off the ground. The vehicle's suspension and
body can be seriously damaged if thjs method of towing
is attempted. This methed of towing the CR-V is
unaccePtable.
The onlv recommended way of towing the CR-V is on a
flat-bed truck. Two wheel drive CR-V's may also be
towed with all four wheels on the ground.
Towing the four-wheel dlive CR-v with only two
wheels on the ground will damage parts of the 4wD
system. It this vehicle is damaged, it should be towed
on a flat-bed truck ol trailel.
It the 2 wheel drive CR-v is towed wiih all tour wheels
on the ground, do the following:
Manual Transmission
. Release the parking brake.
. Shift the transmission in Neutral
Automatic Transmission
. Release the parking brake.
. Sta rt the engine.
. Shift to lD.l position. then E position.
. Turn off the engine.
lmproper towing preparation will damage the
transmission. Follow the above procedure exactly. lf
you cannot shift the transmission or start the engine,
the vehicle must be transported on a flat-bed truck.
lf the vchicle is towed with four wheels on the ground,
il is best to tow the vehicle no larther than 50 miles (80
km), and keep the speed below 35 mph {55 km/h).
Trying to lift or tow the vehicle by ihe bumpers will
cause serious damage. The bumpers ale not dosigned
to support the vehicle's weight.
Front:
Rear:
lOwlNG HOOKS .ndTIE DOWN BRACKETS
TIE DOWN BRACKET
1-21
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Standards and Service Limits
Automatic Transmission (cont'dl - Section 14
Differential (4WDl * Section 15
MEASUREMENTSTANOABD {NEW'
SteeringSection 17
* When using a new belt, adjust deflection or tension to new values. Run the engine for 5 minutes then turn it off.Readjust dellection or tension to used belt values.
MEASUREMENTSTANDARO INEWI
Wire Dia.o.D.Fiee LengthNo. of Coils
SpringsRegulator valve spring ARegulator valve spring BStator reaction springModulator valve springTorque convener check valve spring'97 model'98 - 00 modelsCooler relief valve springRelief valve spring2nd orilice control valve spring1-2 shitt valve spring2 3 shift valve spring3-4 shift valve spring1st accumulator spring4th accumulator spring B4th accumulator spring A2nd accumulator spring A3rd accumulator spring A2nd accumulator spring B3rd accumulator spring I3rd sub accumulator spring2nd accumulator spring CLock-up shift valve springLock-up timing valve springLock'up control valve spring3'4 orifice control valve springServo control valve springCPB valve spring4th exhaust valve spring
1.8 10.071)1.8 i0.071)4.5 (0.177)
1.4 {0.055)
1.1 (0.043)
1.2 (0.047)
1.0 (0.039)
1.1 (0.043)
0.7 (0.028)
0.9 (0.035)
0.9 (0.035)
0.9 (0.03s1
2.1 (0.083)
2.3 (0.091)
2.6 (0.102)
2.410.094)2.8 (0.110)
1.6 (0.063)
2.1 (0.083)
2.7 {0. r06)2.2lO.OA7)0.9 (0.035)
0.9 (0.035)
0.7 (0.028)
0.6 (0.024)
1.0 (0.039)
0.9 (0.035)
0.9 (0.035)
14.7 (0.579)
9.6 (0.378)
35.4 {1.394}9.4 (0.370)
8.4 (0.331)
8.4 (0.331)
8.4 (0.331)
8.6 (0.3391
6.6 (0.260i
7.6 {0.299}7.6 {0.299)7.6 {0.299)16.0 (0.630)
10.2 to.402l17.0 (0.669)
29.0 \1.1421'r7.510.689)
9.0 (0.354)
31.0 (1.220)17.0 (0.669)
14.510.571)7.610.299i8.1 {0.319}6.6 (0.260)
6.6 (0.260i
8.1 (0.319)
8.1 {0.319)6. t (0.240)
87.8 (3.457)
44.011.132130.31r.193)35.0 {1.378)
36.4 {1.433)32.4 tl.216J33.8 {r.331)37.1 (1.461)
34.8 (1.370)
41.3 (1.626)
57 .0 (2.2441
57 .0 12.244189.1 (3.508)
51.6 (2.031)
88.4 (3.480)
39.011.s35)94.313.713)20.7 10.8r5)38.2 (1.504)
39.0 (1.535)
68.0 (2.677)
73.7 12.902)8r.4 (3.205)
38.0 fl.496)37.9 (1.492)
52.1 (2.051)
41 .2 t .A5Al36.4 (1.4331
r 1.01.910.9
12.O12.78.213.422.0
26.426.8
13.814.22.915.9
2.66.3
32.047.A
20.8'18.3'19.5
Capacity f (US qt, lmp ql)1.2 (1.3, 1.1) at overhaul1.0 (1.1, 0.91 at fluid change
MEASUREMENTSTANDARD INEWI
Steering wheelRotational play at steering wheel circumferenceStaning load at steering wheelcircumferenceN {kgf, lbl) Engine running
0- 10 (0 - 0.39)
29 (3.0,6.6)
GearboxAngle of rack$uide-screw loosened lrom locked position'97, '98 models'99, '00 models10" 1 5"20" MAX.
PumpPump pressure with shut off valve closedkPa (kgvcm,, psi)6,900 - 7,800 (70 80,995 1,138)
Power steeringfluidRecommended tluidFluid capacity For overhaulI {US qt, lmp q0 For reservoir
Honda power steering fluid.0.85 (0.90,0.75)
0.4 {0.42,0.35)
Power steeringbelt*Deflection with 98 N {1O kgl,22lht)between pulleys11.0 14.5 (0.43 0.57)with used belt7.5 - 10.0 (0.30 0.40) with new belt
Belt tension N {kgt, lbf}Measured with belt tension gauge390 - 540 (40 - 55, 88 - 121) with used belt740-880 (75 90, 165 198)with new belt
2-10
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Design Specifications
ITEMMETRICENGLISHNOTES
DIMENSIONSOverall lengthOverallwidthOverall heightWheelbaseTrack FrontRearSeating capacity
4,510 mm1,750 mm1,608 mm2,622 mrn1,533 mm1,534 mm5lf
177.6 in68.9 in63.3 in103.2 in60.4 in60.4 in
WEIGHT (USA)Gross vehicle weight rating (GVWR)| 4,165 tbs
WEIGHT (CANADA)Gross vehicle weight rating (GVWR)1,900 kg
ENGINEType
Cylinder arrangementBore and strokeDisplacementCompression ratio '97,'98 mooers'99, '00 modelsValve train
Lubrication systemOil pump displacement at 6,000 engine rpmWater pump displacement at 7,600 engine rpmFuel required
Water-cooled, 4-stroke DOHCgasoline engineInline 4-cylinder, transverse84.0 x 89.0 mm.1,973 cm3 (m{)
9.2
3.31 x 3.50 in120 cu-in
9.6Belt driven, DOHC4 valves per cylinderForced and wet sump, trochoid pump501 (53 US qt,44 lmp qt)/minute1401 (148 US qt, 123 lmp qt)/minuteUNLEADED gasoljne with 86Pump Octane Number or Higher
STARTERTypeNormal output
NominalvohageHour ratingDirection of rotationWeight
Planetary gear reductionA/T: 1.1 kWM/T: 1.0 kW12V30 secondsClockwise as viewed from gear end3.7 kg 8.2 lbsApprox.
CLUTCHClutch type
Clutch lacing area
MIT
MIT
Single plate dry, diaphragm springTorque converter203 cm, 31.5 sq-in
TRANSMISSIONTransmission type
Primary redLrction
MITSynchronized s-speed torward, 1 reverseElectronically controlled4-speed automatic, 1 reverseDirect I : 1
TypeManualtransmission
Gear ratio 1st2nd3rd4th5thReverse
3.5001.9561.3441.0710.8123.000*,. 3.461*'
*1: '97 - 99 models*2: '00 model
Final reduction Gear typeGear rataoSingle helical gear4.562
Transfer0.434
Rear differential2.533
TypeAutomatic transmission
Gear ratio 1st2nd3rd4thReverse
2.722
1.0790.7111.955
Final reduction Gear typeGear ratioSingle helical gear4.357
Transfer0.393
2-12
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--
-
METRICITEMENGLISHNOTES
AIR CONDITIONINGCooling capacity3,520 Kcal/h j 14,000 BTU/h
Compressor Type/manutacturerNo. of cylinderCaPacityMax. speedLubricant capacityLubricant type
Scroll/KElHlN
85.7 mf/rev | 5.23 cu'in/rev10,000 rpm130mf 1 algIlozsP-10
Condenser TypeCorrugated fin
Evaporator TypeCorrugated fin
Blower TypeMotor inputSpeed controlMax. capacity
Sirocco fan200 w 112 v4-Speeo440 m3/h 15,500 cu fvh
Temperature control
Compressor clutch TypePower consumptionDry, single plate, poly-V-belt drive40 W max./12 VAt 68'F (20 C)
Befrigerant TypeOuantity
HFC-134a 1R-134a)zoo o' g 24j an oz
STEERING SYSTEMTypeOverall ratioTurns, lock to lockSteering wheel diameter
Power assisted, rack and pinion
SUSPENSIONType Front
Bear
Shock absorber Front and Rear
Independent double wishbone, coil springwith stabilizerIndependent double wishbone, coil springwith stabilizerTelescopic, hydraulic nitrogen gas tilled
WHEEL ALIGNMENTCamber
CasterTotaltoe
FronthearFrontFrontRear0inln 1/16 in0mmln2mm
0'- r"00'2.10'
BRAKE SYSTEMTvpe
Pad surface areaLining surface areaParking brake
Front
RearFrontRearTvpe
Power-assisted selt-ad,ustingventilated discPower assisted self-adiusting drum49 cm, x 2 7.6 sq-in x 273 cm, x2 11.3 sq-in x 2Mechanical actuating, rear two wheel brakes
Drum brake
TIRESize and pressureSee tire inlormation label.
ELECTRICALBafteryStarterAlternator
In under-dash fuse/relay boxIn under hood fuse/relay box
In underhood ABS fuse/relay boxHeadlightsFront turn signal lights
Front parking lightsFront side marker lightsRear side marker lightsRear turn signal lightsErake/parking lightsBack-up lightsCeiling lights {fronvrear)License plate lightSpotlightsHigh mount brake lightlgnition key lightAshtray lightGauge lightsIndicator lightslllLrmination and pilot IightsHeater illumination lights
12 V, 36 AH/s HR12V 1.0, 1.1 kW12V 100A
7.5 A, 10 A, 15 A, 20 A7.5 A, 10 A, 15 A, 20 A, 30 A, 40 A'100 A7.5 4,20 A. 40 A12V 60/55 W12 V- 21 W ('97 model),12 V - 27 W ('98-00 models)12V 5 W {'97 model),3 CP ('98 - 00 models)12V-8W12 V,3 CP12V-21W12 V 2115 W12V 21 CP (18 W)12V-8W12V-8W12V-5W12V -21W
12 V- 1.4 W12V 1.4 W12 V 1.4 W,3 W,3.4 W12V-0.84W, 1.12 W, 1.4 W,3 W, LED12 V - 0.84 W, 1.4 W, LED12 V,1.4 W
2-13
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lgnition System
Distributor Overhaul
CAP SEALCheck for damage.DISTRIBUTOR IGNITION IDII ROTOR
OISTRIBUTOR IGNITION {DII CAPCheck for cracks, wear,damage, and to!ling.Clean or replace.
O.RINGReplace.
b
OISTBIBUTOR IGI{ITION IDO HOUSING
Check for cracks and damage.
IGNITION COILTest, page 4 20
@_
IGNITION CONTROLMODULE {ICMIInput Test, page 4-19
LEAK COVEN
4-18.
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Spark Plug Inspection
Inspect the electrodes and ceramic insulator for:
. lmproper gap. Oil-fouling. Carbon deposits. Cracked centerelectrode insulator
Burned or worn electrodes may be caused by:
. Advanced ignition timing
. Loose spark plug
. Plug heat range too hot
. Insufficient cooling
Fouled plug may be caused by:
. Retarded ignition timing
. Oil in combustion chamber
. Incorrect spark plug gap
. Plug heat range too cold
. Excessive idling/low speed runnang
. Clogged air cleaner element
. Deteriorated ignition wires
I
2. Check the electrode gaP.
. Adjust the gap with a suitable gapping tool.
Electrode Gap
Standard 1.1 3 ' mm (0.043 Loo. in)
Replace the plug if the center electrode is rounded
as shown below:
Spark Plugs
'97 - '98 modsls:
ROUNDEOELECTRODE
,--, /(--/| | r--'--'--r-.--l-:=---:1
:
ZFR5F-11 (NGK)
KJ16CR-111 (DENSO)
'99 - 00 models;
ZFR6F-11 (NGK)
KJ2OCR-111 (DENSO)
Apply a small quantity of anti-seize compound to
the plug threads, and screw the plugs into the cylin-
der head finger-tight. Then torque them to 18 N'm
(1.8 kgf.m. 13lbf.ft).
4-21
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Cruise Gontrol
Actuator Test (cont'dl
5. With voltage and vacuum still applied, try to pull the
actuator rod out by hand. You should not be able topull it out. lf you can. it is defectrve.
8.
9.
7.
Disconnect ground from the No. 3 terminal. The actu-
ator rod should return. lf it does not return, but the
vent hose and filter are not plugged, the solenoid
valve assembly is defective.
Repeat steps 2 through 5. and disconnect ground
from the No. l terminal. The actuator rod should
return. lf it does not return, but the vent hose and
filter are not plugged, the solenoid valve assembly
is defective.
lf you replace the solenoid valve assembly, be sure
to use new O-rings on each solenoid.
Disconnect power and ground from the 4P connector.
Disconnect the vent hose from the actuator. Connect
a vacuum pump to the actuator vent hose port, and
apply vacuum. The actuator rod should pull in com-pletely. lf not, the vacuum valve is stuck open.
Replace the actuator,
4-42
I
't.
Actuator Replacement
3.
4.
7.
Ar
Pull back the boot. and loosen the locknut. Then dis-
connect the cable from the bracket.
Disconnect the cable end from the actuator rod.
1.
4.
.J.
Disconnect the 4P connector from the actuator.
Disconnect the vacuum hose from the vacuum tank.
Pull out the vent hose.
Remove the three mounting bolts and the actuator
with the bracket.
ACTUATORACTUATOR
CABLE
lf necessary, disconnect the cable end from the link-
age over the accelerator pedal, then turn the grom-
met 90' in the bulkhead. and remove the cable.
Install in the reverse order of removal, and adjust
free play at the actuator rod after connecting the
cable (see page 4-43).
I
6.
I
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Actuator Disassembly
ACTUATOR ERACKET
VALVESTest, page 4-44
VACUUMTANK
)rd'
!
l
l
ACTUATOR CABLE
4-45
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