rotor HONDA CIVIC 2000 6.G User Guide

\Crankshaft Speed Fluctuation (GKFI Sensor .
firC- 48 Models, '99 - 00 D16Y5 engine with M/Tl
The scan tool indicates Diagnostic Trouble Code (DTC) P1336; Intermiftent interruption in the Crankshaft Speed
Fluctuation (CKF) sensor circuit.
ThescantooIindicatesDiagnosticTroub|ecode{DTC)P1337:NosignaIinthecrankshaftspeedF|uctuation(cKF}
sensor circuit.
D6scription
Thediagnosticsystemhasapu|serrotoronthecrankshaftandapu|sepick-upsensorontheengineblock.TheEcM/PcM
monitors the crankshaft speed ftuctuation based on the cKF sensor signal, and judges that 8n engine misfire occurred if
the fluctuation goes beyond a predetermined limit'
I
fPrk6l
lFr3g7-l
CKF SENSOR 3P CONNECTOR
L:l.)l l.' -Ir-T--T---.]l1 l2l3llL-''---r
CKFM I I CKFP
twrfit 1,.^ | lsLul\.7
Terminal side of male terminals
CKF MIWHT}
CKF PIBLUI
I(cont'd)
- The MtL hds been reported on.- DTC P1336 and/or P1337 a.e
stored.
P.oblem v€rific.tion:1. Do the ECM/PCM Reset Proce-
dure.2. Stan the enginelntormittont lailur6, tY3tom b OK
at thit tima. Chock tor Poor con'
nactions or loota wito! at C102
IC-KF son$rl .nd ECt /PCM, and
mrka suro CKF tonaor mounting
boh ittigM.
Chock for .n open in tho CKF aen-
30t:1. Turn the ignition switch OFF
2. Disconnect the CKF sensor 3P
connector,3. Measure the resista nce
between the CKF sensor 3P
connector terminals No. 1 and
No.3.
ls there 1.6- 3.2 kO?
Ch€ck tor a short in the CKF son'
30tiCheck {or continuitY between
body ground and the CKF sensor
3P connector termin6ls No. 1 and
No.3 individuallY.
(To page 11 184)
1 1-183

tCrankshaft Speed Fluctuation (CKF) Sensor -
('99 - 00 Mociels except D16Y5 engine with M/T)
The scan tool indicates Diagnostic Trouble code (DTC) P1336: Intermittent interruption in the crankshaft speed
Fluctuation (CKF) sensor circuit
The scan tool indicates Diagnostic Trouble Code (DTC) P1337: No signal in the Crankshaft Speed Fluctuation (CKF)
sensor circuat,
Description
Thediagnosticsystemhasapulserrotoronthecrankshaftandapu|sepick-upsensorontheengineb|ock.TheEcM/PcM
monitors the crankshaft speed fluctuation based on the cKF sensor signal. and judges that an engine misfire occurred if
the fluctuation goes beyond a predetermined limit'
I
Ftu6l
tF13g7l
CKF SENSOR 3P CONNECTOR
r--r t|-.r-r'--]llll l2l3ll.l---'.-T_
CKFM I I CKFP
twHTl |/Ai i lBlul--\9-
Terminal side oI male terminals
CKF M(WHT)CKF P(BLU)
t(cont'd)
1 1-185
- The MIL has b€on reportad on.- DTC P1336 and/or P1337 are
stored.
Problem verification:1. Do the ECM/PCM Reset Proce'
dure.2. Start the enginelntermittcnt failuro, sydcm is OK
ai this time. Check lot Poor con_
noctions or loo3e wiros at C102
ICKF s€nsor) and ECM/FCM, and
make suro CKF sansor mounting
bolt b tight.
Check tor an open in the CKF sen_
1. Turn the ignition switch OFF
2. Disconnect the CKF sensor 3P
3. Measure the resistance
between the CKF sensor 3P
connector terminals No. 1 and
No.3.
ls there 1.6 3.2 kO?
Check for a short in ihe CKF sen_
sot:Check for continuity betweenbody ground and the CKF sensor
3P connector terminals No 1 and
No.3 individuallY.
(To page 11-186)

)
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

Power Steering Pump
Disassembly (cont'dl
2.
't.Drain the fluid from the pump.
Hold the steering pump in a vise with soft jaws,
hold the pulley with the special tool, and remove
the pulley nut and pulley.
CAUTION: Be careful not to damage the pump
housing with the iaws of the vise and extension bar.
UNIVERSAL HOLDER
Loosen the flow control valve cap with a hex wrench
and remove it.
4. Remove the O-ring, flow control valve and spring.
5. Remove the inlet joint and O-ring.
6. Remove the pump cover and pump cover seal.
7. Remove the outer side plate, pump cam ring, pump
rotor, pump vanes, side plate and O-rings.
8. Remove the snap ring, then remove the sub-valve
from the pump housing.
9. Remove the circlip, then remove the pump drive
shaft by tapping the shaft end with the plastic ham-
mer.
10. Remove the pump seal spacer and pump seal.
17-42
Inspection
Flow Control Valve:
1. Check the tlow control valve for wear. burrs, and
other damage to the edges of the grooves in the
vatve,
FLOWCONTROL VALVE
Check fordamage to edges.
Inspect the bore the flow control valve for scratches
or wear.
Slip the valve back in the pump, and check that it
moves in and out smoothly.
lf OK, go on step 4; if not, replace the pump as an
assembly. The flow control valve is not available
separately.
Attach a hose to the end of the valve as shown.
FLOW CONTROL VALVE TIOSE
4.

I
8.
9.
Assemble pump rotor to the pump cover with the" " " marks on the rotor facing down.
Set the 10 vanes in the grooves in the rotor.
NOTE: Be sure that the round ends ot the vanes are
in contact with the sliding surface of the cam ring.
Coat the O-ring with power steering fluid, and
install it into the grooves in the side plate.
Install the side plate on the cam ring by aligning the
roller set holes in the side plate with the rollers.
mm O-RING
ROLIIR SET HOTT
SET HOI.^E
0E
gn
10.
11.
r
E15.2 x 2,1Replace.
PUMP ROTOR
SIDE PLATE
ROI.I.ERSl,
't2.Coat the O-ring with power steering fluid. and posi
tion it into the pump housing.
Install the pump cover assembly in the pump hous-
tng.
FI.ANGE EOLTS20 N.m (2.0 kgf.m,14 tbf.ft)
PUMP COVERASSEMBLY
51 x 2.4 mmReplace.
Coat the flow control valve with power steerlng
fluid.
15. lnstall the flow control valve and spring on the
pump housing.
Coat the O-ring with power steering fluid, and
install it on the Jlow control valve cap.
Install the flow control valve cap on the pump hous-
't 4.
16.
17.
ing, and tighten it.
{cont'd)
17-45
FLOW CONTROLVALVE CAP49 N.m (5.0 kgj m,
36 tbf.ft)

Gompressor (SANDEN)
lllustrated Index
CENTER NUTReplace.
<-- ARMATURE PLATElnspection, page 22-33
SNAP RING BReplace.
ROTOR PULLEYInspection, page 22-33
SNAP RING AReplace.
FIELD COILlnspection, page 22-33
sHrM(s)Replace.
COMPRESSoR ](Do not disassembte ) ---------------->l
Replacement. page 22,36
THERMAL PROTECTORReplace.Inspection, page 22-33Replacement, page 22-36
tv
i-
22-32

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 {SANDEN)
Clutch Overhaul
1. Remove the center nut while holding the armatureplate with the tool.
CENTER NUT17.6 N.m {1.8 kg{.m,'t3 tbnft}
2. Remove the armature plate by pulling it up by hand.
ARMATURE PLATE
A/C CLUTCH HOLDER{Commerciallv aveilable)Robinair: P/N 10204Kent-Moore: P/N J37872
22-34
3. Remove snap ring B with snap ring pliers.
NOTE:
. Be careful not to damage the rotor pulley and
compressor during removal/installation.. Once snap ring B is removed, replace it with anew one.
A
\/
G::.
Remove the rotor pulley from the shaft with a puller
and the special tool.
NOTE: Place the claws of the puller on the back of
the rotor pulley, not on the belt area; otherwise the
rotor pulley can be damaged.
. r \:g2rl -/ /
.-!L;j'/
TWO JAW PULLER{Commercially

5. Remove the screw from the field coil ground termi-
nal, then disconnect the field coil connector.
Remove snap ring A with snap ring pliers, then
remove the field coil
NOTE:
. Be careful not to damage the field coil and com-
pressor during remove/installation.
. Once snap ring A is removed, replace it with a
new one.
. When installing the field coil, align the boss on
the field coil with the hole in the compressor.
SNAP RING AReplace.
Position the rotor pulley squarely over the field coil.
Press the rotor pulley onto the compressor boss
with the special tool. lf the rotor pulley does not
press on straight, remove it, and check the rotor
pulley and compressor boss for burrs or damage.
CAUTION: Maximum press load: 39,200 kPa
(,[00 kgf/cm', 5,590 Psi)
Press
THUB ASSEMBLYGUIDE ATTACHMENT07965 - 6920500
ROTORPULLEY
t'l
i,'
7. Assemble in the reverse order of disassembly
Make note of the following items.
. lnstall the field coil with the wire side facing down.
. Clean the rotor pulley and compressor sliding
surfaces with non-petroleum solvent.
. Make sure the snap rings are fully seated in the
groove.
. Make sure that the rotor pulley turns smoothly
after it's reassembled
. Route and clamp the wires properly or they can
be damaged bY the rotor Pulley.
22-35

Jlgnition Control Module (lCMl Input Test
NOTE:
. See section 1'l when the malfunction indicator lamp
(MlL) turned on.
. Perform an input test for the ignition control module
(lCM) after finishing the fundamental tests for the
ignition system and the fuel and emissions systems
1. Remove the distributor ignition (Dl) cap, the distrib-
utor ignition (Dl) rotor and the leak cover (TEC).
2. Disconnect the wires from the lCM.
HITACHI:
BLK/YEL
TEC:
Turn the ignition switch ON (ll). Check for voltage
between the BLK/YEL wire and body ground.
There should be battery voltage.
. lf there is no battery voltage, check the BLK/YEL
wire between the under-dash fuse/relay box and
rhe lcM.
. lf there is battery voltage, go to step 4.
Turn the ignition switch ON (ll). Check for voltage
between the wire*r and body ground
There should be battery voltage.
. lfthere is no battery voltage, check:
- the ignition coil.
- the wire*1 between the ignition coil and the
tcM.
. lf there is battery voltage, go to step 5
*1: BLU'wire (HITACHI)
WHT/BLU wire (TEC)
Disconnect the EcM/PCM connector A (32P). Check
for continuity on the YEUGRN wire between the
ECM/PCM and the lCM.
There should be continuity.
Check for continuity on the YEUGRN wire to body
ground.
There should be no continuity.
Check for continuity on the BLUl wire between the
test tachometer connector and the ICM
There should be continuitY.
Check for continuity on the BLUl wire to body ground.
There should be no continuity.
lf all the tests are normal, replace the ICM
7.
23-109