1992 MAZDA 323 torque

CONVENTIONAL BRAKE SYSTEM P
WlfH ABS
1 f3EOPX-3 I 7
I* 44 44’
/
13EOPX-318
MASTER CYLINDER PRESSURE kPa f kgffcm2, psi 1
16AOPX-m 0
PRUPORTIONING VALVE
Inspection
1. Connect the SST to the brake pipes with adapters as shown
in the figure.
Adapter and flare nut tightening torque:
12.8-21.5 Nsm f 130-220 kgfcm, I 134 90 inlbf 1
Note
l Disconnect and connect the brake pipes with SST.
2. Bleed the air from the brake system.
3. Depress the brake pedal until the master cylinder pressure
equals A; then record rear brake pressure A’.
4. Depress the brake pedal again, apply additional pressure
until the pressure equals B; then record pressure B’.
Fluid pressure
kPa { kgVcm2, psi]
A
A’ 8
8’
WITHOUT 1960
1960
ABS 120, 284 (20,284] 5880
1 al96 12, 28)
(60, 853) 2750 (28, 3881
*I96 12,281
WITH ABS $;;4 1960 f 20,284) 5880
1 *196 12,261 160, 853 3140 {32, 455)
1
*294 [3,42)
-,
--.
. p-g.’

CONVENTIONAL BRAKE SYSTEM P
13EOPX-324
I %EOPX-071
Disassembly note
Piston
Caution
l Blow the compressed air slowly to prevent the pis-
ton from popping out.
I. Place a piece of wood in the caliper.
2. Blow compressed air through the pipe hole to force the pis-
ton out of the caLper.
Piston seal
Remove the piston seal from the caliper by using the SST.
I
Bleeder screw
Loosen the bleeder screw by using the SST.
Assembly note
Bleeder screw
Tightening the bteeder screw by using the SST.
Tightening torque:
5.9-8.8 Nom (60-90 kgfcm, 53-78 in&f ]

CONVENTfONAt BRAKE SYSTEM
13EOPX-33C
16EOPX-7 16
1
3
J
13EOPX 331
Disassembly note
Piston
Remove the piston with the SST.
Note
l The piston is removed by turning the SST counter-
clockwise.
Piston seal
Remove the piston seal with the SST.
Needle bearing
1. Secure the catiper in a vise.
Caution
l Do not remove the needle bearing if not necessary.
l Insert a soft, protective material (such as copper
ptates) in the jaws of the vise.
2. Remove the needle bearing from the caliper with the SST.
Bleeder screw
Loosen the bleeder screw by using the SST.
Assembly note
Bleeder screw
Tighten the bleed screw by using the SST.
Tightening torque:
5.9-8.8 Narn f 60-90 kgfcm, 53.-78 in4bf )
.
c
P-1 8

TD
TECHNICAL DATA
ENGtNE ..................................................
TD- 2
LUBRICATlON SYSTEM ...........................
TD- 4
COOLING SYSTEM ..................................
TD- 5
FUEt AND EMISSION CONTROL
SYSTEMS
.............................................
TD- 6
ENGINE ELECTRICAL SYSTEM
................ TD- 7
CLUTCH .................................................
TD- 7
MANUAL TRANSAXLE AND TRANSFER
.... TD- 8
PROPELLER SHAFT
................................
TD-l 0
FRONT AND
REAR AXLES ....................... TD-lU
STEERING SYSTEM ................................
TD-11
BRAKING SYSTEM
..................................
TD-11
WHEELS AND TIRES
...............................
TD-12
SUSPENSION
......................................... TD-13
BODY ELECTRICAL SYSTEM
................... TD-14
STANDARD BOLT AND NUT TIGHTENING.
TORQUE ..............................................
TD-f 4
13ETOX-301
I
m I

TECHNNlCAL DATA TD
STEERlNG SYSTEM
item
Steering wheel
Outer diameter
mm (in]
Free play
mm [in]
Operation force N [kgf, Ibf]
Lock-to-lock
Steering gear
TYF
Steerrng gear ratio
Backlash between rack and pinion
mm Iin] 1
N-m { kgfcm, inlbf ]
PInion Reload measured by torque wrench
preload
kgf ( ibf )
Preload measured by pull scale with attachment
Distance between left and right brackets
mm Iin]
Rack stroke mm {ini
Lubricant type
Oil capacity L (US qt, imp qt]
Dfive belt
I
Deflection with force of 98 N { 10 kgf, 22 Ibf 1 mm [in) Specifications
370 { 14.57)
O-30 [O-l .16)
29 13.0, 6.6) or less
2.51
Rack and pinjon
Infinite too)
0 101
l.O--.I.3 (10-14, 8.?-12.1)
1.0-1.4 (2.2-3.08)
258 (10.16)
121 (4.76)
ATF Dexron@II or M-III
0.8 (0.85, 0.70)
New
belt: 8-9 [0.31-0.351
Used belt: Q---t0 [ 0.35-0.39 1
BRAKlNG SYSTEM
Brake type Item ‘WIthout A8S With ABS
. Front . . . . . djsc, Rear . . . . . dtsc
Brake pedal
Heiaht mm linl i 203-206 f 7.99-8.7 1 I
Free play mm {in]
Reserve travel
Clearance when pedal depressed at 5& N 160 kgf, G? I’dl;’ 4-7 !0.16--0.281 12-15 [0.47-0.591
70 (2.76) min 60 (2.36) min
l t Master cylinder t
Master cylinder
Front disc brake . Type
Bore diameter mm {inj 25.4 11 .UO ] Tandem
t 23.8 (0.94 ]
- .-~
Type Ventilated
Thickness of pad mm [in) Standard 10 10.39)
Minimum 2 fO.08)
Thickness of disc plate
mm [in] Standard 24 10.94)
Minimum - 22 to.791
Runout of disc plate mm fin] 0.1 ~0.004]
Cylinder bore mm (ini 57.2 (2.25 ]
Rear brake (disc) b
r Type I
Solid
Thickness of pad mm (In] Standard 8.0 (0.311
Minimum 1 10.04)
Thickness of disc plate mm [in] r Standard 10 [0.39]
Minimum 8 {0.31)
Runout of drsc ‘plate mm (iti)
0.1 (0.004]
Cylrnder bore mm {in]
34.9 II.371
Parking brake
_ Type Mechanicaj twerear-wheel control
Parking brake lever notches
When lever is pulted at 98N [‘lo kgf, 22 tbf I 5-7

TD TECHNlCAt DATA -
BODY EtECTRtCAL SYSTEM
ttem
Headlight
Front fog light
Front turn signat light
Parking light
Front side turn light
StocYlailliaht Specifications (w)
ECE
I Swiss
60155
55
21
5
5
2115
Exterior tamps
Taillight &8) 5
Rear turn single tight 21
Back-up light
21
License plate light
5
Flash-to-pass light 55 (Austrra)
I -
Running Ilght
55 (Sweden, Norway, Iceland)
Rear fog light 21
Interior and spot lamp Interior 10
Spot 6
Interior Iamps
Interior lamp 10
Spot tamp (in overhead console) 8
Cargo compartment lamp
5
High beam
3.4
Turn light
3.4
Brake 3
Hold 3
Charge 3
011 pressure 3 -.
lndcator and n Washer 3
warning Iamps TUF~O 3
Fuel
1 3
Rear fog
I
! 3
1
ABS
Parktng brake
Illumination I 3
3 .
3.4
Rear
Cliff. lock f 3
3 I STANDARD BOLT AND NUT TIGHTENING TORQUE
! Diameter Pkh I 41
8T f&lb N-m I 81 mm {tn] mm fin] N-m 1 m-kg
dsf Wtb 1 Nm
mkg ft4b 6 IO.2361 1 {0.039] 4.2-6.2 /0.43-O-63 3.1-4.6
6.9-9.8 0.7-1.0 5.0-7.2 7.8-11.8 O-8-1.2 5.8-8.8
8 IO.3151 1.25 (0.049) 9.8-14.7 1 1.0-1.5 7.2-10.8 16-23 1 1.6-2.3 12-17 18-26 1.8-2.7 13-20
10 IO.3941
It.25 10.04911 20-28 1 2.0-2.9 1 14-21 31-46 1 3.2-4.7
23-34 36-54 3.7-5.5 27-40
I r
12 IO.4721
1.5 lO.OSSj 34-50 3.5-5-l 25-37 1 55-80
5.6-8.2 41-59 63-93 6.4-9.5 46-69
14 {0.551] 1.5 IO.059) - - - 75-103 7.7-10.5 56-76 102-137 lo-14 75-101
16 #0.630] 1.5 {O.OSSl - -
- f16-157 12-16 85-116 156-211 16-22 115-156
t8 (0.709) 1.5 [0.059] - - - 167-225 17-23
123-166 221-299 23-31 163-221
20 IO.7871 I,5 {0.059]
- - - 231-314 24-32 171-231 308-417 31-43
227-307
22 (0.866) 1.5 IO.0591
- 1 - - 334-423 32-43 231-312 417-564 43-58
' 307-416
24 10.945) 1.5 10.059) - 1
- - 1475-5461 41-56 298-403 1536-7261 55-74
396-536
c)
c) I
-.
c’
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4