Contents Wiring diagrams Section: Starter All sections

Starting System: Specifications Toyota 4Runner IV

Starter 3 illustrations

STARTER SPECIFICATIONS

ApplicationIn. (mm)
Brush Length
Standard.610 (15.5)
Minimum.394 (10)
Commutator
Diameter
Minimum1.142 (29)
Standard1.181 (30)
Runout.0020 (.05)
Undercut Depth
Standard.024 (.6)
Minimum.008 (.2)
Spring Load
Installed Minimum2.7 Lb. (1.2 Kg.)
Installed Standard4.0-5.3 Lb. (1.79-2.41 Kg.)

STARTER SPECIFICATIONS (1.4 Kw)

ApplicationIn (mm)
Brush Holder Length
Standard.354 (9.0)
Minimum.157 (4.0)
Commutator
Length
Standard.122 (3.1)
Maximum.150 (3.8)
Runout.002 (.05)
Snap Ring End Gap.197 (5.0)

STARTER SPECIFICATIONS (1.6 Kw)

ApplicationIn. (mm)
Brush Length
Standard.591 (15)
Minimum.354 (9)
Commutator
Diameter
Minimum1.339 (34)
Standard1.378 (35)
Runout.0020 (.05)
Undercut Depth
Standard.028 (.7)
Minimum.008 (.2)
Shunt Coil Resistance1.5-1.9ohm at (68° F) (20° C)
Spring Load
Installed Minimum2.7 Lb. (1.2 Kg.)
Installed Standard4.8-6.2 Lb. (2.2-2.8 Kg.)

STARTER SPECIFICATIONS (2 Kw)

TORQUE SPECIFICATIONS

ApplicationFt. Lbs. (N.m)
Engine Under Cover Bolts21 (29)
Intake Manifold Assembly
Bolts13 (18)
Nuts13 (18)
Manifold Stay Bolts30 (40)
Starter Mounting Bolts
V627 (37)
V829(39)
Water Bypass
Joint Nuts13 (18)
Pipe Bolt13 (18)
Yoke Bolts27 (36)
INCH Lbs. (N.m)
End Cover Bolts
1.4 Kw13 (1.5)
1.6 Kw53 (6)
2.0 Kw34 (3.8)
Starter Through Bolts
1.4 Kw52 (5.9)
1.6 Kw53 (6)
2 Kw82 (9.3)
Magnetic Switch
Terminal No. 30 Nut87 (9.8)
Terminal "C" Nut
1.4 Kw52 (5.9)
1.6 Kw88 (10)
2 Kw52 (5.9)
Screws
1.4 Kw52 (5.9)
1.6 Kw66 (7.5)
2 Kw82 (9.3)
Wire Harness Nut115 (13)
(1) Unlisted Torque Specifications: manufacturer does not provide a torque specification for all bolts and nuts in each procedure. To determine proper torque specification, use the graphic charts. To determine class of bolt (Scheme 1) To determine torque specification for class of bolt by size (Scheme 2) To determine class of nut (Scheme 3)
(1)Unlisted Torque Specifications: manufacturer does not provide a torque specification for all bolts and nuts in each procedure. To determine proper torque specification, use the graphic charts. To determine class of bolt (Scheme 1) To determine torque specification for class of bolt by size (Scheme 2) To determine class of nut (Scheme 3)

TORQUE SPECIFICATIONS

Scheme 1

Scheme 1

Scheme 2

Scheme 2

Scheme 3

Scheme 3