Billet Specialties Tru Trac Serpentine System - LS (Top Mount) User Manual
Page 2

www.billetspecialties.com • Tech Line 708.588.0505
2
LSx Top Mount Tru Trac - 13455 / 13475
3
Required Tools & Materials
Anti-seize Compound
LocTite 272 Thread Locker
1/2" Drive Impact Wrench
Torque Wrench Capable of 250ft/lbs.
PLEASE READ ALL INSTRUCTIONS BEFORE INSTALLING ANY
COMPONENTS OF THE TRU TRAC SERPENTINE SYSTEM
Socket Wrench & Extension
1/2" Drive Breaker Bar
10mm 12pt. Socket
12mm 12pt. Socket
1-1/16" 12pt. Socket
3/8”
12pt. Socket
5/8"
Hex Socket (1/2" Drive)
24mm Hex Socket (1/2" Drive)
1/2” Combination Wrench
3/4” Combination Wrench
Tech Line: 708.588.0505
Fax: 708.588.7181
www.billetspecialties.com
TECH TIP:
Billet Specialties recommends the use of Anti-Seize on all fasteners
to prevent thread lock-up.
1/4” Hex Key
3/16” Hex Key
5/16” Hex Key
5mm Hex Key
6mm Hex Key
8mm Hex Key
Important:
Thoroughly read the instructions, the removal and installation of the damper requires
special tools, if after reading the instructions and you feel you may not be able to
install the damper correctly Billet Specialties recommends you to have a professional
mechanic perform the installation.
Damper Installation Tools
GM Part Number Description
J-41816
Crankshaft balancer remover or similar
J41816-2
Crankshaft balancer remover step plate
J-42386-A
Flywheel holding tool
J-41665
Crankshaft balancer and sprocket installer
J-41478
Crankshaft front oil seal installer
J-45059
Angle Meter
Included Serpentine Belt
With P/S
Goodyear
6-Rib Poly-V Serpentine
Length: 63.0"
#4060630
Without P/S
Goodyear
6-Rib Poly-V Serpentine
Length: 61.0"
#4060610
Packaged With Power Steering Pump
Packaged With Water Pump
10mm-1.50 x 25mm Set Screw
1.425" Stand-Off
8mm-1.25 x 92mm Block Mounting Stud
8mm-1.25
Hex Nut
Discard After Use
8mm-1.25 x 118mm Block Mounting Stud
8mm-1.25 x 95mm Socket Head Cap Screw
10mm-1.50 x 20mm Socket Head Cap Screw
5/16-18 x 2-3/4" Socket Head Cap Screw
5/16"
Lock Washer
x3
x3
x3
x2
x2
x1
x3
x2
x2
1.103" Stand-Off
1.035" Stand-Off
x2
x3