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Edelbrock 6607 Installation Instructions
Edelbrock 6607 Installation Instructions

Edelbrock 6607 Installation Instructions

Tubular exhaust system for 1995-1998 toyota tacoma, 4-runner with 3.4l v6, auto & standard transmissions

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Please study these instructions carefully before installing your new Tubular Exhaust System (TES). If you have any
questions or problems, please contact our Technical Hotline at : 1-800-416-8628 from 7 am - 5pm, Monday-Friday,
Pacific Standard Time or e-mail us at edelbrock@edelbrock.com.
TUBULAR EXHAUST SYSTEM: This stainless steel Tubular Exhaust System header is designed to improve the exhaust
efficiency of the Toyota 3.4L V6 engine. A performance gain can be expected by the installation of the system. This
system does require welding for installation (see note below) and retains all O.E.M. emissions equipment. These
Tubular Exhaust Systems are street legal in all 50 states.
Suggested Tools Needed for Installation: This vehicle has some metric fasteners.
K Mig welder (recommended) or gas welder - Professional welding is highly recommended.
K 3/8" rachet socket with extensions and universal 10mm through 15mm swivel sockets
K Combination set of open-end wrenches, SAE and metric
K 14mm offset open-end wrench
K Jackstands, screwdrivers, pliers, crescent wrench, hacksaw, etc.
K Liquid penetrant, (GM #1052627) and anti-seize compound (GM #5613695)
SPECIAL NOTICE: This Edelbrock Tubular Exhaust System has received an Executive Order number (E.O.#) from the
California Air Resources Board (C.A.R.B.) making it legal for street use in all 50 states. To assist you with emission
equipment certification, we have included a silver fan shroud decal to help testing personnel verify the this part is a legal
replacement on the vehicle for which it is cataloged. The adhesive-backed decal should be affixed next to the existing
emission and engine specifications decal. Do not cover any part of your original emission decal.
WARNING: The use of "Thermal Wrap" or any aftermarket coating process will void the warranty on your Edelbrock
Tubular Exhaust Systems. Those products can cause excessive heat and moisture buildup resulting in corrosion and
failure of the system.
CAUTION: Due to higher underhood temperatures generated by TES, vehicles equipped with original spark plug wires
should have them replaced with high temperature plug wires for longer life.
NOTES:
1. The paint used on non-coated T.E.S. is for protection during shipping and storage and will burn off soon after the
engine is started. Those who desire a longer lasting finish should sandblast the T.E.S. to remove the original paint,
then apply high temperature header paint, such as VHT, available at most auto parts stores.
2. When cleaning any Edelbrock Pro-Tech coated TES, use only soap and warm water. The use of caustic solvents
(gunk, etc.) will mar or damage the Pro-Tech coating.
3. High temperature spark plug wires and boots are recommended to withstand heat from T.E.S.
Catalog #6607
©2003 Edelbrock Corporation
For 1995-1998 Toyota Tacoma, 4-Runner
with 3.4L V6, Auto & Standard Transmissions
Page 1 of 3
TUBULAR EXHAUST SYSTEM
Catalog #6607
INSTALLATION INSTRUCTION
Rev. 12/03

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Summary of Contents for Edelbrock 6607

  • Page 1 VHT, available at most auto parts stores. 2. When cleaning any Edelbrock Pro-Tech coated TES, use only soap and warm water. The use of caustic solvents (gunk, etc.) will mar or damage the Pro-Tech coating.
  • Page 2 NOTE: The lower center nut on the left side may require the use of an offset open-end wrench. Catalog #6607 ©2003 Edelbrock Corporation INSTALLATION INSTRUCTIONS 4. Use the 1/2” long spacer tube 8mm bolt and lock washer supplied to hold dipstick tube bracket to cylinder head, (Automatic transmission only).
  • Page 3 Split lock washer; 5/16” Split lock washers; 3/8” Hex bolt 8 x 1.25 x 35mm Flange connector U-Clamp; 2-1/4” Catalog #6607 ©2003 Edelbrock Corporation WELDING INSTRUCTIONS: After aligning Y-pipe assembly up with catalytic converter in stock location, bolt the catalytic converter flange supplied to the new Y-pipe flange, then weld flange to inlet.