AE Esso Type LT 71141 Automatic Transmission Fluid Audi: P/N G 052 162 (-A1, -A2) BMW: P/N 83 22 9 407 807 Chevrolet: P/N 89021903 (Canada) Jaguar: P/N JLM 20238 Land Rover: Esso LT71141 Porsche: P/N 999 917 547 00 (A2) or P/N 000 043 205 09 (20 liter container) Suzuki: Esso LT71141 Volkswagen: P/N G 052 162 (-A1, -A2) AF2 DEXRON®-II Automatic Transmission Fluid AF3 DEXRON®-III Automatic Transmission Fluid BMW: Power steering use AF3; Models with combined power steering, hydraulic brake booster, self-leveling suspension system use SLF Mercedes-Benz: Use only manufacturer approved fluid AF6 DEXRON®-VI Automatic Transmission Fluid AP3 ATF+3® Automatic Transmission Fluid Chrysler, Dodge, Dodge Trucks, Eagle, Jeep and Plymouth: Mopar ATF+3® (Type 7176E) P/N 4798233 Read the rest of this entry »
Using Audi-specific radio removal keys, remove the radio from the dash by pulling toward you after the four locks have been disengaged. The radio fits very tightly into the opening even when the locks are released. Disconnect all plugs from the back of the factory radio, remove and set aside. MAKE SURE THAT YOUR RADIO IS NOT CODED OR THAT YOU HAVE THE CODE BEFORE
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Chrysler, one of the most dominant names during the early “Muscle Car” era, developed three basic series of engines which are still very popular in racing and performance today. Recently, the engineers at Chrysler added two versions of a new V-10. Both have become very popular. For our purposes we will refer to the 273-360 Small Block Chrysler engines as the “A” engine, the 383-440 Big Block standard head engines as the “B” engine, and don’t forget the ever popular Hemi. In these pages we have attempted to pass along some common “tips” learned during our many years of engine building, as well as the experiences of many of our customers. We will not attempt to cover all of the little things, only the more unique and aggravating trouble spots. If ever in doubt, there are many excellent reference manuals. (Mopar Performance) is one of the best. It goes into great detail about Chrysler engines.
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This kit will allow you to adapt a Chrysler 392 Hemi engine to all GM transmissions utilizing the Chevrolet bolt pattern. The use of this adapter kit will require a stock length torque converter. (A GM torque converter must be used with this adapter kit. It will not work with a Chrysler torque converter). Your Chrysler starter will bolt into place without any modifications. Reuse your OEM starter bolts.
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Machining Instructions:
NOTE: Stand position is determined upon valve length and rocker pivot length. Please refer to the chart below to determine the proper machining dimensions.
1) MEASURE VALVE TIP TO SPRING SEAT DIMENSION (DIM A) AND REFER TO “Z” COORDINATE (DIM B) ON CHART. MILL OEM ROCKER PEDISTALS DOWN FLUSH WITH THE TOP OF THE HEAD BOLT BOSS BETWEEN #1 & 3 INTAKE VALVE. THIS IS YOUR .000” Z HEIGHT. MILL REMAINDER OF ROCKER PEDISTAL TO COORDINATES LISTED UNDER DIM B.
2) SET THE “X” .000” TO THE CENTERLINE OF #3 & 5 EXHAUST VALVES. SET THE “Y” .000” TO THE CENTER OF THE FACTORY 3/8 SHAFT MOUNTING BOLTS ALREADY MACHINED IN THE HEAD.
3) DRILL AND TAP 9/16-12 X .750” DEEP AT “X” AND “Y” COORDINATES LISTED FOR VALVE LENGTH AND ROCKER BODY BEING USED. INSTALL SUPPLIED INSERTS INTO HEAD.
4) ATTACH ROCKER STAND USING SUPPLIED BOLTS AND TORQUE TO 45 FT/LBS.
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In 1993 Chrysler has improved security in their Double-Bitted locking system. All 1993 vehicles will utilize a new key groove (78 primary, 79 vallet), the change in key groove will initiate a keyway restricted vallet system and new J-Series codes. A seventh tumbler has been added to the ignitions.
To continue giving your customers the quality service their use to, the following should be noted when servicing the 1993 vehicles:
• Some new component parts have been added to the line, old component parts remain unchanged. (Tumblers, Caps, Shutters, Springs, Pawls, Shafts)
• New lock service packages will be required for 1993.
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In 1993 Chrysler has improved security in their Double-Bitted locking system. All 1993 vehicles will utilize a new key groove (78 primary, 79 vallet), the change in key groove will initiate a keyway restricted vallet system and new J-Series codes. A seventh tumbler has been added to the ignitions. To continue giving your customers the quality service their use to, the following should be noted when servicing the 1993 vehicles:
• Some new component parts have been added to the line, old component parts remain unchanged. (Tumblers, Caps, Shutters, Springs, Pawls, Shafts)
• New lock service packages will be required for 1993.
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The Edelbrock CH-6B intake manifold is designed for 440 c.i.d. Chrysler engines with 3 x 2-barrel carburetors. Manifold also fits 413 and 426 (wedge) c.i.d. engines. It is a stock replacement/street legal part for 1968-1971 440 V8 engines with OEM 3 x 2-barrel carburetors. This manifold was original equipment on Chrysler 440 Six-Pack engines (Chrysler #P04529056). Will not fit 1962-1964 Max-Wedge cylinder heads. EGR SYSTEMS: These manifolds will not accept stock EGR (exhaust gas recirculation) equipment. EGR systems are used on most 1972 and later model vehicles. Check local laws for requirements.
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The Chrysler OBD II Integrated ProcessorTM PN 5934 is designed to support dedicated or bi-fuel conversions to LPG or CNG of 1996-1997 Dodge Trucks and Vans (WITHOUT electric cooling fans) and Jeeps with 6 cyl. & V8. These include full size V-6,Dakota V-8 pickups and vans, along with V-10 pickups ( using optional extension harness PN 4133).
Note’s: 1) The PN 4126 Injector module is not required.
2) An OBD II compatible scanner is a required tool for these applications.
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31 Jan
Posted by admin as Chrysler
Instructions:
1. Remove the stock GM 245mm impeller hub by boring a 3.380″/3.385″ diameter hole on center in the stock GM 245mm impeller (see Figure 1).
2. Install the Sonnax CH-90CM-27 impeller hub from the outside. Weld around the OD of the impeller hub, making sure it is centered in the impeller. This weld must be leak-proof (see Figure 2).
3. Once the impeller hub is fitted, fixture the impeller assembly in the lathe. Turn the lip of the impeller so that it is 3.80″ from the end of the impeller hub. Then turn the OD down to 10.150″/10.145″ diameter, .40″ from the end (see Figure 3).
4. Install the adapter ring on the impeller assembly as shown in Figure 4 and weld around the OD of the impeller. This weld must be leak-proof.
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