From: Subject: T. I. Specialty - 1962 Through 1972 Tach Drive Distributor Restoration by Dave Fiedler Date: Sun, 10 Jan 2010 10:13:10 -0500 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01CA91DD.82C06FD0" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5579 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01CA91DD.82C06FD0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.masacc.org/Documents/T_%20I_%20Specialty%20-%201962%20Through%201972%20Tach%20Drive%20Distributor%20Restoration%20by%20Dave%20Fiedler.htm T. I. Specialty - 1962 Through 1972 Tach Drive = Distributor Restoration by Dave Fiedler

We = Found this=20 article on Dave Fiedler's web site and reproduce it here with his = permission.=20 Dave is the owner of  T.I.=20 Specialty located at 1631 Pheasant Run, Richmond, Indiana = 47374.  His=20 phone is (765) 962-4265 during the hours of 10 AM = to 6 PM=20 EST.  He can be reached via Email: info@tispecialty.com. = (Editor)

1962=20 THROUGH 1972 TACH DRIVE DISTRIBUTOR RESTORATION

By Dave = Fiedler

This article covers both Transistor Ignition and = points style=20 Corvette distributors from 1962 to 1972. Fuel Injection distributors are = not=20 specifically addressed; however, many items will apply to these = distributors as=20 well. My definition of restoration is to bring a distributor back = to its=20 original appearance and function by reconditioning the original parts, = replacing=20 parts only when absolutely necessary, and using the correct parts for=20 replacement. It is not a process of gutting the distributor of all its = original=20 Delco components, substituting =93will-fit=94 reproduction or = aftermarket parts and=20 then calling it restored =96 a distributor must function properly to be = called=20 restored. True restoration takes time, experience, patience and=20 resourcefulness.

A general misconception is that distributors are = sealed for=20 life devices that never need attention with the exception of changing = points,=20 condensers, caps and rotors. This misunderstanding may stem from the GM = service=20 manuals which state that distributors have =93permanent type lubrication = and no=20 periodic maintenance is required=94. However the manuals do not = adequately address=20 long term wear issues, which leads into the first steps of restoring a = tach=20 drive distributor.

 

Disassemble, Clean &=20 Inspect

After the distributor is completely disassembled = and cleaned=20 with a solvent degreaser, then each part can be inspected for wear = problems.=20 Areas of typical wear and the solution are as follows:

  1. Main shaft gear and tach drive gear- The most common = problem=20 is sheared gear teeth on both parts. This is usually accompanied by = excessive=20 tach drive gear end clearance (also see items C = & F). =

Solution:  If the main shaft = and tach=20 drive gears are sheared then replacement is the only solution. When the = main=20 shaft is replaced it is extremely important to use a shaft that has the = same cam=20 brazed onto the end. GM used (38) different main shaft cams in tach = drive=20 distributors from 1962 to 1972.This cam is fundamental to the = centrifugal=20 advance curve because it determines the shape of the curve as well as=20 controlling other functional characteristics (see article =93All TI=20 Distributors Are Not Equivalent=94 THE CORVETTE RESTORER Vol. = Twenty-One,=20 Number One, Summer 1994). If an identical main shaft cannot be found, = the=20 original cam should be removed and brazed onto a good shaft. One should = be=20 careful to orient the cam in the same angular position (with respect to = the roll=20 pin hole) as it was on the original main shaft. Caution: It is possible = that=20 substituting a main shaft with a different cam will have a detrimental = effect on=20 the performance of the vehicle.

  1. Main shaft and lower bearing- The bearing is usually = worn to=20 an oval shape due to the side thrust produced by the drive (cam) gear. = When=20 wear is present the bearing will have circumferential grooves that are = mirrored in the main shaft.

Solution:  Main shaft wear is usually = restricted to the area in contact with the lower bearing. Minor = circumferential=20 grooves can be removed from the main shaft by using fine grit abrasive = tape and=20 a lathe or similar means to rotate the shaft while polishing. An = original main=20 shaft is .489=94 in diameter- this diameter should not be reduced during = polishing=20 by any more than .001=94 in the area of the bearings. If the main shaft = is heavily=20 scored, then it will be necessary to replace it (see Solution = A.) For=20 bearing replacement, the lower bearing can be driven from the housing = with a=20 suitable drift. The housing should be measured to determine what size of = bearing=20 is needed. Delco machined the housings anywhere from .639=94 to .645=94 = in diameter.=20 A bearing with an outside diameter of .002=94 greater than the housing = bore should=20 be pressed into place and then reamed to the proper clearance- .0005=94 = to .002=94=20 larger than the main shaft diameter. Bearing material should be bearing = bronze=20 not Oilite, brass or silicon bronze. Note: Upper bearings have not been=20 mentioned because they generally see very little wear since there are no = side=20 forces acting on them. If an upper bearing needs to be replaced follow = the same=20 procedure outlined for the lower bearing.

  1. Distributor housing where tach drive gear contacts the = inside=20 surface- The tach drive gear is heat-treated steel, which makes it = very hard,=20 unlike the cast iron housing which is relatively soft. Due to marginal = lubrication and the thrust load produced from two mating gears (which = is in=20 the direction of the housing) the hardened tach gear bores a hole into = the=20 soft housing creating excessive end clearance. Note, for mid-1970 and = newer=20 distributors, including service distributors, Delco addressed this = problem by=20 making a minor change to the housing. The fix was a nylon button that = was=20 added in such a way that the tach gear would bear against it. This = redesign is=20 easily detected since it is accompanied by a thru hole in the housing = that is=20 necessary to locate the nylon button.

Solution:  Although there are many = ways to=20 repair this problem, most of the solutions destroy the originality of = the=20 housing. One method that preserves the originality involves the use of a = custom-made spacer that is attached to the end of the tach gear. The = procedure=20 goes as follows: The distributor housing is set up in a Bridgeport-type = mill so=20 that the tach drive cavity worn area is perpendicular to the axis of the = tach=20 drive gear. The damaged area is then milled to produce an unblemished = bearing=20 surface. Next the tach gear, washer and coupling are installed in the = housing=20 and the distance between the end of the tach gear and the new surface = that was=20 generated is determined. The last step is to custom make a spacer from = bearing=20 bronze to a thickness that will allow .010=94 endplay in the tach drive = gear.=20 Since this spacer is held in place by the tach gear, a hole must be = drilled in=20 the end of the gear so that a protrusion on the spacer can be pressed = into the=20 gear.

  1. Advance weights/main shaft cam interface- this = fretting type=20 wear is caused by almost constant relative motion between these two = parts and=20 is aggravated by a lack of lubrication. The wear, if present, will be = visible=20 as indentations at the points of contact.

Solution:  Since the main shaft cam = is so=20 important, as previously discussed, every effort should be taken to = restore the=20 original cam. Shallow indentations can usually be removed by using a die = grinder=20 with a fine grit wheel to uniformly remove material while maintaining = the=20 original contour. The surface should then be polished with a sanding = roll.=20 Advance weight contact point indentations can also be ground smooth, = however if=20 much stock removal is required (which would alter the geometry of the = weight)=20 the result would be a change in the advance curve. If that is the case, = the=20 advance weights will have to be replaced using the correct style (four = different=20 part numbers were used. )

  1. End=20 of distributor housing where the driven gear shim contacts cast iron = surface-=20 For various reasons this surface is sometimes scored and worn in an = irregular=20 pattern. A poor bearing surface at this location can usually be seen = by=20 looking at the shims that mate with the housing. The shims will show=20 non-uniform contact.

Solution:  When this surface is = scored or worn=20 unevenly, the only solution is to machine the housing (using a lathe) in = order=20 it to get a good bearing surface.

  1. Main shaft centerline to tach drive gear centerline = problem- This=20 is not a wear problem, but it is a condition that exists in an = estimated ten=20 percent of tach drive distributor housings. The problem is that the=20 centerlines were machined too closely by Delco, causing abnormal wear = between=20 the main shaft gear and the tach drive gear. Deformed or sheared teeth = on both=20 gears can be a result of this problem. Assuming the upper and lower = bearings=20 are within specification, it is best identified by installing a new = main=20 shaft, coupling and tach drive gear into the housing and then rotating = the=20 main shaft to check for binding. The main shaft should turn freely in = both=20 directions.

Solution:=20  If the centerline = spacing is=20 marginally out of specification, select fit of parts (coupling, tach = gear and=20 main shaft) may solve the problem. Otherwise, the only solution is to = have the=20 housing machined correctly. Since the position of the tach gear is = already=20 determined, or at least very difficult to change, the only option is to = shift=20 the main shaft centerline. This has to be done by a very competent = machine shop=20 that can jig bore the bearing bores in the housing to the specified = center to=20 center distance of .425=94. Oversized bearings (on the outside diameter) = will have=20 to be made to fit the bores. Ream the I.D. of the bearings as in Solution = B.  This procedure is very = tedious and=20 would significantly add to the cost of a restoration. =

G.  Bearing misalignment- This = is a=20 condition where the upper and lower bearings are not on the same=20 centerline.  This = condition can be=20 detected by slowly sliding a new main shaft through a good top bearing = and=20 into the lower bearing.  = If there=20 is misalignment you can feel the shaft hit the edge of the lower = bearing and=20 when fully inserted the shaft will not turn freely.

Solution:  The housing will have to = be jig=20 bored in a fashion similar to Solution = F;=20 only this time the objective is to correct the alignment of the = bearing bores=20 while maintaining the correct tach gear to main shaft centerline=20 distance.  Again very = tedious.

  1. Vacuum controls- This is not an obvious wear issue, = but it is=20 what you cannot see that could create a   problem. The rubber = diaphragm=20 inside the crimped housing develops tears that will cause the control = to not=20 actuate and it will also allow air to enter the engine (vacuum leak.) = For this=20 reason, old vacuum controls do not tend to be very reliable and they = are=20 usually not cosmetically attractive.

Solution:  Replacing vacuum controls = presents a=20 dilemma, as GM/Delco stopped making vacuum controls in 1994. An outside = source=20 currently makes all the controls and they are packaged under the Delco = name.=20 Unfortunately, these controls do not look like and are not numbered like = the=20 originals. Originals were stamped with the last three digits of the = seven digit=20 GM part number. These three digits were followed by another number that=20 indicated the total amount of advance the control would provide. Current = controls are stamped with a B followed by a number that has no = functional=20 significance. Some reproduction controls are available which look very = similar=20 to the originals, but they miss the target on function. Best advise- = look for=20 N.O.S. vacuum controls.

I.       =20 Weight base/cam (on point-style distributors)- Inspect the cam = for wear=20 caused by the rubbing block on the points pivot arm.

Solution:  Minor score marks can be = removed from=20 the cam by using a 3M Scotch-Brite deburring wheel or equivalent = abrasive.=20 Replace the weight base/cam if the score marks cannot be removed or if = the cam=20 lobes are worn below .987=94 diametric reading from peak to peak. Note: = If this=20 part needs to be replaced use an identical part- check and compare the = three=20 digit stamped-in code number. Ten different part number weight base/cams = were=20 used.

Cosmetic Restoration=20

After all parts are repaired or replaced and = everything is=20 functionally correct (a trial fit of parts is a good idea at this = point), the=20 cosmetic segment of restoration can begin. The housing usually requires = the=20 greatest amount of attention. After thorough solvent cleaning, the = housing may=20 have some paint left on it as well as some rust. Media blasting with = glass beads=20 is probably the best means to prepare the housing for painting. Care = should be=20 taken not to let any glass beads come in contact with the bearings or = other=20 internal surfaces. Broken down glass beads are difficult to remove from = this=20 area and they are abrasive in nature. Remnants of glass beads will = quickly=20 destroy not only the bearings, but also the main shaft. After = preparation, the=20 housing should be masked (no paint on the portion that goes in the = engine) and=20 painted with a semi gloss black. After cleaning, other distributor = components=20 can be carefully media blasted, cleaned again and then be either treated = with a=20 rust inhibitor or replated, whichever was original for that particular=20 part.

Assembly=20

When everything is cleaned, painted and plated to=20 satisfaction, the distributor is ready for assembly as follows:

  1. Repack the upper oil well (cavity surrounding upper = bearing)=20 with an oil absorbent material; a folded 3=94x 3=94 piece of gauze is = suitable.=20 Saturate the packing with oil (20wt. non-detergent motor oil is = preferred).=20 Note: Due to contamination, I do not attempt to use the saw dust like = material=20 that was originally packed in the well.=20
  2. Install a new plastic seal (still available from GM = under part=20 number 1950569 for 10-pack) in the counterbore above the oil well and = then=20 position the felt washer on top of the seal. Saturate the felt with = 20wt. oil.=20
  3. Install the nylon button in the housing for the tach = drive=20 gear (mid 1970 and later housings) as well as the nylon buttons (first = used in=20 1967 to provide improved wear pads for the weights) on the weight = base/cam=20 (rotating pole piece on TI).=20
  4. Install the vacuum control.=20
  5. Install the lead out wire and grommet before = locating breaker=20 plate with new points and condenser. With TI distributors the brass = washer and=20 stationary pole piece assembly are located over the upper bearing = instead.=20 Secure either of these parts with the original retaining ring. Note: = When=20 working on point-style distributors, pay attention to the ground wire = that is=20 crimped to the breaker plate, because these wires can break at the = crimp=20 causing a loss of ground (repair as needed.)=20
  6. Next, install the stop bushing and retaining clip = onto the pin=20 located on the underside of the main shaft cam. The weight = base/cam  (rotating pole piece on TI) = can then=20 be positioned onto the main shaft using a high quality grease to fill = the two=20 grooves (on the shaft) that the weight base will slide over.=20
  7. With a generous amount of lubricant (20wt. oil = again) on the=20 main shaft and bearings, insert main shaft into housing.=20
  8. The=20 driven gear is then slid onto the main shaft and shims/thrust washers = are=20 added (.030=94 shims are available under GM part number 1837617) as = necessary to=20 provide approximately .010=94 endplay. When the endplay is correct, a = new roll=20 pin can be driven into place. Note: When correctly installed, the = dimple on=20 the driven gear will line up with the brass tip on the rotor.=20
  9. Install the weights and springs using a lubricant at = weight=20 pivot points and between weight tips and main shaft cam.=20
  10. The=20 last assembly step is to install the tach drive gear and coupling, = again using=20 a high quality grease to lubricate the gears. Make sure the hardened = washer is=20 located between the gear and the coupling.

Testing

For a restoration to be complete, the distributor = should be=20 inspected using a distributor machine. Several functional = characteristics can be=20 checked with this equipment, but the most important one is the = centrifugal=20 advance curve. GM published advance specifications using three, and = sometimes=20 four, data points (advance @ a given rpm) to establish a curve. It may = take some=20 time and a selection of advance springs, but if the internal parts (main = shaft=20 cam, stop bushing, weight base/cam or rotating pole piece and advance = weights)=20 are correct, then the advance curve should meet the specifications. Each = distributor part number (53 different part numbers used from 1962 to = 1972) has=20 specific internal components that work in combination to produce a = centrifugal=20 advance curve that is optimum for that application. It is this advance = curve=20 that helps generate maximum horsepower throughout the rpm range.=20

One=20 final word on centrifugal advance curves: Experience has taught me that = if an=20 engine is stock and the car is street driven, then the original advance = curve=20 works best, period!

Dave=20 Fiedler
Owner, T.I. = Specialty
1631 Pheasant=20 Run
Richmond, Indiana 47374
Phone: 1(765) 962-4265
Hours:=20 10 AM to 6 PM EST
Email: info@tispecialty.com

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