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STREET DUAL TROUBLESHOOTING GUIDE
INSTALLATION PROCEDURES - REVIEW COMPLETELY
1 With the flywheel installed, make sure the stands and shims are on the studs just as received.
2 Install the bottom disc and support it with a clutch alignment tool.
3 Slide the floater plate onto the stands and install the strap bolts.
4 Make sure the strap holes align without forcing the bolts in the holes, or the floater may bind
5 Check the floater plate for freedom of movement and that the straps slide freely on the retaining bolts without binding.  There should be no drag on the floater and the stand cutouts should be centered on the stands.
6 Remove the alignment tool and install the top disc, reinserting the tool to align both discs.
7 Install the cover in the marked clock position.  Install the cover nuts and torque to proper specification (30 ft/lbs steel stands, 25 ft/lbs composite stands.  Wiggling' the alignment tool top to bottom and side to side as you initially tighten the cover will help keep the discs centered properly.
IMPORTANT!  OVERTORQUING THE COVER NUTS WILL DISTORT THE COMPOSITE STANDS AND CAUSE THEM TO 'SPREAD', WHICH WILL LOCK UP THE FLOATER PLATE AND CAUSE NO RELEASE.
8 Support the transmission/torque tube so the input shaft slides into place.  Excessive rocking of the transmission WILL bend the discs and cause non-release.
PROBLEM SOLVING
NO RELEASE OR CLUTCH DRAGGING, GRINDING WHEN SHIFTING INTO GEARS
GENERAL
1 Insure that the cover clocking position is correct.  For the RTrack clutch Straps on the pressure plate should be staggered from the straps on the floater plate. For the Force 10.5 and Force 9.5 they should be one above the other.
2 If using composite stands, insure that the cover nuts are not overtorqued.  This can distort or 'bulge' the stands. 
3 Floater plate straps bent or binding on retaining bolts.  The floater plate must move freely on these bolts before installing the cover.
4 Clutch disc(s) bent or distorted from installing transmission/torque tube.
5 Release system travel may be inadequate.  See vehicle specific notes on this.
6 If none of these situations are present, remove the unit from the vehicle.  Assemble it on the bench and torque cover nuts to spec.  Using a press, check the release travel of the clutch levers (.400-.500").  At this travel point, you should be able to see light between the top disc and the pressure ring, and you should be able to move the floater plate up and down freely.
VEHICLE SPECIFIC
LSx EQUIPPED FACTORY HYDRAULIC RELEASE SYSTEMS
1 Proper installed preload position of the hydraulic release bearing is critical to clutch operation.
2 For front mounted transmission applications:
Measure from the mounting face of the transmission to the face of the release bearing in its extended position.  Write down this number 'a'.
Measure from the bellhousing face (trans side) down the the clutch fingers.  Write down this number 'b'.
Subtract dimension 'b' from dimension 'a'.  The difference is the pre-load position of the bearing.  Your target number is min. .500", max .700".
3 For rear mounted transmission applications:
Measure from the mounting face of the torque tube to the face of the release bearing in its extended position.  Write down this number 'a'.
Measure from the bellhousing face (trans side) down the the clutch fingers.  Write down this number 'b'.
Subtract dimension 'b' from dimension 'a'.  The difference is the pre-load position of the bearing.  Your target number is min. .500", max .700".
4 Check condition of the hydraulic fluid.  Is it discolored or does it smell burned?  Discolored or smelly fluid indicates a heating of the hydraulic lines possibly from headers or other undercar heat.  Properly insulate these lines, flush fluid, and replace.

5

For a bearing setup diagram, click here.
CABLE OPERATED FORD RELEASE SYSTEMS
1 Proper setup height for the release fork is critical to clutch operation.
2 An adjustable pivot ball should be used to set this height. (Lakewood pn 155502)
3 Adjust the pivot position so that the fork and bearing are positioned as close to the clutch assembly as possible, without the fork hitting the cover.  Make sure you have a minimum of 1/4 inch bearing clearance with the fork at rest.
4 Cable release mechanisms are prone to firewall flex in Mustangs.  Check for flex by having someone activate the clutch pedal while you watch and feel the firewall for any movement.
5 A high ramp rate quadrant is recommended for the RAM Street Dual, such as UPR's triple hook model.
HYDRAULIC OPERATED FORD RELEASE SYSTEMS
1 Proper installed preload position of the hydraulic release bearing is critical to clutch operation.
2 For front mounted transmission applications:
Measure from the mounting face of the transmission to the face of the release bearing in its extended position.  Write down this number 'a'.
Measure from the bellhousing face (trans side) down the the clutch fingers.  Write down this number 'b'.
Subtract dimension 'b' from dimension 'a'.  The difference is the pre-load position of the bearing.  Your target number is min. .500", max .700".
3 Check condition of the hydraulic fluid.  Is it discolored or does it smell burned?  Discolored or smelly fluid indicates a heating of the hydraulic lines possibly from headers or other undercar heat.  Properly insulate these lines, flush fluid, and replace.

4

For a setup diagram, click here.
MECHANICAL LINKAGE RELEASE SYSTEMS
1 Proper setup height for the release fork is critical to clutch operation.
2 An adjustable pivot ball should be used to set this height in GM applications.  Pivot point modifications may be required in Ford and Chrysler applications to attain proper fork angle and release movement.
3 Adjust the pivot position so that the fork and bearing are positioned as close to the clutch assembly as possible, without the fork hitting the cover.  Make sure you have a minimum of 1/4 inch bearing clearance with the fork at rest.
4 Fork angle affects release length and leverage.  Vehicles with passenger side mounted fork pivots should have a strong rearward angle when the bearing is just touching the fingers; drivers side fork pivots should have a strong forward angle when the bearing is touching.
BENT OR BROKEN COVER OR FLOATER PLATE STRAPS
1 Bent straps on the cover are an indication of negative load on the clutch.  This can occur under heavy downshifting (without RPM matching) or shifting into the wrong gear.
2 Road racing conditions.  This clutch in its stock configuration is not designed for road race.  Improper downshifting (without RPM matching) will bend or break straps.  RAM recommends removing floater plate drive straps and installing all steel stands for this type of use.
3 Proper clutch life in road racing applications demands good driver control.  RPM's MUST be matched on downshifts to avoid clutch damage.
 

 

 

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