Question about 2000 Mitsubishi Eclipse

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Engine skips press clutch engine skips, release clutch engine levels

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  • scorpion487 Dec 04, 2008

    Disconnected idle speed control motor, same results, no codes present.Is it possible the pressure plate is pushing the crankshaft balancer far enough away from the crankshaft sensors causing the skip ?

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When you press the clutch the engine control computer senses the clutch is in and adjusts the idle speed, maybe the idle speed control motor is dirty and sticks, this will almost feel like a skip or miss, do you have any trouble codes?

Posted on Dec 04, 2008

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Posted on Jan 02, 2017

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Clutch stays down. Slowly will take of with clutch fully pressed. Does not slip.dont understand


It sounds as though the clutch pressure plate has become weak.

When you press the clutch pedal the release/throwout bearing presses against the centre of the clutch pressure plate. This causes the metal 'fingers' -the springs- on the pressure plate to flex and release pressure on the driven plate - momentarily disconnecting the drive from engine to gearbox.

The link below is of generic clutch images
how clutch works Google Search

A weak pressure plate isn't fully releasing the driven plate. If you're going to do any replacing of parts - a clutch should be replaced in 3 units: Pressure plate, driven plate and release/throwout bearing.

May 05, 2016 | Cars & Trucks

1 Answer

Int 806 will not move clutch is new


Fit 4th gear Release hand brakes on strait floor with open hood and push the car back and Forward to see if the engine engage your gear box if is not your clutch is back to front.if engage press the clutch pedal to make release of the gear,notes mechanical clutch cable or hydraulic system. check Release bearing arm position.

Sep 29, 2012 | Peugeot 806 Cars & Trucks

1 Answer

Pt cruiser clutch diagram


I recommend bleeding the clutch using instructions pasted from autozone.com below. As for the engine light, please get the computer scanned and send us the diagnostic trouble code.
Hydraulic System Bleeding NOTE
It is necessary to bleed the clutch hydraulic release system if the system has lost an excessive amount of fluid and has allowed air into the circuit. Air in the system typically results in a spongy pedal feel, and/or improper clutch release. If air cannot be removed from the system using this procedure, it is necessary to replace both the clutch master cylinder and slave cylinder assemblies.

Except Turbocharged Models
  1. From driver's seat, actuate clutch pedal 60-100 times. Verify clutch operation/pedal feel. If pedal still feels spongy, or clutch does not fully disengage, excessive air is still trapped within the system. Perform the following procedure:
  2. Verify fluid level in clutch master cylinder reservoir. Top off with DOT 3 brake fluid as necessary.
  3. Raise and safely support the vehicle.
  4. Remove clutch slave cylinder assembly from the transaxle case, but do not disconnect from the system. Allow the slave cylinder hang, making it the lowest part of the system.
    CAUTION
    While slave cylinder is detached from the transaxle, DO NOT actuate the clutch master cylinder. Damage to the slave cylinder will result.
  5. Depress slave cylinder pushrod until it bottoms and then release. Repeat this at least ten times, forcing trapped air upwards and out of the system.
  6. Re-install slave cylinder into position. Torque slave cylinder to case bolt to 168 inch lbs. (19 Nm).
  7. Carefully lower the vehicle.
  8. Check and adjust clutch master cylinder fluid level. Actuate clutch pedal thirty (30) times. Verify clutch operation/pedal feel. If pedal still feels spongy, or clutch does not fully disengage, air is still trapped within the system. Repeat Step 3 through Step 7 until air is purged. If several attempts at purging air from the system are unsuccessful, replace both the clutch master cylinder and slave cylinder assemblies.
  9. Raise and safely support the vehicle.
  10. Carefully lower the vehicle.
  11. Top off clutch master cylinder fluid level with DOT 3 brake fluid as necessary.
Turbocharged Models

NOTE
Due to the angle and design of the turbo hydraulic system components, gravity and pedal bleeding are less effective and less efficient than the reverse fluid injection method (reverse bleeding). Reverse bleeding is recommended for this system, and requires the use of commercially available injection bleeding equipment.

Alternate Procedure (Pedal Bleeding)
  1. Remove reservoir cap and inspect fluid level. Top off with DOT 3 Brake Fluid. Actuate clutch pedal briskly at least 50 times. Verify release system function. Repeat. If release system is still inoperative, continue with procedure.
  2. Raise and safely support the vehicle.
  3. Remove clutch bellhousing access cap to expose system bleed screw.
    WARNING
    Use care not to allow fluid to drain into clutch bellhousing. Excessive fluid will be agitated and sprayed around inside the clutch bellhousing by the rotating flywheel, contaminating the flywheel, disc, and pressure plate, resulting in poor clutch engagement.
  4. Using suitable socket/wrench, loosen bleed screw. Immediately install rubber hose to bleed screw to prevent fluid from entering clutch bellhousing. Tighten bleed screw gently with suitable wrench.
  5. Lower vehicle.
  6. Have helper actuate clutch pedal to floor.
  7. Place collection container at end of hose to capture expelled fluid.
  8. Using suitable wrench, break bleeder screw loose and tighten to 62 inch lbs. (7 Nm). Do not over-tighten.
  9. Have helper release pedal, returning it to at-rest position, and then actuate pedal to floor.
  10. Break bleeder screw loose and tighten to 62 inch lbs. (7 Nm). Do not over-tighten.
  11. Repeat procedure as necessary, keeping master cylinder reservoir full during the process, until air bubbles are no longer visible in collection container.
  12. When air bubbles are no longer visible, actuate clutch pedal briskly at least 50 times.
  13. Verify release system function and top off fluid as necessary.
Recommended Procedure (Reverse Bleeding)
  1. Remove reservoir cap and inspect fluid level. Top off with DOT 3 Brake Fluid. Actuate clutch pedal briskly at least 50 times. Verify release system function. Repeat. If release system is still inoperative, continue with procedure.
  2. Remove reservoir from bracket and empty into collection container.
  3. Raise and safely support the vehicle.
  4. Remove clutch bellhousing access cap to expose system bleed screw.
    CAUTION
    Use care not to allow fluid to drain into clutch bellhousing. Excessive fluid will be agitated and sprayed around inside the clutch bellhousing by the rotating flywheel, contaminating the flywheel, disc, and pressure plate, resulting in poor clutch engagement.
  5. Using suitable socket/wrench, loosen bleed screw.


    Fig. Location of the bleed screw for the 2.4L engine
  6. Quickly attach hand operated bleed apparatus to bleed screw. Use care not to over-fill reservoir and spill fluid into engine compartment.
  7. Operate bleed gun sufficiently to expel air upward through circuit and out of master cylinder reservoir. Fill and empty reservoir three times.
  8. Remove bleed apparatus and tighten bleed screw to 62 inch lbs. (7 Nm). Do not over-tighten.
  9. Carefully lower the vehicle.
  10. Top off reservoir with fluid, then return the cap.
  11. Verify system operation. Actuate clutch pedal 50 times. If necessary, repeat procedure until road test confirms that shift issues no longer exist.

May 20, 2017 | 2002 Chrysler PT Cruiser

1 Answer

Press brake pedal hard and release the n/s/f and o/s/r brake locks om, press clutch pedal twice and they release


This is a system on subarus to stop you rolling back when on a hill with the clutch depressed . The brakes should unlock as you release the clutch. There is a cable attached to the clutch fork in the engine bay. This goes to a brake actuator on the left hand side. If it isnt working corectly check the cable for wear or fraying. It may need adjusting by a mechanic.

Apr 28, 2011 | 1998 Subaru Forester

1 Answer

The mechanic tells me my clutch is slipping and needs rreplacing 85,000 km. How do I know if this is reliable info? I feel nothing


TEst for slipping clutch is travel about 30 mph. press clutch, shift to 3rd, rev engine pretty high and release clutch, at the time of clutch release, floor throttle. If the engine continues to race, clutch not grabbing porperly, if the clutch works properly, the engine will be slowed and engauged.
You can always get a 2nd opinon from another shop.

the 85,000 mile coutch worn out issue dependes entirely on driving habits of the operators.

Sep 12, 2010 | 2000 Volkswagen Beetle

4 Answers

How to do a minor learning process to an actros


Minor:
press clutch pedal
press the N switch & keep pressed
switch on ignition you will hear sound or the N will display
release clutch the sound or the N
press clutch hear the sound
release clutch
end

Jun 30, 2010 | Mercedes-Benz Mercedes Bentz Actros Semi...

1 Answer

Clutch stays down, has about half an inch of play below carpet level, still able to shift but have to use toe of shoe to pull pedal up. happens two or 3x a day


you have 4 cyl or V6 engine, how much free play you have on clutch pedal (take your hand press clutch in untill gets harder to push in) should only have about 1" free play, and also when you release clutch while in gear should start engaging about 1 1/2" up when releasing

Feb 04, 2010 | 1993 Toyota Pickup

1 Answer

Changing the clutch in an 87 toyo p/u


  • drive shaft - 4
  • wiith carrier br g-6
  • crossmember2-4 removal from trans
  • clutch slave cylinder -2
  • trans to bell housing -4
  • Shifter- floor screws -4
  • shift stick - Under boot press down and rotate stick retainer cup
  • Safety, ease of removal and damage prevention to engine components: SUPPORT REAR OF ENGINE.
  • clutch pressure plat -6
  • clutch pilot bushing - bronze- split w/small chisel- must replace- tap new bushinG into clean hole - lube with light amout of grease
  • Clutch release brg. replace and properly situate on fork and retainers
  • Note! check clutch disc for proper spline match with trans input shaft.
  • Note, Use clutch pilot tool (Parts store available) to center clutch disc while tightening pressure plate.
  • Check trans fluid level after assemby is complete. Good luck.FORCE NOTHING

May 06, 2009 | 1987 Toyota Pickup

1 Answer

HOW TO KNOW WHEN SHALL I CHANGE CLUTCH DESK?


To reduce clutch disc/plate problems, avoid riding the clutch whilst driving, ie having ur foot on the clutch pedal when the engine is in operation, especially wqhen the vehicle is in motion. You see the clutch disc is sandwiched between the flywheel of the engine & the pressure plate. When the driver presses the clutch pedal, the sandwiching of the clutch plate is released, so therefore no drive is being transmitted from the engine to the road wheels. This gives an effect as if the vehicle is in neutral (engine can be revved, with no movement or propulsion of the vehicle). When the driver releases the clutch pedal, the clutch disc is now sandwiched tightly causing the drive to be transmitted to the road wheels which will now cause the vehicle to be propelled.

Clutch discs are only replaced when there are problemes with clutching in and changing gears. After constant pressing of the clutch, the asbestos material on the clutch disc after a period grinds down (clutch disc becomes thinner), which in turn will reduce friction characteristics when all the elements are sandwiched. This causes a slipping effect, preventing the drive from being transmitted to the road wheels efficiently. This causes other problems such as high fuel consumption, erratic engaging of gears, hard selecttion of gears, heavy vibration of the vehicle, stalling; just to name a few. In most cases an unusual smell of the clutch disc is observed.

Also just by resting ur foot on the clutch pedal while engine is running can be dmagaing too. You see the clutch release bearing rests on the pressure plate, so when the clutch pedal is pressed by the driver, there is a degree of friction being placed on the bearing because the pressure plate is always rotating with the engine. The clutch release bearing is stationery until the clutch pedal is pressed by the driver, which sends it into the moving pressure plate, so less pressing on the clutch pedal the less friction between the bearing and the pressure plate. Only operate/press/place foot on the clutch when necessary

Dec 30, 2008 | Hyundai Motor 1995 Accent

4 Answers

Clucth pedel


hey man, i had a similar problem
you should look under at the clutch bracket to see if that broke
then check above the same bracket to see if the upper mount broke

idk
hope this helps

May 24, 2008 | 1992 Toyota 4Runner

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