Question about Ford 8N Tractor

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No power getting to transmition, clutch o.k.

Clutch o.k., input shaft o.k.

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Do you have a Sherman Hi/lo conversion installed on your 8n? Was curious is if you do and was wondering if it could have been inadvertenly shifted into "neutral" .? The Sherman units were installed between the engine and transmission and the only indication of their existence is a small lever located on the left hand side of the transmission housing just under the battery.

Posted on May 28, 2014

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Gear box in my l300 4x4 ute is makeing a clunking sound in all gears apart from 4th and when clutch peddel is down it isnt makeing the clunking sound any ideas?


The bearings in the gear box are gone. When in 4th gear the input and output shafts turn at the same rate 1 to 1 ratio. In all other gears the shafts are turning a different rates and the clunking is a slight meshing of the gears. When the clutch is depressed there is no power (load) on the input shaft.

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No power to wheels after instalation of new clutch and transmission


could be input shaft or tail shaft of transmission broke.

Nov 18, 2013 | 2003 Volkswagen Jetta TDI

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Press clutch pedel down two inches noisey clutch thrust bearing


if it was the clutch thrust bearing the noise would be there as soon as you put load on the pedal, so the noise will be coming from the spigot bearing because when you have the clutch pedal down a few inches the input shaft in the gearbox is almost stationary there fore the spigot bearing is then turning around the stationary input shaft causing the noise .when the clutch pedal is released the clutch plate is held tight by the pressure plate holding the input shaft at the same speed as the crankshaft there fore the input shaft and spigot bearing are turning at the same speed and not turning on each other and not making any noise .regards agwbk

Feb 05, 2011 | 2007 BMW 530xi Sports Wagon

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Replace clutch in a 2003 hyundai Elantra


  • The manual transmission in your Hyundai Elantra uses a clutch to engage and disengage the power from the engine to the transmission.
  • The clutch disc is sandwiched between the engine flywheel and the transmission pressure plate.
  • When you switch gears and let off the clutch pedal, there is a short period during which the clutch is slipping to transmit the power in a controlled way. This causes wear on the clutch; over time it will require replacement.
The procedure to replace the clutch is as follows:--- 1) Jack up the Hyundai Elantra and place on jack stands. 2)Drain the transmission gear oil into a catch pan. To drain the gear oil, loosen the drain bolt with a ratchet. 3)Disconnect both drive axles (half shafts) from the transmission. Use a ratchet to remove the two bolts that hold the steering knuckle to the strut. Once those are out, you can easily pull the axles out of the transmission. The steering knuckle is the component that the wheel and strut attach to. 4)You can locate the two bolts to remove by following the strut down from where it's bolted into the engine bay Removing these two bolts allows you to pull the steering knuckle outward so you can pull the drive axle out of the transmission. 5)Remove the exhaust downpipe from the rest of the exhaust. It will be held on with two bolts at both ends and can be removed with a ratchet. Removing this piece is necessary to gain access to the transmission. 6)Disconnect the shifter cables connected to the transmission. Use a ratchet to remove each shifter cable and its housing.Remove the bolts holding the transmission to the engine block (there will be about seven or eight bolts). Place a transmission lift underneath the transmission to hold it and lower it down. If you don't have a transmission lift, you can use a transmission attachment for your jack.Shift the transmission back and forth until it drops onto the jack. Pull the transmission straight back, ensuring that no pressure is put on the input shaft, then lower the transmission to the ground. 7)Remove the pressure plate and clutch disc from the flywheel with a ratchet tool. Then remove the flywheel with a ratchet tool and replace it with a new flywheel. Alternatively, have your flywheel professionally machined at a machine shop then replace it in your car. Torque the flywheel down to the manufacturer's specifications. 8)Place the clutch disc on the clutch disc alignment tool and insert the tool into the flywheel input shaft hole. Connect the new pressure plate to the flywheel and torque the bolts. Once the pressure plate is torqued down, remove the clutch alignment tool. 9)Grease the new throw-out bearing and place it on the input shaft of the transmission. Once the transmission is installed, it will push against the pressure plate. 10) Reconnect all the parts which you removed while replacing the clutch. Thanks. you can rate this solution and show your appreciation.

May 19, 2010 | Hyundai Motor 2003 Elantra

1 Answer

The clutch won't disenguage


If your clutch won't release properly, it will continue to turn the input shaft. This can cause grinding, or completely prevent your car from going into gear. Some common reasons a clutch may stick are:
  • Broken or stretched clutch cable - The cable needs the right amount of tension to push and pull effectively.
  • Leaky or defective slave and/or master clutch cylinders - Leaks keep the cylinders from building the necessary amount of pressure.
  • Air in the hydraulic line - Air affects the hydraulics by taking up space the fluid needs to build pressure.
  • Misadjusted linkage - When your foot hits the pedal, the linkage transmits the wrong amount of force.
  • Mismatched clutch components - Not all aftermarket parts work with your clutch.

Mar 21, 2010 | Oregon Scientific Electric PTO Clutch for...

1 Answer

Clutch want catch any gears


If your clutch won't release properly, it will continue to turn the input shaft. This can cause grinding, or completely prevent your car from going into gear. Some common reasons a clutch may stick are:
  • Broken or stretched clutch cable - The cable needs the right amount of tension to push and pull effectively.
  • Leaky or defective slave and/or master clutch cylinders - Leaks keep the cylinders from building the necessary amount of pressure.
  • Air in the hydraulic line - Air affects the hydraulics by taking up space the fluid needs to build pressure.
  • Misadjusted linkage - When your foot hits the pedal, the linkage transmits the wrong amount of force.
  • Mismatched clutch components - Not all aftermarket parts work with your clutch.
Another problem associated with clutches is a worn throw-out bearing, sometimes called a clutch release bearing. This bearing applies force to the fingers of the spinning pressure plate to release the clutch. If you hear a rumbling sound when the clutch engages, you might have a problem with the throw-out.

Mar 04, 2010 | 1998 Chevrolet Cavalier

1 Answer

I have a 2000 Expedition 4.6L Triton. I've had truck about 7 years and love it. I have had all the transmission issues this truck can have...(I thought) until now this: SYMPTOM Transmission drives well in...


4R100 or 4R70W?

Geartrain
Power is transmitted from the torque converter to the geartrain components through the input shaft and forward clutch cylinder.
  • By holding or driving certain members of the gearset, four forward ratios and one reverse ratio are obtained and transmitted to the output shaft. The ratios are as follows:


GEAR RATIO 1ST 2.71 to 1 2ND 1.54 to 1 3RD 1.00 to 1 4TH 0.71 to 1 REVERSE 2.18 to 1
Input Shaft
The input shaft is supported by two bushings in the stator support. End positioning of the input shaft is controlled by the splines in the converter turbine and the overdrive planet assembly.
Output Shaft
The output shaft is supported by two bushings in the case and by the slip-yoke and bushing in the extension housing. End positioning is controlled by the parking pawl gear and snap ring or shoulder and by the reverse ring gear hub and snap ring.
Overdrive System
The overdrive planetary system consists of the overdrive planet assembly, overdrive sun gear, overdrive ring gear, coast clutch cylinder, overdrive one-way clutch assembly and the center shaft, as shown in the following illustration. The overdrive planet assembly is splined to the input shaft. The overdrive sun gear is centered by a bushing on the input shaft and held in place laterally by needle bearings on the reactor support and the overdrive planet assembly. The overdrive sun gear is splined to the coast clutch cylinder, which in turn is splined to the overdrive one-way clutch inner race.
The outer race of the one-way clutch is splined to the overdrive ring gear, which is splined to the center shaft. The center shaft is centered by the forward planetary assembly and is laterally held by needle bearings on the center support and the overdrive planet assembly. The center shaft is splined into the forward clutch cylinder.
Two friction clutches are assembled in the overdrive planet assembly. The coast clutch is splined between the coast clutch cylinder and the overdrive ring gear. The coast clutch is activated to perform engine braking in MANUAL 1, MANUAL 2 and third gear with the transmission control switch engaged.
The overdrive clutch is splined between the case and the coast clutch cylinder. The overdrive clutch holds the coast clutch cylinder and, in turn, the overdrive sun gear, to permit the planet assembly to overdrive the ring gear.
--------------------------------------------------------------------------------------------
Forward Drive System
The forward drive system consists of the forward clutch cylinder, intermediate brake drum, intermediate one-way clutch, input shell, forward ring gear, forward ring gear hub, forward/reverse sun gear and the forward planetary carrier and forward planetary gears.
The forward clutch cylinder is splined on the center shaft. The forward ring gear is piloted on the forward ring gear hub. Thrust bearings on the forward planet assembly and forward clutch cylinder hold the forward ring gear hub in place.
The intermediate brake drum is radially supported by bushings on the center support and is laterally controlled by thrust washers on the forward clutch cylinder and center support. The intermediate brake drum has the inner race of the intermediate one-way clutch press-fitted on its pilot. The intermediate one-way clutch's outer race is splined to the intermediate friction clutch, which is splined to the case. The intermediate brake drum has lugs that are slotted into the input shell to form a mechanical connection. The input shell is splined into the forward/reverse sun gear. The forward/reverse sun gear is common to two planetary gearsets. The forward planet is splined to the output shaft and is laterally positioned by needle bearings on the sun gear and on the forward clutch cylinder, as shown in the following illustration.
Two friction clutch assemblies, the direct clutch and the forward clutch, are shown with the forward planetary assembly. The direct clutch assembly splines the forward clutch cylinder to the intermediate brake drum. The forward clutch assembly splines the forward clutch cylinder to the forward ring gear. The forward clutch is activated during all forward gears. While in third or fourth gear, both the direct and forward clutches are applied to hold the forward planetary assembly and enable it to act as a solid shaft.
In second gear, the intermediate clutch assembly holds the forward/reverse sun gears. It is applied, along with the intermediate one-way clutch, to hold the intermediate brake drum, input shell and forward/reverse sun gear. In higher gears, the one-way clutch overruns.
----------------------------------
Low and Reverse Drive System
The reverse planetary assembly consists of the reverse planetary carrier, reverse planet gears, the reverse ring gear, the reverse ring gear hub, the reverse clutch hub and the low-reverse one-way clutch assembly.
The reverse ring gear hub is splined to the output shaft and to the reverse ring gear. The reverse ring gear hub is laterally held by a needle bearing on the inner race of the low-reverse one-way clutch and a snap ring on the output shaft. The reverse planet assembly is splined to the low-reverse clutch hub. The low-reverse clutch hub is connected by the reverse clutch to the case. The inner race of the one-way clutch is bolted to the case.
The reverse clutch assembly is activated in REVERSE gear and in MANUAL 1. The reverse clutch bypasses the reverse one-way clutch during coast and MANUAL 1. The reverse clutch holds the reverse planet assembly in REVERSE gear to enable the sun gear to drive the reverse ring gear in the opposite direction.
-------------
Apply Components
The following information describes the operation of the three 4R100 one-way clutches.
One-Way Clutch—Overdrive
The overdrive one-way clutch, shown in the following illustration, transmits engine torque from the overdrive sun gear to the overdrive ring gear in first, second and third gear range. The overdrive one-way clutch transmits power when the sprags are engaged between the inner and outer races. The inner race is splined to the coast clutch cylinder, which in turn is splined to the overdrive sun gear. The outer race is splined to the overdrive ring gear.
The overdrive one-way clutch engages whenever the overdrive planetary system attempts to drive the overdrive sun gear clockwise when the overdrive ring gear has a counterclockwise torque from the vehicle. When torqued counterclockwise, the overdrive one-way clutch engages and acts as a wedge to lock the sun gear and the ring gear together. During coast, the overdrive one-way clutch enables the ring gear to overrun or spin at a faster rate than the sun gear.
The overdrive one-way clutch overruns when in overdrive (fourth gear). In overdrive, the coast clutch cylinder is held by the overdrive one-way clutch, which in turn holds the overdrive sun gear. This causes the overdrive planet assembly to walk around the sun gear and overdrive the overdrive ring gear. The inner race of the overdrive one-way clutch is thus held stationary while the outer race is allowed to overrun clockwise.
--------------------------------------------

Nov 10, 2009 | 2000 Ford Expedition

1 Answer

Gearbox whiney, stops when you put you're foot on the clutch,could it be thust bearing or is there other problems known of.


No your problem is the G/BOX
As when you push the clutch pedal in it stops the centre plate of the clutch which is fitted to the input shaft of g/box, and when clutch pushed in it stops turning, so the g/box stops turning Answer is....
Either the g/box input shaft bearing OR the layshaft (which lays in the bottom of the gearbox ) the beatings on that are worn out and also the shaft will be stuffed.
Sorry to tell you but the box has to come out ,stripped and rebuilt with new layshaft and bearings and any other parts worn,(but the l/shaft or input shaft bearing )have to be replaced ASAP
Let me know how you get on Ron

Sep 27, 2009 | 2001 Mini Cooper

1 Answer

Car wont move!


Sounds like the trans input shaft may be broken.If the input shaft, which is connected to the clutch, is not transmitting rotation to the inside of the trans then what you describe will occur.

May 15, 2009 | 2005 Dodge SRT-4

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