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The high pressure hose usually has special fittings on the end, and this is why they are sold as a service part at the dealer.
Usually, the return hose is just a regular hydralic hose with orginary clamps holding it in place. I does not carry high pressure, so no special fittings are needed.
Any aftermarket parts house should be able to sell you the needed length of hydrolic hose. And you should be able to put it on with screw clamps. You would probably need to remove the blown one, to get a length measurement, and also the size.
Many of these parts houses can also fabricate the high pressure hose, some time using the old end fittings.
If you cannot find a parts house that messes with these hoses, go to a tractor dealership. Their parts department deals with hydralic pressure hoses all the time.
1. Gear outlet pipe/hose from pump reservoir after sliding spring hose clamp from inlet reservoir tube.
2. Raise vehicle.
3. Line retainer (if applicable).
4. Gear outlet pipe/hose from steering gear.
5. Gear outlet pipe/hose from vehicle.
INSTALL OR CONNECT
1. Gear outlet pipe/hose into position on vehicle.
2. Gear outlet pipe to the steering gear. Tighten
o Pipe to 27 Nm (20 ft. lbs.) .
3. Line retainer (if applicable).
4. Lower vehicle.
5. Gear outlet pipe/hose to pump reservoir and spring clamp. Important: Bleed air from system.
o Inspect for leaks.
6. Lower vehicle.
7. Fill with fluid and bleed system if necessary. (IF NECESSARY!)
8. Check for leaks.
If you HAVE to bleed the system.
Bleed air from the system after replacing the fluid or servicing the power steering hydraulic system. Air in the system prevents an accurate fluid level reading, causes pump cavitation noise, and over time, could damage the pump. To bleed the power steering system, proceed as follows:
Important: When adding fluid or making a complete fluid change, always use GM P/N 1050017 (or equivalent meeting GM Spec. No. 9985010) power steering fluid. Failure To use the proper fluid will cause hose and seal damage and fluid leaks.
1. With the engine off and front wheels lifted off the ground and turned all the way to the left, add either standard power steering fluid or optional cold climate fluid to the "Full Cold" mark on the fluid level indicator. Important: This may require turning the wheels from side to side several times. Keep the fluid level at the "Full Cold" mark. Fluid with air in it has a tan appearance. This air must be eliminated before normal steering action can be obtained.
2. Bleed the system by turning the wheels from side to side without hitting the stops.
3. Start the engine. With the engine idling, recheck the fluid level. If necessary, add fluid to bring the level to the "Full Cold" mark.
4. Return the wheels to the center position. Lower front wheels to ground. Continue running the engine for two or three minutes.
5. Road test the vehicle to be sure the steering functions normally and is free from noise. Inspect
o Inspect for fluid leakage at connection points along the power steering system.
6. Recheck the fluid level as described in Steps 2 and 3, except that the fluid level should now be up to the "FULL HOT" mark after the system has stabilized at its normal operating temperature.
Thanks, Mike
Auto Trans
62,000
On my 2003 Cavalier, the instrument cluster seems to be sticky. The gauges go up but usually don't come back down when the car is shut off. Is this a common problem? I've called some dealerships and all they say is "well for $400 we can replace it." So does anyone know how to fix this problem? Is it best to get it replaced or get it repaired by someone who fixes them?
Victor
Diton908
95 Chevy 2500 5.7 350V8 4x4
Here's what I'd do.
I'd buy some brass plugs, remove the line from the master cylinder and plug it. Then I'd pump up the master (the clutch master I mean) and bleed it from this brass plug (just unscrew it and screw it back until the clutch pedal feels really hard).
THEN after bleeding the master, I'd re-attach the line and using very short rapid strokes (instead of long ones like with brakes), I'd pump fluid down the line, through the slave bleeder and into a clear glass jar already filled with fluid. In this way, no air can enter the system when you let off the clutch pedal, and you also don't need two people. All you have to do is keep adding fluid in the master so that it doesnt empty out---if it goes empty, you'll be pumping air, and you'll have to start ALL OVER AGAIN.
If this doesn't work, you'll have to rent or borrow a power bleeder.
One time I had an extra cap for the master cylinder, so I drilled a hole in it and ran a piece of aquarium tubing through it and attached the other end of the tubing to a small can of compressed air. This basically pressurized the master cylinder and forced fluid down. That was on a Saab, which are a DEVIL to bleed.
Get a good suspension guy to fix it. Since the vehicle is lifted, he needs to set up the new shock mount, with a shock that is the correct length. When the a-frame moves up all the way to it's stop, the shock should not have bottomed out yet. When the a-frame moves all the way down to it's other stop, the shock should not be fully extended.
If the shock is not the correct length to work with the suspension range, it will either fail or break the shock mount as yours has done. The shock mounts are not sized to handle the weight of the vehicle on them (as in what you would get it the shock bottomed out). The normal pressures on a shock mount, are no more than what it takes to compress a shock, or extend a shock.
The vehicle is lifted, you apparently need either different shock mounts, or different shocks, or both depending upon how they modified your truck. You need to get it to a good suspension shop who is familiar with modifying suspensions.
If you don't want to do it right, if you have the part then just go have it welded somewhere. That will be the quickest cheapest way to 'fix' it.
We have a 97 Geo Metro with a 4 cylinder.
Automatic transmission High mileage
Recently we began having problems with it staying running until eventually it would not even start at all. A friend suggested we replace the throttle positioning sensor, which made sense, so we did.
Now it starts, no problem, unfortunately, the throttle is stuck WIDE open and will not throttle down. We tried resetting the computer but that did not help. We can’t leave it running long enough to mess with it for fear it will blow up. And don’t really have a clue as to where to start.
Does anyone have any suggestions?
With fuel prices approaching $4 a gallon in Washington state, it would be so nice to have the Geo running again.
Thank you in advance.
Janie
Adjustment Procedure
Using a Digital Multimeter (J 39200 or equivalent) perform the following steps:
1. Insert a 3.5 mm (0.14-inch) feeler gage between the throttle stop screw and the throttle lever.
2. Inspect the Idle Speed Control (ISC) motor plunger. If the ISC motor plunger is contacting the throttle lever screw, then the engine must be brought to operating temperature.
3. Back probe the TP sensor signal circuit at the PCM connector to ground.
4. Turn ON the ignition.
5. While observing TP sensor voltage on the DVM, turn the TP sensor until the voltage reading is 0.98 to 1.02 volts . Tighten the TP sensor screws to 2.0 Nm (18 lb. in.) . Using a scan tool perform the following steps:
1. Insert a 3.5 mm (0.14-inch) feeler gage between the throttle stop screw and the throttle lever.
2. Inspect the Idle Speed Control (ISC) motor plunger. If the ISC motor plunger is contacting the throttle lever screw, then the engine must be brought to operating temperature.
3. Connect a scan tool to the Data Link Connector (DLC) and select the TP sensor voltage parameter.
4. Turn ON the ignition.
5. While observing TP sensor voltage on the scan tool, turn the TP sensor until the voltage reading is 0.98 to 1.02 volts . Tighten the TP sensor screws to 2.0 Nm (18 lb. in.) .
Battery 100%. Vehicle has lights, radio accessories. Will not start. Cannot get tranny out of Park to load vehicle. Where's the manual disconnect for Park?
6 cylinder 2.3 liter
auto
56,000 miles
Does anybody know what causes codes 171 and 174, banks are too lean?
Thanks-Rose
Which engine? There is no 2.3 I don't think.
Let's presume a 2001 2.5 engine:
These are generic trouble codes and are not the same as BMW factory codes, so using just the generic codes can lead to false conclusions.
Possibilities include:
bad fitting oil cap (where you add oil)
vacuum leak in manifold or in some vacuum line
bad oxygen sensors
bad/dirty/maladjusted MAF sensor
the engine is apparently running lean (fuel mixture incorrect) for some reason.
Will not crank. Thought it might have been the starter, however there is no power to the windows as well. Power to trunk, radio, lights etc.
Hmmm ... maybe the ignition switch since I have had the intermitent key issue over the past year. ??
i replaced the plugs and changed all fluids
car still sounds like it has bad gas / if got 2 or 3 tank fulls
same noise.
does anyone have this problem
it should be some place close to the battery terminals
the problom is that i put the new one on and had her turn the car key to the ON postion, wel the wiper motor cycled and i figured it was fixed....so i put it all back together and then had her try it and the wiper arms went up just a tiny little bit and then slamed down and that was about it? so can someone please tell me what i did wrong or what to check first? thanks a ton eh!!!!!
Any idea what the problem could be? Will appreciate your feedback.
:confuse:
For starters, you could see if the wheel itself is hotter than the others after driving for a while. If so, it probably means a bad caliper or bad bearing.
'11 GMC Sierra 1500; '08 Charger R/T Daytona; '67 Coronet R/T; '13 Fiat 500c; '20 S90 T6; '22 MB Sprinter 2500 4x4 diesel; '97 Suzuki R Wagon; '96 Opel Astra; '08 Maser QP; '11 Mini Cooper S
1. noise rises with acceleration and lowers with decelleration
2 noise does not change pitch with transmission shift therefore eliminating transmission and engine front end components. if the noise changed with transmission shift(rpm drop) then you would suspect trans or alternator or other moving components on front of engine.
The previous owner used 98 Octan fuel ( Sweden ) but gradually Ive started to use 95 octan ( which is the most common actaully ).
Now, Im familliar with the cold-start slight knocking sound which gradually disapears as the engine gets warmer.
With this V8 engine however Im still getting a slight knocking when cold-starting even though its 8 plus celcius.
Cpuld this be the result of changing from 98 to 95 octan?
thanks Tigge
Well I consulted the manual and it seems the recommended is 87 up to 98.
the 95 octane is by far the most common in Europe.
When you say adjust the timing, how do I do that? or is it a job for a technician?
Im pretty lost when it comes to these massive engines.
all the best Tigge
Does anybody know how to release or even if it can be, the driver's power seat back if it has become stuck in one position?