|
Reference: Suzuki Workshop manual: Sections
(F) 6-11 to 6-15 (R) 6-42 to 6-46
| Torque settings |
Country Code |
N-m |
Kgf-m |
Lb-ft |
|
| Front axle pinch bolt |
All |
23 |
2.3 |
16.5 |
|
| Front axle |
All |
100 |
10.0 |
72.5 |
|
| Rear axle |
* E-03 / 28 / 33 |
100 |
10.0 |
72.5 |
|
| Rear axle |
All except * |
120 |
12.0 |
87.00 |
|
| I believe that for E-03, 28 and 33
areas a castle nut and split pin is used. |
AndyW Mar2005
As early as Nov2003 I identified the potential for
problems........here's an extract of my post on the forum back then:
"Took my rear wheel out last night to take in to the tyre shop for
new rubber today.
On inspection of the spindle I found evidence of water ingress past
the bearing seals i.e. there was water on the spindle! ....the bike
last saw water over a week ago when I washed it (hose not pressure
washer), although it's done few miles since.
No corrosion as I gave the spindle a light coating of grease last
time I had the wheel out (for puncture repair - although on removal
that time the spindle was dry i.e. not greased)..... so no harm
done. The spindle had been tightened to the specified torque when
the wheel was last reinstalled."
It appears that new bikes are delivered with dry (un-greased) axles
- it may or may not be part of the PDI process to grease the axles
but I suspect that 99% of Dealers at least won't do this! My advice, remove
your wheels regularly and lightly grease the spindle, after
cleaning, with a quality grease (bearing specific or other high temp
resistant grease). I also push a little grease in behind the
rubber 'dust seal' of the bearings and smear lightly on the inner
faces of the wheel where the spindle slides through. Between, changes
of rubber, puncture repairs and cleaning, each wheel is off my bike
at least once within every service period (3500 miles). If
you're not up for removing wheels ask your Dealer to do this on a
regular basis. IMHO use of a Power Washer (Jet
Washer) to clean your bike is not recommended - it's too easy to
wash lube/grease from where it's supposed to be not to mention
driving water in to places that water would not normally reach
(electrics etc). It's also easy to cause other damage too such
as flattening radiator fins and literally blowing paint off plastics
(it has happened!.....there only needs to be a tiny 'edge' to the
paint such as a stone chip) etc
If you do use a power washer at least turn the pressure down a bit
(if you can), don't get too close and be very conscious of where you
point that thing :-) Brilliant for the car and cleaning patios
but mine goes nowhere near the bikes!
Why?!.................well following a recent post on the forum by
'Nard Mob Phot I decided I had better get an 'article' up on my site
here!..............take heed, ignore this warning at your peril!
'Nard Mob Phot Mar2005
Here are some pics of my rear spindle and a bloody good reason not
to power wash!!!!!!!!! - schoolboy error me thinks! £120 to
get it put right!!
Basically the ball race disintegrated and the damage was caused by
the ball bearings. You will notice that one of the spacers and half
of one of the races are welded to the spindle!



There was little warning by way of bearing noise or
anything........never noticed it until it went and it was kinda
sudden. All the damage to the spindle looks like its been going on
for a while but there was no indication. My bike has 15000 miles on
the odo. AndyW: Some guys have floated the
idea that the bearings were at fault and that 'Nards unfortunate
incident had nothing to do with using a power washer. Bearing
failure for sure!..........cheap bearings or not it's very likely
that water ingress contributed more than a little. Worth checking
regularly regardless!
This is the first wheel bearing failure I can recall being posted
about so quality of bearings is less likely than poor maintenance
(sorry 'Nard) and probable water ingress from power washing. There
are lots of higher mileage SV's than 'Nard's out there so we'd have
heard if the quality of the bearings was an issue imho

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