άλλη μία περίπτωση από αγγλία
https://www.ebay.co.uk/itm/BMW-Lite-...item58a6603c5e
άλλη μία περίπτωση από αγγλία
https://www.ebay.co.uk/itm/BMW-Lite-...item58a6603c5e
BILL007 (29-10-13)
Ταιριαζει απο 36αρι Μ3?
https://www.driftworks.com/driftwork...-flywheel.html
https://www.ebay.co.uk/itm/COMPETITI...item4d0c68fabd
Λεει και για Μ50/52..
https://phoenixmotorsport.co.uk/Prod.../flywheels.php
ΧΙΟΣ-CHIOS
Banned
Αυτο αγόρασα και εγω αλλά λόγω οτι έβαλα το μαμά δίσκο πλάτο το κατέβασα στις 5 μέρες . Εάν το θέλει κάποιος με 250 ευρω δικό τουΑρχικό μήνυμα απο stefm5
όλα τα βολάν κάνουν εφόσον παίρνουν 240mm δίσκο
Εχουμε bmw part number για το βολαν του Μ5 Ε34 3.6?
ΧΙΟΣ-CHIOS
Βολάν : 11221312491
Δίσκος πλατό ρουλεμαν : 21212226428
Μοχλός αποσυμπλεξης : 21511204229
Ασφάλεια : 21511204327
Πείρος : 21511202659
www.deepbluebeachbar.com
Deep Blue, Paliochori, Milos HD 360º Virtual Tours:
360º HD Εικονικές Περιηγήσεις:
************** Click on the link: ****************
https://www.paliochori.com/vt/deepblue
για όσους τα πάνε καλά με τα αγγλικά, απόσπασμα από τεχνικό άρθρο με τίτλο
Crankshaft Torsion and Dampers
4. Other Rotating Group Parts
• Heavy vs Light Flywheels – Light flywheels lower the whole system inertia, move the high
torsion stress point a little farther forward (away from the flywheel), raise the first mode frequency
a bit, and sometimes allow a little smaller damper. They also allow more crank lugging motion
which usually shows up as gear rattle in the transmission. (This is called “rigid body motion” in
the torsion trade since the crank is just seeing rpm variation without twist)
• Light vs. Heavy Pulleys – Heavy pulleys are just more parasitic inertia at the light end of the crank
and make the dampersΆ job more difficult. They lower the frequency a bit but make the crank seem
larger to the damper; ie. a larger damper ring needed.
• Blower Drives – Mechanical blower drives for Roots type blowers can actually help the damper
by acting as more damping at the front of the crank. Mechanically driven blown engines generally
are no worse torsionally than unblown. Turbos usually are worse.
• Dry Sump Drives – Not much effect other than some torque required to drive the pump.
• Cam Chains – Cam chains can take a beating from the torsion peaks. Same for cam gear drives.
The vibration motion tries to make the cam drive do the same motion and jerks the chain back and
forth. If this motion gets through to the cam, it doesnΆt help cam dynamics and can also show up in
the spark scatter with cam driven distributors.
• Spark Scatter – If the spark is taken off the front of the crank, the torsion motion is in the trigger
wheel as well. The best place for the trigger wheel is near the rear of the crank where torsion
motion is smallest. (guess where the OEMΆs are putting their sensors now)
• Transmission Gear Rattle – This is mostly caused by low frequency torque pulses (“rigid body
motion”) in the crank at lower speeds when flywheel energy is low, although this motion usually
persists out as far as 2000-3000 rpm. Aluminum flywheels make it worse for the obvious reason.
These frequencies are way lower than the damper is designed for and the damper has virtually no
effect on the gear rattle problem. Dual mass flywheels go after this problem.
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