PRODUCT
DESCRIPTION
AMSOIL SAE 60
Synthetic Super Heavy Weight Racing Oil is designed for
high horsepower racing engines, typically supercharged
and alcohol-burning or nitro-fueled, and requiring a
high viscosity oil to resist the thinning effects of
fuel dilution.
AMSOIL Synthetic Super Heavy
Weight Racing Oil is formulated specifically for wear
protection and friction reduction in the extreme service
conditions of racing. It has been proven on-track
to bring down high engine oil sump temperatures by 20
degrees F, which speaks directly to its ability to
reduce friction, promote power and inhibit
wear.
MOTORCYCLE
APPLICATIONS
AMSOIL Synthetic Super Heavy Weight
Racing Oil is formulated with a complete American
petroleum Institute (API) SL/SJ/CF additive
system. AMSOIL Synthetic Super Heavy Weight Racing
Oil may be used in all engines for which API SL/SJ/CF
SAE 60 oils are specified.
AMSOIL Synthetic Super Heavy
Weight Racing Oil is also formulated with a complete
Japan Automobile Standards Association (JASO) MA
additive system. AMSOIL Synthetic Super Heavy
Weight Racing Oil may be used in motorcycles requiring
JASO MA oils. Such engines include vintage and
classic motorcycles, often equipped with air-cooled
engines, and specifying straight grade SAE 60
oils.
HEAT
STABILITY
AMSOIL Synthetic
Super Heavy Weight Racing Oil is highly resistant to
thermal degradation and oxidation. Even in
long-term high temperature service, AMSOIL Synthetic
Super Heavy Weight Racing Oil maintains its specified
chemical and physical properties, forming no sludge,
varnish, deposits or acids and maintaining its specified
viscosity and ability to protect and lubricate
engines.
OIL
CONSUMPTION
AMSOIL Synthetic
Super Heavy Weight Racing Oil is highly resistant to
evaporative losses, which keeps oil consumption rates
low. Low rates of oil consumption allows oil to
flow freely without significant "boil-off" thickening to
ensure dependable engine lubrication and
protection.
CORROSION, RUST AND FOAM
CONTROL
AMSOIL Synthetic
Super Heavy Weight Racing Oil seals out rust,
neutralizes acids and resists foaming. Rust
inhibition is especially important for engines subject
to frequent short-trip operations or frequent periods of
storage. Acid neutralization protects engines from
damage caused by corrosive by-products of
combustion. Foam resistance ensures protection
against metal-to-metal contact and wear that occurs with
foamy oils.
VISCOSITY
RETENTION
AMSOIL Synthetic
Super Heavy Weight Racing Oil is shear stable, so the
viscosity grade that's installed in the engine is the
viscosity grade that stays in the engine. That's
especially important for race engines, motorcycle
engines and other engines subject to high
temperature/high stress operations. Viscosity
retention ensures the maintenance of a protective
lubricant film between working metal parts, which
prevents metal-to-metal contact and consequent failure
or wear.
APPLICATION
AMSOIL
Synthetic Super Heavy Weight Racing Oil is recommended
for applications requiring the following
specifications:
AMSOIL Synthetic Super Heavy
Weight Racing Oil is not recommended for use in cold
temperature applications.
MIXING
AMSOIL
AMSOIL Synthetic Super
Heavy Weight Racing Oil may be mixed with
petroleum-based oils or with other synthetic oils.
However, a mixture of AMSOIL Synthetic Super Heavy
Weight Racing Oil may not provide as much protection as
unadulterated AMSOIL Synthetic Super Heavy Weight Racing
Oil.
SERVICE
LIFE
Follow engine
manufacturer's oil drain interval recommendations when
using AMSOIL Synthetic Super Heavy Weight Racing
Oil.
See
specific service life notes for Harley Davidson
Motorcycles (31k PDF)
Race Engines:
specified by Owner Experience/Oil Analysis
Motorcycles and Recreation Vehicles:
change according to manufacturer's recommendations,
without oil filtration. With oil filtration (AMSOIL EaO
Filter), up to 2 times longer than manufacturer's
recommendations or 6 months, whichever comes first.
If a WIX, Donaldson, or other filter
is used, filter should be changed according to original
manufacturer
recommendations.