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PRODUCT
DESCRIPTION
AMSOIL Synthetic Powershift Transmission Fluids
are specifically designed for high-torque
heavy-duty powershift transmissions. Formulated
for extended drain intervals, Powershift
Transmission Fluids contain top-quality
synthetic base stocks and a high level of
top-quality additives selected specifically for
powershift transmissions. They offer unmatched
transmission friction performance, smooth brake
operation, reduced gear and bearing wear and
increased equipment life.
Friction
Characteristics
AMSOIL Synthetic Powershift Transmission Fluids
are compatible with common metallic and
nonmetallic friction materials. Their stable
frictional characteristics eliminate excessive
brake noise and vibration. Their nonslip
friction durability virtually eliminates clutch
slippage, which can cause glazing or friction
surface deposits and material degradation.
Powershift Transmission Fluids are formulated
to deliver responsive yet smooth clutch
engagements, excellent power transmission
through clutches and synchronizers and superior
hydraulic fluid performance for servo-equipped
units.
Wear Protection
AMSOIL Synthetic Powershift Transmission Fluids
exceed the wear requirements of the Caterpillar
TO-4 specification and are formulated without
viscosity index improvers for superior shear
stability. The superior shear stability of
Powershift Transmission Fluids allows them to
maintain grade throughout service life,
providing long-term protection against
equipment wear, even when equipment is
frequently subjected to sustained periods of
applied pressure or high horsepower and high
torque.
High and Low Temperature
Performance
In high temperatures, AMSOIL Synthetic
Powershift Transmission Fluids effectively
protect components from wear. Their superior
oxidative and thermal stability inhibits the
formation of varnish, deposits and sludge so
equipment runs clean. Synthetic Powershift
Transmission Fluids are excellent heat transfer
fluids and may help hot-running equipment
operate cooler and run in its optimal
temperature range. In low temperatures,
Synthetic Powershift Transmission Fluids flow
readily for dependable startup and post-startup
protection.
Copper Corrosion, Rust and
Foam Inhibition
AMSOIL Synthetic Powershift Transmission Fluids
protect equipment from copper corrosion and
rust, even during equipment storage. Synthetic
Powershift Transmission Fluids do not foam in
service, protecting equipment from the
metal-to-metal contact and wear that occurs
with use of foam-filled fluids.
Performance Data
AMSOIL SAE 10W (CTG) Synthetic Powershift
Transmission Fluid is Recommended for
Applications Requiring the Following
Specifications:
- Caterpillar
TO-4
- Twin Disc
- Komatsu T-10
- Allison C-4
- Rockwell/Eaton/Fuller
CD-50 (PS-081)
- ZF TE-ML 03C
- API GL-1
Applications
- Dozers
- Semi-trucks manual
transmissions
- Wheel loaders and
crawlers
- Backhoe loaders
- Cranes
- Off-road fork
trucks
- Harbor handling
equipment
- Railway equipment
- Mining equipment
- Road graders
- Commercial boats
AMSOIL Synthetic 10W
Powershift Transmission Fluid can be used in
Caterpillar, Allison, Komatsu, Clark, Hurth,
Borg-Warner, Twin Disc, Voith, ZF, Funk and
Brockhouse powershift-type transmissions and
Eaton/Rockwell/Fuller transmissions.
Installation
AMSOIL Synthetic Powershift Transmission Fluids
are fully compatible with other TO-4 fluids
used in powershift applications. To install
AMSOIL Synthetic Powershift Transmission
Fluids, drain the fluid in the system, replace
the filter (if so equipped) and install the
appropriate Powershift Transmission
Fluid.
Service Life
AMSOIL Synthetic Powershift Transmission Fluids
provide extended service life beyond
conventional petroleum fluids if Synthetic
Powershift Transmission Fluids are kept free of
dirt and moisture. Oil analysis is recommended
if extending service intervals beyond equipment
manufacturer recommendations.
AMSOIL Synthetic Powershift
Transmission Fluids may be used for 250,000
miles or two years (whichever comes first) in
CD-50 manual transmission
applications.
AMSOIL
Limited Warranty
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