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Motor
Oil Test & Comparison - The Most Comprehensive Test Results
Ever Published by AMSOIL
8.2% More MPG with AMSOIL
Synthetic Lubricants
Replacing popular conventional engine
and driveline lubricants with AMSOIL synthetic lubricants
in Class 8 diesel-fueled vehicles increases fuel mileage up
to 8.2% according to the findings of an independent test facility.
Fuel accounts for roughly 37
percent of Class 8 truck operating expenses, and reducing
fuel expenses is a top priority for truck operators.
AMSOIL is the leader in the
race to develop fuel efficient low-viscosity lubricants for
trucking and other heavy-duty diesel applications. Independent
laboratory testing shows AMSOIL Series 3000 Synthetic 5W-30
Heavy Duty Diesel Oil in the engine and AMSOIL synthetics
in the drivetrain provide up to 8.2 percent more miles-per-gallon
than other popular lubricants provide.
Introduction
At the request of AMSOIL INC., an independent
research institute conducted a month-long test com-paring
the fuel consumption of Class 8 diesel trucks equipped with
AMSOIL synthetic lubricants to Class 8 diesel trucks equipped
with conventional lubricants.
The research institute used
the SAE J1321 Joint TMC/SAE Fuel Consumption Test Procedure-Type
II, an industry standard test procedure for comparing in-service
fuel consumption of a vehicle operated under two conditions,
one with the control lubricants in place, the other with the
test lubricants in place.
Vehicles and Route
The
three test and one control vehicles were 1995 International
Model 9200 truck-tractors with Cummins M-11 engines (rated
at 350 hp at 1600 rpm), Fuller RTXF 14710B transmissions,
Eaton Model DS/RS 404 drive axles (3.90 ratio), 11R-24.5 low-profile
tires and new oil and air filters. All four vehicles had been
operated between 250,000 and 285,000 miles prior to the study.
The trucks were equipped with
auxiliary weigh fuel tanks and quick disconnect couplings
to facilitate accurate data gathering. Each truck pulled a
45-foot long flatbed trailer equipped with 11R-24.5 low-profile
tires and loaded with concrete blocks so that the gross vehicle
weight (GVW) of each vehicle was 75,550 ±100 lbs.
The
test route represented typical long-haul interstate highway
operations, with asphalt road surfaces and generally flat
terrain. The low traffic density route covered a total of
40 miles with a 20-mile southbound segment and the return
north-bound segment. Fuel consumption was measured separately
for each direction.
Lubricants and Fuels
The control lubricants were Shell Rotella
T 15W-40 for the engines, Quaker State SAE 90 for the transmissions
and Citco 85W-140 for the drive axles. The control truck used
the control lubricants for all driving segments and the test
trucks used the control lubricants for their baseline segments.
The test lubricants were AMSOIL
Series 3000 Synthetic 5W-30 Heavy Duty Diesel Oil for
the engines, AMSOIL
Series 2000 Synthetic 20W-50 Racing Oil for the transmissions
and AMSOIL
Series 2000 Synthetic 75W-90 Gear Lube for the drive axles.
The test vehicles used the test lubricants for their test
segments.
All vehicles used Exxon No.
2 diesel fuel dispensed from the same storage tank for all
driving segments.
Procedure
Each
test vehicle ran a baseline segment, in which the truck was
equipped with the control lubricants, and three test segments,
in which it was equipped with test lubricants. The control
vehicle concurrently ran each driving segment using control
lubricants.
Conditions including speed,
tire pressure, headlight and fan use and window openings were
held constant between all vehicles in each driving segment.
Finally, testing proceeded only if wind direction, wind speed
and temperature were within test parameters.
Results
The weight of fuel consumed by each
test vehicle and the weight of fuel consumed by the control
vehicle in each driving segment were used to determine the
percentage of fuel saved and the percentage fuel efficiency
improvement obtained by the test lubricants. Results outside
2 percent of the norm were discarded.
Findings
The vehicles equipped with
AMSOIL synthetic lubricants in the engines, transmissions
and drive axles demonstrated up to an 8.2 percent increase
in miles per gallon (mpg) over the mpg obtained by the vehicles
equipped with the control lubricants.
Discussion
Test
conditions were held close to ideal for maximum fuel economy.
In many instances of less-than-ideal conditions, the synthetic
test lubricants would have provided even more fuel economy
improvement. For example, synthetics’ superior cold
temperature fluidity provides a larger proportion of fuel
savings in cold operating conditions.
Additionally, while the present
study did not include analysis of wear control, wear control
is an important issue with low viscosity lubricants and one
fully addressed by AMSOIL through additional testing.
Traditionally, the benefit of
improved fuel economy provided by low viscosity lubricants
is offset by a penalty in wear control. Such is not the case
with Series 2000 and 3000 lubricants, as evidenced by Four-Ball
Wear testing conducted by an independent laboratory (results
shown on product labels) and a growing body of demonstration
and on-road data.
For
example, an ongoing fleet demonstration is providing evidence
of the excellent wear control of Series 3000. Since January
1996, AMSOIL and a northern tier trucking fleet have been
conducting a demonstration using Series 3000 in the 1996 Cummins
N-14 ESP3 engines of five 1996 Kenworth class 8 trucks.
The trucks traveled 125,000
miles with-out an oil change and the rate of wear metal generation
found in used Series 3000 samples was lower than that found
in used control oil, Pennzoil Long Life 15W-40, which is changed
at 20,000-mile intervals.
Additionally, the viscometrics
of the AMSOIL fluids provide a wear control benefit in cold
temperature applications since low viscosity fluids flow more
freely in cold temperatures than high viscosity fluids do.
Oils that flow easily in cold temperatures provide faster
post-startup wear protection in cold engines than do less
fluid oils. They also provide easier starting and reduced
battery drain.
Finally, AMSOIL product users
are protected by the AMSOIL warranty, which, unlike warranties
offered by other oil companies, is not limited by time or
mileage and does not require user registration and approval.
Conclusion
AMSOIL synthetic engine, transmission
and drive axle lubricants provide a safe and effective means
to significantly increase class 8 truck fuel economy.
AMSOIL Series 3000 Synthetic
5W-30 Heavy Duty Diesel Motor Oil provides better wear protection
than these popular high viscosity diesel oils. In fact, independent
testing showed the high-viscosity oils tested produced wear
scars up to 45 percent larger than that of Series 3000.

What Does a Savings of 8.2%
Mean?
Imagine a fleet of 100 class 8 vehicles
running an average 120,000 miles per year at an average 6.5
mpg with diesel fuel at $1.35 a gallon. The fleet spends $2,492,308
on fuel annually. Now imagine the fleet uses AMSOIL products
and improves its miles-per-gallon by 8.2 percent. The fleet
now spends $2,303,427 on fuel annually.
That’s a savings
of $188,881! That money could buy a year’s
worth of AMSOIL synthetic lubricants for the fleet plus a
year’s fuel for 3 to 6 trucks – with cash left
over!
CUMMINS M-11 ENGINE
Sump capacity: 9 gallons
| With
oil changes at 120,000-mile intervals |
| 900 gal AMSOIL
Series 3000 Synthetic 5W-30 Heavy Duty Diesel Oil |
| ($18.35/gal
in 275-gal totes or 55-gal drums) |
$16,515 |
| With
oil changes at 60,000-mile intervals |
| 1800 gal @ $18.35/gal |
$33,030 |
| With
oil changes at 40,000-mile intervals |
| 2700 gal @ $18.35/gal |
$49,545 |
| With
oil changes at 20,000-mile intervals |
| 5400 gal @ $18.35/gal |
$99,090 |
FULLER RTXF-14710B TRANSMISSION
Sump: 25.5 pints (3.2 gal)
One fluid fill
| 320
gal Series 2000 20W-50 Synthetic Racing Oil |
| ($18.35/gal
in 275-gal totes or 55-gal drums) |
$5,872 |
EATON MODEL DS 404 DRIVE
AXLES
Sump: 63 pints (7.9 gal)
One fluid fill
| 790
gal Series 2000 75W-90 Synthetic Gear Lube |
| ($19.80/gal
in 275-gal totes or 55-gal drums) |
$15,642 |
| TOTAL LUBE COSTS |
|
|
| At 20,000-mile
oil drain intervals |
$120,604 |
|
| At 40,000-mile oil
drain intervals |
$71,059 |
|
| At 60,000-mile oil
drain intervals |
$54,544 |
|
| At 120,000-mile
oil drain intervals |
$38,029 |
|
After deducting the annual AMSOIL
lube cost from $188,881, the fleet still has between $68,277
and $150,852 – enough to buy a year’s worth of
fuel for 3 to 6 trucks – with cash left over!
Extended Drains Save
You Even More!
See
for yourself! A Virginia owner-operator used
AMSOIL Synthetic 15W-40 Motor Oil for 409,000 miles without
an oil drain! His engine was as wear-free as engines in comparable
service treated to TWENTY TIMES the oil changes,
according to the findings of a certified, independent engine
rater.
Extend your drain intervals!
Oil Analyzers Inc. offers the state-of-the-art oil analysis
essential to any program of extended oil drain intervals.
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