Title: SALES PRESENTATION TUTORIAL
1- SALES PRESENTATION TUTORIAL
2Introduction
- This PowerPoint presentation is designed as a
tutorial to help sales personnel demonstrate the
Spinner II self-powered, oil-cleaning centrifuge
to potential customers. - It covers the purpose of bypass filtration, along
with key features and benefits.
3Presentation Index
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entire the presentation by pressing any button.
- Benefits of Bypass Filtration
- Spinner II vs. Conventional Media Filters
- Spinner II Principle of Operation
- Installation Considerations
- Function of the Level Control Base
- Spinner II Benefits
- Extended Oil Life
- Extended Engine Component Life
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4Benefits of Bypass Filtration
- Cleaner Oil
- Extended Engine Life
- Extended Engine Component Life
- Extended Oil Life
- Extended Filter Life
- Reduced Downtime
- Reduced Operating Cost
5Bypass Filtration Methods
- Barrier Filtration
- Removes Particles By Size
- Fine Filtration Requires
- Larger or More Filters
- Frequent Changing
- Centrifugal Cleaning
- Removes Particles By Weight
- Less Than One Micron
- No Bypassing or Channeling
6Principles of Centrifugal Oil Cleaning
- The centrifuge is a bypass filter
- Processes approximately 10 of lube oil pump
output - Sized properly, will polish sump 5 to 10 times
per hour - Preferred operating pressures 60-80 psi
- Rotor speeds 4,000 to 7,000 rpm
- Generates 2000 to 3000 Gs of force
7SPINNER II Installation Considerations
Note For efficient centrifugal cleaning
High-pressure, hot oil is desirable
Unrestricted drain
8Why a Level Control Base (Spinner II LCB)?
- Assists the oil return to the sump
- Allows more mounting options
- Remote mounting
- Above/below the sump oil level
- Allows a smaller drain line back into the sump
9Level Control Base Operation
- Compressed-air-operated or turbo air assist
-
- Any 2-125 psi unregulated air source
- .15 to .02 SCFM to operate the LCB
10 11TheSPINNER IIAdvantage
Extended Engine/Component Life
12The Spinner II Advantage
- Removes soot
- and other insolubles
- lt than 1 µm
- Extends Additive life
- Dispersant
- Anti-wear
- Detergent
- Maintains TBN
- Maintains viscosity
Condemnation Limit
13Extended Oil Additive Life
- Dispersant additives keep the soot in suspension.
Affects soot in the range of 0.002 to 0.5
microns. - Detergent additives prevent the build-up of
sludge and act as an acid neutralizer. Keeps soot
in the range of 0.5 to 1.5 microns in suspension.
- Anti-wear additives work by providing a
sacrificial chemical-to-chemical barrier. - The amount of soot suspended in the oil plays a
significant part in influencing the performance
of these types of additives.
14Extended Oil Additive Life
- As the quantity of soot increases, it will reach
a level where the particles either overcome the
detergent additive effect and form a sludge or
build-up to cause oil gellation and viscosity
increase. - Centrifugal separation will extend the usefulness
of the dispersant additive by extracting the
agglomerated carbon and other debris, leaving the
additive to function freely.
15Extended Oil Additive Life
- Certain anti-wear additives work by "absorbing"
or plating onto metal surfaces and sacrificially
providing chemical-to-chemical contact. - Here again, the amount of soot suspended in the
oil plays a significant part in influencing the
performance of this type of additive.
16Will Spinner II aid in extending anti-wear
additives?
- The Spinner II centrifuge's ability to remove
agglomerated soot will enable anti-wear additives
such as ZDDP to maintain a wear-protective "skin"
on the working engine components. - It has been found that the presence of soot
drastically diminishes the oil's anti-wear
properties. In short, this prevents the
anti-wear additive (ZDDP) from depositing a
protective layer on the working engine surfaces.
17Will the Spinner II help control acid formation
in the oil?
- Detergent additives are strong acid neutralizers,
changing combustion and oxidation acids into
neutralized salts. - The ability of a detergent to neutralize acid is
known as its TBN (Total Base Number).
18Will the Spinner II help control acid formation
in the oil?
- Certain sulphur blow-by contaminants dissolve in
the presence of moisture to form acid. If copper
is also present, the problem is made even worse.
- Even if moisture is absent, certain fine metallic
particles in the oil are prone to encouraging
acid formation.
19Will the Spinner II help control acid formation
in the oil?
- The Spinner II centrifuge will remove neutralized
salt particles from the oil along with fine
metallic particles, such as high-density copper. -
- As a result, the removal of such contaminants
will prevent the formation of organic acids.
20Spinner II Extends Oil Life
- Reduced Solid Contaminant Levels
- Extended Lubricant Additive Life
- Reduced Oxidation and Nitration
- Decreased Rates of TBN Depletion
21Extended Engine Component Life
- Full-flow element filters guard against larger
particles that might cause a catastrophic engine
failure. - Bypass filters capture the smaller particles that
are responsible for long-term engine wear.
22Extended Engine Component Life
- Accelerated wear tests have proven that SPINNER
II is the most efficient type of bypass filter. - based on its ability to capture particles in the
0.1 to 5 micron size range.
23Bypass Comparison
150
50
Reduction in Wear Chart
24Spinner II Extends Engine Component Life
- Rings, cams and bearings are all protected from
the abrasives that otherwise get trapped between
close-clearances typical of modern diesel
engines.
25Spinner II Extends Engine Component Life
- Carbon, soot and other contaminants that would
normally be trapped in grooves and between rings
is removed by continuous centrifugal force acting
on the engine oil as it flows through the SPINNER
II turbine assembly.
26Spinner II Extends Engine Component Life
- Turbocharger bearings, gears and compressors are
exposed to cleaner oil containing far fewer of
the fine "lapping compound-type suspended
particulates. - Less wear occurs in these critical areas, which
usually are the most susceptible to metals
circulating in the oil. These metals are too
small for the full-flow filter or conventional
bypass to remove.
27Particle Size Distribution(Captured by the
Spinner II Centrifuge)
- Percentage Micron Size
- 10 less than...1.1µm
- 50 ............1.5 µm
- 75 ............2.1 µm
- 98 ............5.0 µm
-
- 2 is larger than 5.0 µm
28Composition of Insoluble Material Captured by the
Centrifuge
29SPINNER II BENEFITS
- Improved Oil Cleanliness
- Extended Oil Life
- Extended Service Intervals
- Reduced Component Wear
- Increased Engine Life
- Reduced Down-Time
- Lower Maintenance Costs
- Reduced Cost of Ownership
30Nothing Happens Until Someone Sells Something !