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Low boost - Incredible power output
The kleemann
twin-screw kompressor system for V6
and V8 engines is the very essence of the
kleemann
slogan "Comfort Power." High power
output combined with a low boost pressure of
just 0.5 bar makes the system safe and provides
long-term durability for the engine.
The kleemann
Kompressor System is a Lysholm type
twin-screw, positive displacement Kompressor
with an integrated air-to-water intercooler and
is the only known system to combine the intake
manifold, kompressor and intercooler into one
integral unit. The intercooler is such a
superior design that it holds its own patent.
The system design was chosen because of its
ability to develop boost at very low engine
revs, and to maintain that boost consistently
throughout the rev range until maximum engine
revs is reached. As a result the engine has a
characteristic smooth power band with no peaks
or valleys - just immediate power on demand
without any hesitation.
For nearly two decades kleemann
has manufactured
kompressor systems exclusively for Mercedes-Benz
engines. Since the beginning kleemann
has
continually improved on its original design to
offer the most efficient, powerful, and safe
engine tuning solution. Today intensive research
and development as well as the use of
cutting-edge technology has turned kleemann
into
the world leader in kompressor solutions for
Mercedes-Benz.
The efficiency of the kleemann
Kompressor System
is obvious. Mounted on top of a 5.0 litre
normally aspirated V8-engine, it immediately
enhances the engine's power output from standard
306 Hp and 460 Nm (340 lb-ft) to up to 506 Hp
and 675 Nm (500 lb-ft), without any need for
further modifications to the engine.
kleemann
Kompressor Systems are CARB and TÜV
approved and are available for all models (1997-
) with normally aspirated (NA) V6 and V8-engine.
New Low Boost Kompressor System for the
V6 engine.
kleemann
has introduced a new version of the
Kompressor System - The Low Boost Kompressor.
The new system is based on the existing
Kompressor System but is reconfigured in three
key areas:
1.The integrated intercooler has been removed.
2. Boost has been reduced.
3. Fuel injectors replace the pressure regulator
system.
Omission of the intercooler system and
simplifying the fuel system allows for an
approximate 25% reduction in the retail price.
|
Engine |
Power Hp |
Torque Nm (lb-ft) |
Power Hp* |
Torque Nm (lb-ft)* |
|
2.6 V6 |
170/177 |
240 (178) |
260 |
330 (244) |
|
2.8 V6 |
197/204 |
265/270 (196/200) |
285 |
378 (280) |
|
3.2 V6 |
218/224 |
310/315 (229/233) |
331 |
441 (326) |
|
3.7 V6 |
234/245 |
350 (259) |
360 |
460 (340) |
|
4.3 V8 |
272/279 |
400/410 (296/303) |
430 |
560 (414) |
|
5.0 V8 |
297/306 |
460 (340) |
506 |
675 (500) |
|
5.5 V8 |
354/360/367 |
510/525/530 (377/389/392) |
560 |
718 (530) |
*actual power and
torque output depend on a large number of variables.

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