new ScienceofSpeed Laminova Intercooler System for superchargers
ScienceofSpeed introduces an intercooler (aftercooler) for the NSX to be used in conjunction with ScienceofSpeed and Comptech (CT Engineering) supercharger systems.
http://www.scienceofspeed.com/produ...ucts/NSX/ScienceofSpeed/Laminova_Intercooler/
<img src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/laminovadiagram.jpg" width="300" align="right" border="0">The placement of an intercooler in the NSX with a positive displacement supercharger is very limiting due to packaging constraints. Currently available intercoolers use a fabricated bar and plate radiator core sandwiched between the supercharger and intake manifold. However, due to the small plenum size available above the core and uneven distribution of the discharge from the supercharger, these systems peak at 42% thermal efficiency.
ScienceofSpeed has developed an intercooler design based on the Laminova intercooler core. The Laminova intercooler core is a revolutionary design that consists of single piece extruded aluminum cores that offer much higher efficiency due to the larger surface area and unique flow around the cores.
Testing has been completed to validate the design producing significant gains in power and torque by reducing inlet charge temperatures up to 98 degrees.
A ScienceofSpeed Supercharger System was first installed non-intercooled. The standard system with AEM EMS upgrade was installed on a NSX. A fast action open element air intake temperature sensor was installed in the intake manifold to log temperatures during dyno testing. The non-intercooled system produced a peak of 375 wheel horsepower with operating temperatures begining at 172 degrees F and ending at 246 degrees F at redline.
Then, the ScienceofSpeed Laminova Supercharger Intercooler was installed. No changes were made to the supercharger and the existing pulley was used. The system, even at idle, lowered intake temperature by 67 degrees, at mid-range lowered by 98 degrees, and at redline 81 degrees.
The car was then repetitively tested with loaded back to back pulls with approximately 5 seconds between pulls simulating real world use. The results were impressive with less than a 2-3 degree inlet temperature change and almost no measurable difference in power.
The car's power increased by 37 wheel hp and 34 wheel tq with no changes to the pulley to increase boost. In fact, the car made 416 wheel horsepower with less boost - only 7.6 psi. With a modified engine, the system is capable of producing more than 500 wheel horsepower.<table cellSpacing="0" cellPadding="0" width="100%" border="0">
<tr>
<td align="middle" width="33%"><font face="Verdana" size="1">
<a target="_blank" href="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/IAT-LOG.gif">
<img alt="IAT-LOG.gif (33851 bytes)" src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/IAT-LOG_small.gif" border="2" xthumbnail-orig-image="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/IAT-LOG.gif"></a></font></td>
<td align="middle" width="33%"><font face="Verdana" size="1">
<a target="_blank" href="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/dyno-graph.jpg">
<img alt="dyno-graph.jpg (130991 bytes)" src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/dyno-graph_small.jpg" border="2" xthumbnail-orig-image="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/dyno-graph.jpg"></a></font></td>
<td align="middle" width="33%"><font face="Verdana" size="1">
<a target="_blank" href="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/pressure-graph.jpg">
<img alt="pressure-graph.jpg (223571 bytes)" src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/pressure-graph_small.jpg" border="2" xthumbnail-orig-image="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/pressure-graph.jpg"></a></font></td>
</tr>
<tr>
<td align="middle" width="33%"><font face="Verdana" size="1"><b>intake
air temperature:</b><br>
67-98 degree temperature reduce at all RPMs</font></td>
<td align="middle" width="33%"><font face="Verdana" size="1"><b>dyno
testing:</b><br>
37 wheel hp, 34 wheel tq gains with no pulley / boost increase</font></td>
<td align="middle" width="33%"><font face="Verdana" size="1"><b>boost
graph:</b> 10% increase in power and torque with less boost</font></td>
</tr>
</table>
The intercooler produces not only more power, but also increases reliability and safety from the engine while decreasing emissions and fuel consumption.
The ScienceofSpeed Laminova Supercharger Intercooler is designed for use with all ScienceofSpeed Supercharger Systems, and any Comptech / CT-Engineering Supercharger based on the Autorotor 1.7L compressor. ScienceofSpeed Supercharger Systems do not require any further upgrades to be used with the intercooler. Comptech / CT-Engineering Superchargers must upgrade both engine management and fuel systems (please inquire).
for more information:
http://www.scienceofspeed.com/produ...ucts/NSX/ScienceofSpeed/Laminova_Intercooler/
Cheers,
-- Chris
ScienceofSpeed introduces an intercooler (aftercooler) for the NSX to be used in conjunction with ScienceofSpeed and Comptech (CT Engineering) supercharger systems.
http://www.scienceofspeed.com/produ...ucts/NSX/ScienceofSpeed/Laminova_Intercooler/
<img src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/laminovadiagram.jpg" width="300" align="right" border="0">The placement of an intercooler in the NSX with a positive displacement supercharger is very limiting due to packaging constraints. Currently available intercoolers use a fabricated bar and plate radiator core sandwiched between the supercharger and intake manifold. However, due to the small plenum size available above the core and uneven distribution of the discharge from the supercharger, these systems peak at 42% thermal efficiency.
ScienceofSpeed has developed an intercooler design based on the Laminova intercooler core. The Laminova intercooler core is a revolutionary design that consists of single piece extruded aluminum cores that offer much higher efficiency due to the larger surface area and unique flow around the cores.
Testing has been completed to validate the design producing significant gains in power and torque by reducing inlet charge temperatures up to 98 degrees.
A ScienceofSpeed Supercharger System was first installed non-intercooled. The standard system with AEM EMS upgrade was installed on a NSX. A fast action open element air intake temperature sensor was installed in the intake manifold to log temperatures during dyno testing. The non-intercooled system produced a peak of 375 wheel horsepower with operating temperatures begining at 172 degrees F and ending at 246 degrees F at redline.
Then, the ScienceofSpeed Laminova Supercharger Intercooler was installed. No changes were made to the supercharger and the existing pulley was used. The system, even at idle, lowered intake temperature by 67 degrees, at mid-range lowered by 98 degrees, and at redline 81 degrees.
The car was then repetitively tested with loaded back to back pulls with approximately 5 seconds between pulls simulating real world use. The results were impressive with less than a 2-3 degree inlet temperature change and almost no measurable difference in power.
The car's power increased by 37 wheel hp and 34 wheel tq with no changes to the pulley to increase boost. In fact, the car made 416 wheel horsepower with less boost - only 7.6 psi. With a modified engine, the system is capable of producing more than 500 wheel horsepower.<table cellSpacing="0" cellPadding="0" width="100%" border="0">
<tr>
<td align="middle" width="33%"><font face="Verdana" size="1">
<a target="_blank" href="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/IAT-LOG.gif">
<img alt="IAT-LOG.gif (33851 bytes)" src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/IAT-LOG_small.gif" border="2" xthumbnail-orig-image="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/IAT-LOG.gif"></a></font></td>
<td align="middle" width="33%"><font face="Verdana" size="1">
<a target="_blank" href="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/dyno-graph.jpg">
<img alt="dyno-graph.jpg (130991 bytes)" src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/dyno-graph_small.jpg" border="2" xthumbnail-orig-image="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/dyno-graph.jpg"></a></font></td>
<td align="middle" width="33%"><font face="Verdana" size="1">
<a target="_blank" href="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/pressure-graph.jpg">
<img alt="pressure-graph.jpg (223571 bytes)" src="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/pressure-graph_small.jpg" border="2" xthumbnail-orig-image="http://www.scienceofspeed.com/products/engine_performance_products/NSX/ScienceofSpeed/Laminova_Intercooler/testing/pressure-graph.jpg"></a></font></td>
</tr>
<tr>
<td align="middle" width="33%"><font face="Verdana" size="1"><b>intake
air temperature:</b><br>
67-98 degree temperature reduce at all RPMs</font></td>
<td align="middle" width="33%"><font face="Verdana" size="1"><b>dyno
testing:</b><br>
37 wheel hp, 34 wheel tq gains with no pulley / boost increase</font></td>
<td align="middle" width="33%"><font face="Verdana" size="1"><b>boost
graph:</b> 10% increase in power and torque with less boost</font></td>
</tr>
</table>
The intercooler produces not only more power, but also increases reliability and safety from the engine while decreasing emissions and fuel consumption.
The ScienceofSpeed Laminova Supercharger Intercooler is designed for use with all ScienceofSpeed Supercharger Systems, and any Comptech / CT-Engineering Supercharger based on the Autorotor 1.7L compressor. ScienceofSpeed Supercharger Systems do not require any further upgrades to be used with the intercooler. Comptech / CT-Engineering Superchargers must upgrade both engine management and fuel systems (please inquire).
for more information:
http://www.scienceofspeed.com/produ...ucts/NSX/ScienceofSpeed/Laminova_Intercooler/
Cheers,
-- Chris
Last edited: