Drivetrain WMW Turbo Wrap
#1
WMW Turbo Wrap
Way put a WMW Turbo Wrap on Arthur last night and I'm about to start gathering data on temperature differences.
Initial observations:
Center pillar temperature
before: 140 degrees
after: 126 degrees
Bonnet temp after a brisk run and 5 minutes cool time
before: 180 degrees
after: 140 degrees
Under-bonnet temps ---- I wish I rigged something to measure this while running the car before; I'll rig something up though.
I'll need another R56 mule car for comparison.
It looks to me like the wrap does what it's supposed to do and keeps the turbo heat in the turbo rather than in the open area under the bonnet --- it lets the air intake stay cooler and keeps overall temperatures down while the car is running. Logic tells you that the turbo would spool faster as a result and work more effectively.
After shut-down, it also holds in warmth; I'm guessing that this will also offer a benefit for quicker engine warm-ups in start/stop situations.
Stay tuned for updates...
Initial observations:
Center pillar temperature
before: 140 degrees
after: 126 degrees
Bonnet temp after a brisk run and 5 minutes cool time
before: 180 degrees
after: 140 degrees
Under-bonnet temps ---- I wish I rigged something to measure this while running the car before; I'll rig something up though.
I'll need another R56 mule car for comparison.
It looks to me like the wrap does what it's supposed to do and keeps the turbo heat in the turbo rather than in the open area under the bonnet --- it lets the air intake stay cooler and keeps overall temperatures down while the car is running. Logic tells you that the turbo would spool faster as a result and work more effectively.
After shut-down, it also holds in warmth; I'm guessing that this will also offer a benefit for quicker engine warm-ups in start/stop situations.
Stay tuned for updates...
#2
#3
My pictures came out horrible; I'm going to try and clean them up in the digital darkroom --- blurry blurry.
Install won't be too bad with a cool turbo; Way was suffering a bit on my 300 degree oven though.
The center pillar is the doo-hickey that your right foot is up against as you press on the gas; I've been moaning about the radiant heat coming off that for almost a year...
I'm going to rig a probe and lead to plant somewhere near the cai. I'll measure everything I can get my paws on too.
I used an infrared gun to measure, btw. I have some probes and stuff laying around that I'll rig later.
I'm the senior admin for an Agilent Technologies training lab...
Install won't be too bad with a cool turbo; Way was suffering a bit on my 300 degree oven though.
The center pillar is the doo-hickey that your right foot is up against as you press on the gas; I've been moaning about the radiant heat coming off that for almost a year...
I'm going to rig a probe and lead to plant somewhere near the cai. I'll measure everything I can get my paws on too.
I used an infrared gun to measure, btw. I have some probes and stuff laying around that I'll rig later.
I'm the senior admin for an Agilent Technologies training lab...
Last edited by Arnbut; 05-13-2008 at 07:53 AM.
#4
#5
#6
#7
Trending Topics
#8
#9
downside is shortened turbo life from the heat retained in the bearings and poss condensation buildup (not very likely). most modern turbo's are oil-cooled and fluids flow after the engine is shut off. Not knowing how MINI tackled this (timer or temp sensor), none of this might be an issue though.
#10
The way I look at it is, heat=energy. Waste heat, waste energy.
I don't want heat in my CAI; I do want exhaust heat to spin my turbo.
That's the way I understand the product to work. Forgive me if I don't phrase things perfectly all the time.... ....I don't do this for a living you know.
Arthur is my wife's DD so my testing will be evenings and weekend. I'll get a chance to thrash the car on Saturday the 24th and hopefully have a couple of other R56's to test alongside.
#11
The one you had pictured is just a generic wrap material. If it is Glass it can only handle 1000-1200 deg of heat continuously depending on what it is coated with. The 2000 deg max. temp it can withstand for less than 3 seconds. I didn't see where Summit even said what the wrap they had was made from, but may have overlooked it.
The WMW wrap is made with Silica and Ceramic materials that are able to withstand 1800 deg. CONTINUOUSLY. Not just a Max number.
The MINI R56 Water pump runs for 5min after shutdown to cool the Turbo bearings so we have been checking the inlet and outlet on the coolant lines on the Turbo to see if we see an increase in temps and there hasn't been. Actually the last time I checked it seemed like the water cooled quicker. But more testing will be needed to make this fact.
We Do know that the Wrap will lower the under hood temps and Hood temps for that matter. Also it WILL hold the Heat in the Turbo Hot Side. This helps maintain thermal effeciency of the turbo and promote faster Turbo spool.
__________________
www.WayMotorWorks.com 2006 & 2007 NAMCC Overall Champion
#12
having one made to fit under the OEM heatshield is very nice
#14
4th Gear
iTrader: (1)
Join Date: Sep 2006
Location: Lost in ATL
Posts: 402
Likes: 0
Received 0 Likes
on
0 Posts
At the WMW pre-MOTD mod frenzy, a few of us took turns wrapping our hands around the hot side of the wrapped turbo while the car was in cooldown phase, and it was barely warm to the touch. Way even did it while the car was running! Please do NOT try this with the OEM shield
Disclaimer: I host the website and e-mail for WMW. Updated signature reflecting this coming soon
#20
The pics of the install aren't too good; I was trying to take shots of the IR gun and hot pieces and I didn't have enough light to focus....
Here's a shot of Way's hand on the heatshield with the wrap under it. This is post-install --- the turbo had gotten "down" to about 180 degrees and then I allowed it to come back up to a nominal 216-225. The shield area was around 100 degrees.
The cover will start to pick up and radiate heat from its other metal to metal contacts, but the overall scorching heat is contained.
Here's a shot of Way's hand on the heatshield with the wrap under it. This is post-install --- the turbo had gotten "down" to about 180 degrees and then I allowed it to come back up to a nominal 216-225. The shield area was around 100 degrees.
The cover will start to pick up and radiate heat from its other metal to metal contacts, but the overall scorching heat is contained.
#21
#22
My wife said that the bonnet was "cold" when she got to work yesterday and the recirc pump didn't need to run (50 degrees out). The recirc pump ran normally for its 5 minute cycle yesterday afternoon when it was 80 outside --- but the bonnet wasn't scalding-hot.
Neat.
#24