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Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines

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  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
  • Turbo BOV Blow Off Valve Dump Adaptor Bolt-On Top Mount For Peugeot BMW Mini Cooper S Turbo engines
$13.63

Description

Wholesale High quality auto turbo Blow Off Adaptor for N14 Engine for Mini Peugeot Citroen DS3 bov020

Material : High quality Aluminum alloy

No glitches


Quantity : 1 PCS

The BOV-020-SI is a sandwich type adaptor that fits between the existing electrical solenoid and the turbo charger housing on the BMW Mini Cooper S N14 engines 2007/08(R56/57 *), Peugeot 1.6 turbo engines as found in the 207 and GTI , 208 GTI, 307, 308 and Citroen DS3.

In The Box
1 x Blow off AdaptorĀ 
3 x Socket Cap Bolts


On these engines, built into the turbocharger housing, is a bypass facility. This allows charge air to be recirculated around the turbo charger from the boost side back to the intake side. This recirculation path is opened and closed by means of an electrical connection from the engine management, to a solenoid that is mounted on the turbocharger housing. As you accelerate, the turbo charger vanes are spinning and boost pressure is increased, literally blowing into the engine cylinders. Then when you change gear, you take you foot off the accelerator momentarily, select the next gear, and accelerate again. As you take your foot off the accelerator the throttle valve to the engine closes. The problem here is that during this process the turbo is still spinning and the boost pressure that it is producing has no where to go. (This is a bit like putting you hand over a hair dryer so the air cannot get out) What happens at this point is the turbo starts to stall, the spinning vanes slow down (incurring alot of stress) and the boost pressure drops. When you open the throttle valve again by pushing down on the accelerator (demanding more power) the turbo has lost its momentum, boost pressure and there is a pause or a "Lag" before the engine is producing the required power once again.

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