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106 Induction Kits


wayneone

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Hello there.

Ive been considering a induction kit on my 106, After looking at a few photots of some engins with them fitted ive noticed that the heat sheild over the engin(or exhaust?) manifold is cut off and the flexy pipe leading from it is removed. Will this mean that the heating system in the car wont work as thats where it sucks air from?(or so i thought it did)

Anyone who has one or knows there stuff please fill me in :)

Ive put a image below of a saxo but as there the same engin it wont matter.

storm-induction-kit-1-lrg.jpg

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Hello there.

Ive been considering a induction kit on my 106, After looking at a few photots of some engins with them fitted ive noticed that the heat sheild over the engin(or exhaust?) manifold is cut off and the flexy pipe leading from it is removed. Will this mean that the heating system in the car wont work as thats where it sucks air from?(or so i thought it did)

Anyone who has one or knows there stuff please fill me in :)

Ive put a image below of a saxo but as there the same engin it wont matter.

storm-induction-kit-1-lrg.jpg

not going to give you a lecture on why you shouldnt bother with an induction kit like that on a car like that. but ill answer your heater question, your heater will still work, as it doesnt draw air from anywhere, it gets the warm air, from regular temperature air coming into the car, which is warmed as it passes the heater matrix which is similar to a radiator, which is plumbed into the cars cooling system.

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The shroud and pipe from around the exhaust manifold are there to give a bit of warm air to the engine when it needs it. As you drag air through the induction system, the drop in pressure causes the temperature to drop. On cold, damp days, this can lead to ice forming in the carb/injection bodies (I can assure you this isnt much fun, my car did it like crazy till I got a shroud and pipe sorted out). The little bit of heat that's given up to the air by the exhaust manifold is enough to stop the ice forming :)

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Ok so could you perhaps explain why the heat sheild and flexy pipe are there?

(Yes i understand what you mean about not getting a kit thanks for not lecturing me)

the heat shields there to shield the rest of the engine from the heat, and the flexi pipe leading from it, leads at a guess(having never studied the under bonnet of a saxo/106) to the air intake, and is controlled on a basic valve, it channels hotter air from around the exhaust into the air intake, so in the cold weather, on start up, warmer air enters the engine, helping heat it up quicker, so the cars at its ideal running temperature quicker, at which point the valve will shut off.

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http://www.ecosse-peugeot.co.uk/show_product.asp?id=1128

You want one of these, enclosed kit so no rude boi noise and no heatsoak.

I've had a bit of experiance with these. I had to fit one to a S1 Rallye with a 16ver in it. The S1's need slight modification to fit (Have to trim the front a bit).

He originally had a massive open cone filter in the engine bay sucking in hot air and the difference between them really was night and day. The engine would pick up much quicker and felt more responsive.

Still gives a nice little growl but not overly noisy.

Surprisingly, an induction kit that actually works.

Andy P

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yeah the 106's respond really well to induction kits the standard one is really restrictive, ive read people saying they was really suprised that it made such a difference.

i was gonna get a 106 and still might if the car i want is sold before i can get it and if i do a induction kit like derf posted is one of the first things i will do.

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the heat shields there to shield the rest of the engine from the heat, and the flexi pipe leading from it, leads at a guess(having never studied the under bonnet of a saxo/106) to the air intake, and is controlled on a basic valve, it channels hotter air from around the exhaust into the air intake, so in the cold weather, on start up, warmer air enters the engine, helping heat it up quicker, so the cars at its ideal running temperature quicker, at which point the valve will shut off.

You my man know what you are talking about!

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