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SssSurge Tank Design


Gaz

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Just drawing up a surge tank on Cad so a mate can make it at work on his "lunch break"

What I was thinking and im pretty sure im right but thought Id check is...

Tall and skinny

round 3l cap

Top of tank on side 3 threaded fittings (surge to tank, reg to surge, feed from tank)

Bottom of tank on side 1 threaded fitting (feed from surge to rail)

All fittings 3/8

Sounds cool?

What grade stainless tube?

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Yeah Bdawg on the ball. Hope he can TIG ok lol.

This one seems good and will fit down in spare wheel arch.

4" tube @ 400mm high = 3.2l

That tank I got has a 1inch outlet so will have to reduce that which is not an issue. Prob is that the feed will come out under the car so it will then have to turn and come back into the boot (prob in spare wheel arch) to the lift pump and surge tank. Guess it isnt really a prob.

Work on escort Thurs and Fri or maybe just one aye. I got nothing on till May 6th now. Could either get this fuel system sorted or put gbox etc in and move engine back/cut sump and mod pickup. But we dont got any Argon at the mo. Prob more important to finish mounting engine to be honest.

Gaz

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2.0 is enough ey, it will give you a solid minute of full noise, 2 minutes of half noise etc, you will never exceed that. 100 x 200 would be ok.

bigger is better, but overkill isn't helping really. more = longer for you lift pump running dry too :wink:

those top fittings can be on the very top if you want too. my surge > tank return is from the top, the others are on the sides.

EDIT : removed bad info.

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Guest vvega

304 is not stronger is just a myth there pritty much the same material.... though 316 is less likely to crack or fatige than 304...but not buy fuck all

316 stains teh same as 304 when welding......you use pickling past to fix that and to take out any corosive materials left over from the welding process

316 is more expensive......

you wanna get it presure tested ..incase ya return blocks or somethgin equally as ublikely happens

your fitting plan sounds fine

if you are worried bout leaks ill weld it for ya just send that shit up

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Guest vvega

304 304L

Typical Minimum Typical Minimum

Tensile Strength, MPa 600 515 590 485

Proof Strength, (Offset 0.2 %), MPa 310 205 310 170

Elongation (Percent in 50mm) 60 40 60 40

Hardness (Brinell) 170 - 170 -

Endurance (fatigue) limit, MPa 240 - 240 -

SX316 SX316L SX316Ti

Typical Minimum Typical Minimum Typical Minimum

Tensile Strength, MPa 600 515 600 485 620 550

Proof Stress (0.2 % offset), MPa 310 205 300 170 320 205

Elongation (Percent in L = 5.65 So) 55 40 60 40 50 40

Hardness (Brinell) 165 - 165 - 165 -

Endurance (fatigue) limit, MPa 260 - 260 - 260 -

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