Jump to content
SAU Community

Recommended Posts

Being in the USA, RB30 blocks are hard as hell to get here. I found one, ordered it, freighted it, and received it. All looked great, even had the original hone marks. All was great until the timing cover was removed. My block didn't have the machined flat area for the relocated tensioner. So I came up with this idea. The plate sits where the old tensioner was located and goes across to the flat surface that the timing cover sits on. Those two surfaces are flat and level with each other. The plate bolts down to the block with the original tensioner hole and 6mm stud hole, and two new holes were drilled and tapped where the a/c compressor bolts are. The tensioner bolts down to a large washer that sits on the aluminum plate. The tensioner was machined down the thickness of the washer and the aluminum plate. See anything that might go wrong with this?

post-13056-0-78764900-1365729907_thumb.jpg

post-13056-0-56427300-1365729934_thumb.jpg

post-13056-0-49096000-1365729958_thumb.jpg

Looks great Erik, well done.

What A/C compressor mount are you using? Did you use the RB26 mount or totally refrabricate one? I can't work out from the photos why you didn't use the original one? All you need to do is machine off the two upper bolt holes so it bolts direct to the block of the RB30 as opposed to the head on the RB26.

Just curious!

  • Like 1

Actually, that is the external oil pump bracket from Ross. Good eye though.....

The S14 this RB30 is going into won't have A/C for now, and it has electric power steering pump from an MR2. I am actually looking into a small A/C compressor that I can fab a bracket where the power steering pump use to mount. But that is another day/week/month/year lol.

I did make a "copy" from a piece of cardboard lol. I shouldn't need to make another one. Unless I get another block in the future and it doesn't have the machined area.

hey thats much better than how I did it. Great job!!!! I hope you traced around it and saved a copy for future reference.

BTW, how did you do it?

am i missing something but what are you doing about a water pump?

The water pump still bolts to where it goes. Look at the bracket I made. It has indentions for the water pump mounting ears. The template I made for the bracket had the water pump mounted to the block so I knew where it went and the curves/mounts it had. When I'm at the shop again, I'll take a pic of it with the water pump on.

Compare to how you did it mine is extremely agricultural hahaha. I started with a piece of 5 or 6mm thick flat bar. drilled a hole in it to suit the stud. and progressivly ground it it down till it sat in the hole and gave the idler a flat surface to sit on. pretty time consuming really. You should scan your jig on an a4 piece of paper and attach it to SAU. that way people in future can print it out and trace it onto steel or what ever

I just may do that. With it being aluminum, it really didn't take me long to do, thankfully. It's 1/4" thick. I'll get to work in the next few days and trace it out and upload it.

  • 2 weeks later...

Well, everything worked out as planned. The second tensioner is exactly dead straight with the other timing belt components. Here are some pictures. I'll be attempting to scan in the template I made into a PDF file. It has total size measurements so when you print it, you can blow it up or shrink it until it measures right.

post-13056-0-31166800-1366738927_thumb.jpg

post-13056-0-22812300-1366738951_thumb.jpg

post-13056-0-27769100-1366738992_thumb.jpg

Here is the template that I promised everyone. It is in PDF Adobe Acrobat format. Just print it out. Then measure from side to side and top to bottom and compare it to my measurements. If they are off, just blow it up or shrink it until your measurements equal mine. The bolts holes don't need to be super accurate as the bolt head and washers will take care of the slack. The holes I have marked are dead on with my template. The two larger holes need to be big enough for a M10 bolt to go through, and the three smaller holes need to be big enough for a M6 bolt to go through.

I actually have the one I have pictures of for sale if anyone would like to purchase it. I made another copy and I am using it.

I'll let it go for $60 USD shipped to you in Australia, England, etc......Just shoot me a PM or post on here.

2083_001.pdf

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now


  • Latest Posts

    • Waaay ahead of ya....(evil laugh!!) Will show the fitment and spec details later when it isnt as rainy !
    • Thanks Dose.....    I appreciate it!!
    • I'll probably be putting the shit box back on the dyno again soon, I want to dial in the closed loop boost control properly. I'll have a camera facing the car/motor for fun too. Just note, there are essentially 3x 10AN inlets going into the catch can and 1x going back to the intake pipe. Most of the time the catch can "return" to the sump actually is the crank case breather, pushing air out.
    • I have the R3C with a Nismo slave and by no means does it behave like a stocker, it ain’t THAT bad. On take off just give a bit more throttle than you would say a coppermix and it’s fine. It will not slip though.   
    • Okay. Final round of testing done. Got a friend to hook up a fancy scanner to the car and we also ran some compression and leakdown tests, she is healthy.  The MAF was definitely the culprit. So for future reference anyone with similar issues that find this thread. I suggest the following steps, in order of affordability:   Check your spark plugs for any fouling, replace plugs if they are bad or re adjust the gaps making it narrower (0.8mm would be good). Check every coil's resistance with a multimeter. It can be done by probing the IB and G pins on the coil pack. Resistance should be around 1.4 (+/- 0.1) Ohms Check the MAF. If you have Nissan connect or a good scanner with the 14 adapter it should allow you to see the voltage on the MAF reading should be around 1.1 - 1.2V when car is idling. But if you don't, buy a new MAF from Amazon and test, then return it. (For instance, I got a Chinese one for $40 that was reporting 1.3v on idle). If you still have scanner, you can run tests on the injectors to see if they are working, just remember to unplug the fuel pump fuse/relay and have no pressure on the line. Then listen for the noises that the injectors make. Clean/replace injectors as needed. Once you find the issue and fix, order thousands of dollars worth of OEM parts to refresh unrelated things (Optional)   PS: Thanks to the absolute legends of this forum for the responses and help to someone that went a bit over their head. (me)
×
×
  • Create New...