Oil Temp.
Usually, you get the temp sensor installed at the oil sending unit which mounts to the block. I wish I had a picture to describe it. But it's pretty easy. You just remove the oil sending/pressure unit, and attach a brass fitting in its place. Now you can reattached the stock units, and "T" in the oil temp sensor. Most temp sensors will come with the T. I havent seen the oil-filter adaptor approach yet. I have seen that method done for oil cooler installations.
I am sure someone will have a better answer that me.
I am sure someone will have a better answer that me.
one thing you should consider:
The stock oil pressure sensor uses a 1/8" BSPT thread, and most aftermarket oil temp sensors will use a 1/8" NPT thread. These threads are similar but not identical. If you use teflon tape, it usually seals the gaps up well enough, but a proper installation would use an adapter from BSPT to NPT.
I'm working on a sensor kit that complements the oil cooler kit that I'm working on. Both should be available soon (1-2 months), and I will make a post about them here.
The stock oil pressure sensor uses a 1/8" BSPT thread, and most aftermarket oil temp sensors will use a 1/8" NPT thread. These threads are similar but not identical. If you use teflon tape, it usually seals the gaps up well enough, but a proper installation would use an adapter from BSPT to NPT.
I'm working on a sensor kit that complements the oil cooler kit that I'm working on. Both should be available soon (1-2 months), and I will make a post about them here.
Last edited by azrael; May 16, 2004 at 09:25 PM.
I'm due to use the oil filter adapter approach when I install an oil temp sensor during an upcoming oil change.. will let you know how it goes.. got the greddy adapter.. that comes with the appropriate fitting for our Z
Originally posted by azrael
one thing you should consider:
The stock oil pressure sensor uses a 1/8" BSPT thread, and most aftermarket oil temp sensors will use a 1/8" NPT thread. These threads are similar but not identical. If you use teflon tape, it usually seals the gaps up well enough, but a proper installation would use an adapter from BSPT to NPT.
I'm working on a sensor kit that complements the oil cooler kit that I'm working on. Both should be available soon (1-2 months), and I will make a post about them here.
one thing you should consider:
The stock oil pressure sensor uses a 1/8" BSPT thread, and most aftermarket oil temp sensors will use a 1/8" NPT thread. These threads are similar but not identical. If you use teflon tape, it usually seals the gaps up well enough, but a proper installation would use an adapter from BSPT to NPT.
I'm working on a sensor kit that complements the oil cooler kit that I'm working on. Both should be available soon (1-2 months), and I will make a post about them here.
Originally posted by azrael
one thing you should consider:
The stock oil pressure sensor uses a 1/8" BSPT thread, and most aftermarket oil temp sensors will use a 1/8" NPT thread. These threads are similar but not identical. If you use teflon tape, it usually seals the gaps up well enough, but a proper installation would use an adapter from BSPT to NPT.
I'm working on a sensor kit that complements the oil cooler kit that I'm working on. Both should be available soon (1-2 months), and I will make a post about them here.
one thing you should consider:
The stock oil pressure sensor uses a 1/8" BSPT thread, and most aftermarket oil temp sensors will use a 1/8" NPT thread. These threads are similar but not identical. If you use teflon tape, it usually seals the gaps up well enough, but a proper installation would use an adapter from BSPT to NPT.
I'm working on a sensor kit that complements the oil cooler kit that I'm working on. Both should be available soon (1-2 months), and I will make a post about them here.
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nothing wrong with the sandwich approach.. it just makes the install of an oil cooler a bit harder, since the oil cooler usually uses a sandwich as well.
IMO, the best solution is to use a BSPT-to NPT T-adapter and run a small diameter hose out to the sensor from the adapter. Connecting all of the sensors directly to the T-adapter tends to cause issues with cracking due to engine vibration and the weight of the sensors hanging off of the T-adapter.
IMO, the best solution is to use a BSPT-to NPT T-adapter and run a small diameter hose out to the sensor from the adapter. Connecting all of the sensors directly to the T-adapter tends to cause issues with cracking due to engine vibration and the weight of the sensors hanging off of the T-adapter.
Originally posted by scz
By BSPT, do you mean british standard shiit? Honestly who uses that anymore. I have like 4 BS wrenches and I have used them maybe once on a 1973 march open wheel car
By BSPT, do you mean british standard shiit? Honestly who uses that anymore. I have like 4 BS wrenches and I have used them maybe once on a 1973 march open wheel car
Originally posted by azrael
nothing wrong with the sandwich approach.. it just makes the install of an oil cooler a bit harder, since the oil cooler usually uses a sandwich as well.
IMO, the best solution is to use a BSPT-to NPT T-adapter and run a small diameter hose out to the sensor from the adapter. Connecting all of the sensors directly to the T-adapter tends to cause issues with cracking due to engine vibration and the weight of the sensors hanging off of the T-adapter.
nothing wrong with the sandwich approach.. it just makes the install of an oil cooler a bit harder, since the oil cooler usually uses a sandwich as well.
IMO, the best solution is to use a BSPT-to NPT T-adapter and run a small diameter hose out to the sensor from the adapter. Connecting all of the sensors directly to the T-adapter tends to cause issues with cracking due to engine vibration and the weight of the sensors hanging off of the T-adapter.
found this, the only thing is that my oil temp sensor is 1/8pt.. not 1/8NPT
http://www.nissanperformancemag.com/april04/nissport/
http://www.nissanperformancemag.com/april04/nissport/
you would want to take oil temp as close as possible to the oil pan as possible. that is where most of the oil is the majority of the time. and is where it would most accurately give the reading.
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