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- Dec 25, 2009
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we used to have a way of finding the short, stick a bolt in the fuse holder and have several pairs of eyes watching for the smoke, locates it pretty quick, Rick
we used to have a way of finding the short, stick a bolt in the fuse holder and have several pairs of eyes watching for the smoke, locates it pretty quick, Rick
And then replace loom and fill insurance docs out for fire damage
we used to have a way of finding the short, stick a bolt in the fuse holder and have several pairs of eyes watching for the smoke, locates it pretty quick, Rick
To sort this out, you need to take a methodical approach. It's the only real way that you will get there. I've seen so many people jump around a fault like you have done and they either never fix it or take ages.
First, if you can get a wiring schematic.
Check your battery voltage, then follow the first battery live feed to the first junction (probably a supply to multiple fuses in the engine bay fuse box) and check it there. From there it will supply several permanent battery lives to things like the alternator and lighting(some via fuses but necessarily all at this stage).
Then it will go to the ignition key as a permanently live and there will be an ignition output from the key switch to some directly supplied items and to some relays. Remember all your ignition lives can and do only ever originate from the back of the key. Of course there are some accessory position lives too but they are unlikely to concern us here.
Check for corrosion on /in plugs and connectors and on fuses. look especially for the green corrosion called verdigris since that can reduce the voltage as you have described.
If the glow plug system relays also supply the stop solenoid as is done on many types of vehicles then suspect that. Just because you can hear the relays clicking, does not always mean everyting is ok. A much smaller voltage than 12v can still energise the coil and thus close the contacts in a relay but the switched side still does not have enough to supply the component requiring it.
I did suggest earlier that if you supply the stop solenoid directly from the battery then you should be able to start the engine of a regular injector pump design engine, you can also energise the glow plugs too with a cable of sufficient capacity. That way you can totally eliminate fuel and mechanical issues if the engine starts.
Remember a METHODICAL approach, do not jump from area to area without elimination.
Stop fiddling do as you have been told a few times:doh
I did suggest earlier that if you supply the stop solenoid directly from the battery then you should be able to start the engine of a regular injector pump design engine, you can also energise the glow plugs too with a cable of sufficient capacity
this will teach you not to take things apart just because you own spanners:lol
i have done that:doh still not starting
you haven't had the fuel pipes off n mixed em up have you ?
defiantly not
i'm going to check the injectors again as this is pissing be right off thought it would be simple but obviously not, all iv'e done was disconnect a few thing so i could move the loom off the inner wings for rust protecting, and not every things re connected.....it's almost like somethings re set it'self but the Terrano's fuel system is nice and basic....it isn't resetable
theirs no smell of fuel when cranking or any smoke.....just hot starter motor cables
Right. As I said, it's years since I worked on a TD27 and I can't even remember what I did.
Just for now, forget the electrical side of things. Lets get fuel into the pump.
You said the filter head primer goes hard when you pump it so it sounds like you're getting fuel to the injector pump at least. But lets not take anything for granted. take the fuel supply pipe off the IP and make sure there's fuel there.
Now unscrew the stop solenoid and take it out, be careful you don't drop the needle and spring. Now have a look if there is fuel in the hole for the stop solenoid and pump the filter head and see what happens. test the stop solenoid on the bench, put +12v to the connector and -12v to the metal body, see if it draws the needle in.
Assuming all this is ok so far. Put it back together, pump up the filter head and crank it with one of the metal injector pipes unscrewed almost all the way. I would suggest bleed the IP but I don't know if/where the bleeds are.
You should get a lot of diesel out of the injector pipe, much more than a drip.
If you have got a lot of air in the system you might need to do quite a bit of cranking, but don't crank for more than 15-20 secs at a time and let it rest to cool off the motor etc for a bit.
If your stop solenoid is a duffer you can leave the needle out and screw just the body back in but you will have to stall the engine to stop it or block the air intake.
Sorry i can't be more vehicle specific but I have a Td42 myself and work on cummins 19 litres now, they're both a bit different.
would it be worth me doing a video on what's going on for you all?
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