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warn xp motor


gsr341

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Yeah the gap below the motor is about 10mm , Should of used higher spacers when fitting the winch .

But no worries , I shall weld a stud on the side of the motor know (cheers Paul)

I guess if I weld it and qwench it it shouldnt transfer too much heat to the internals .

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Jase

what about just drilling Tapping a new hole on the side or where ever suits?

I did think about that, but it was after I rebuilt and refitted the winch , I have a nice little mod you might be intrested in Tony , Grease nipples on the drum bearings , I took some pics on my phone , must post them up soon .

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No numbers for you but generally joins = bad, if nothing else they are an added potential failure point through corrosion / coming undone etc... not to mention the resistance they add into the circuit. As was said, it doesn't matter how super-nice your +ve wire is if the electricities can't get back to the -ve just as easily.

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Hmm, the 60mm2 stuff is as thick as your thumb and is quite heavy, maybe I'll stick to the 35 in future

At least when it goes twin motor I can just bridge some 35mm2 off the power from the 1st albright for the 2nd

Talking of which, and without opening the can of worms, does anyone know how much a gigglepin twinmotor draws? Jim, Paul what size cable do you use?

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Talking of which, and without opening the can of worms, does anyone know how much a gigglepin twinmotor draws? Jim, Paul what size cable do you use?

That's done it!

The can's open again!

Mods get your moderating stick out.

All I will say Lewis is the twin motor set up will draw 'many' amps, I use 35sq mm cable from the batteries to the two Allbrights and then 35sq mm to each motor.

I am running 12v motors on 24v which does make a whizzing noise, probably caused by the 24v electrons trying to cram themselves into 12v motors. freak3.gif

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Mmmmm.......I'm using 70mm' Tri rated this time....when I get round to fitting the winches that is :unsure: ...although the cables are in already for them ;)

25 mm - 183 Amps

35 mm - 226 Amps

50 mm - 274 Amps

70 mm - 351 Amps

Roughly.....90'C Tri Rated cables

volts drop for those interested....

25 mm - 1.85 Mv/A/M

35 mm - 1.35

50 mm - 0.99

70 mm - 0.68

all these are Millivolts/per amp/per metre...

so for example....70mm @ 0.68/ 300 Amps / 4 m cable run = 0.81 Volts drop

35 mm @ 1.35/ 300 Amp /4 m cable run = 1.62 Volts drop

this would be higher if your current is higher obviously

35mm @ 1.35 / 450 Amp / 4m Cable run = 2.43 volts drop

so your 12 volt winch with nominal 12 volts could only be getting 9.57 volts at the motor....

poor winch performance.......Oh yes !

It's early so check my calcs :lol:

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