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Discuss Warehouse Job in the Australia area at ElectriciansForums.net

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Dave 85

Hi lads
Just looked at wiring a warehouse about 20m by 20m and thought I'd get some opinions on a few things.
I've done a bit of industrial but am 95% domestic. (Not domesticated though)

Its an empty industrial unit at the mo with just a new 3phase board and nothing else. Its gonna be used as a workshop for building luxury log cabins.
So heres what im thinking:
PVC conduit run horizontaly a meter off the ground to feed all the sockets. Is this adequate you reckon? I don't do steel so its that or SWA
6 Metal Halide 250w lights, wired in SWA-Are these the best type of light? is 6 enough?
RCBO's on the sockets-Im tempted not to bother, what do u guys think?

Any thoughts would be much appreciated
 
We swear by HF Anti corrosive 6ft twins run with Trifos daylights , I am sure you will already know but for those that do not make sure you run your fluorescents across at least two phases or just use HF fittings to stop the stroboscopic effect .

Good point, as HF are now so cheap, i only fit HF which come with tri-phos tubes around 4000K which is nice and bright. Really no point fitting the old type anymore they look really bad in comparison. Although, and i may be just unlucky with supply but i am reliably getting 1% failure rate of new 4000K tubes from Osram mainly
 
Good point, as HF are now so cheap, i only fit HF which come with tri-phos tubes around 4000K which is nice and bright. Really no point fitting the old type anymore they look really bad in comparison. Although, and i may be just unlucky with supply but i am reliably getting 1% failure rate of new 4000K tubes from Osram mainly

All our Flu fittings are now HF, but in the hospitals generally 6500K tubes. One thing worth mentioning here the HF ballasts have no-where near the longevity/reliability of the older type ballasts... Horses for courses in many respects mind...

It's only when you are installing many thousands of the things, that you get to see/recognise some of the disadvantages of new type equipment. You'll be surprised just how many units have to be returned to the suppliers, RCD devices (all types) is a case in question that springs to mind in this respect!! lol!!!
 
I have been doing a EICR in an ex joinery building, okay the previous tenants had been in there a long time, you really need to consider the lighting you fit has the correct IP rating for the saw dust that will be created.

No doubt although they are big log cabins being built there will be a lot of fine saw dust if they carry out sanding. 5 meters up the ceiling and lights are covered in saw dust at the place I am at.
 
All our Flu fittings are now HF, but in the hospitals generally 6500K tubes. One thing worth mentioning here the HF ballasts have no-where near the longevity/reliability of the older type ballasts... Horses for courses in many respects mind...

It's only when you are installing many thousands of the things, that you get to see/recognise some of the disadvantages of new type equipment. You'll be surprised just how many units have to be returned to the suppliers, RCD devices (all types) is a case in question that springs to mind in this respect!! lol!!!

Actually you have got me thinking, have never fitted daylight tubes , i.e. over 4000K can you actually fit 6500K tubes into a HF fitting that normally comes with 4000K, cos i might try them for this machine shop, guess i will have alot of spare tubes as i need 20X 6ft doubles - thx
 
Thanks for the help lads, from the sounds of it theres only gonna be one bit of hard wired 3 phase machinery but not had a proper discusion really. The prob with metal truning is that the vertical steels protude from the walls about a foot right up to the ceiling, every 6 metres all the way round. So getting past them would be a nightmare. Think this ones gonna have a tight budget so I'm not too concerned about future proofing.

a job doesnt stop because of an obstruction,you work round it,either by buying preformed bends or making your own,no matter what you use your going to have to bend round it.
 
a job doesnt stop because of an obstruction,you work round it,either by buying preformed bends or making your own,no matter what you use your going to have to bend round it.


lol, once did a wharehouse about 150mtrs x 100mtrs pillars about every 5mtrs had to set round every single one with 2x2 galv trunking! nightmare but looked the dogs when we'd finished!
 
lol, once did a wharehouse about 150mtrs x 100mtrs pillars about every 5mtrs had to set round every single one with 2x2 galv trunking! nightmare but looked the dogs when we'd finished!


I did one just about the same size, Used 2x2 Galv trunking, once you do a couple of bends your like a pro, You will fly through it. I simply used a jigsaw with a HSS blade on for cutting the lengths into desired sizes, and another tip drill out your mounting holes in the full lengths equally spaced so you can screw them down to a work surface whilst you cut and work on them. And besides the customer will be paying for the material don`t worry about the number of bends you need to use (2 internal & 2 external for each pillar/steel support), at least when its finished you will be very proud and pleased with yourself.

SECONDLY!!! If it`s the landlord who is getting you to do the work don`t worry about the tenants consumption or requirements, As I understand the Landlords just needs to provide A sufficient sized D/B and lighting, there on its the tenant who needs to order the remainder work to be done according to the spec`s on his machines etc... so you have two lots of jobs and customers.:devilish:

Hope this helps.
 
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a job doesnt stop because of an obstruction,you work round it,either by buying preformed bends or making your own,no matter what you use your going to have to bend round it.

The other option is to angle bracket off the wall for a straight run of trunking, conduit out of the back and 90 degree down to positions.
 
decent idea,but will take longer and cost more making and fixing uni strut brackets than a few bends.
Done it loads of times, contact in an engineering works very handy. Inch angle iron, welder and red lead or spray paint. Fix a few brackets between pairs of pillars and place the system on top, drill and fix as you go along. I agree about unistrut but, if you can get brackets made up, no probs.
 
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Im working for the tenant, that's the issue. Landlord supplied 3ph DB and nothing else. I could potentially get a lot of work outta this guy wiring cabins so I can't risk losing this job by overdoing the price. Still waiting for spec but ultimately I'll give him the choice of how it's done
 

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