It won't work for me, I'll try to re-start the browser in a bit, doing something in another tab @ the moment so can't close it.
Had a conversation at wholesalers today. They are stopping providing the old CU's. New wylex m/clad 10w HI £80 without breakers.
Wylex 40mm gland for tails £10, others available for £5. Some sort of sealed unit for rear incorporating glands £30....so we're talking something like £160 for a complete unit. Double the cost.
Looks like there's not going to be much choice. Short and curlies, eh? Ridiculous!!
are you sure www.youtube.com/watch?v=12OSBJwogFcUntil you drop it!
are you sure www.youtube.com/watch?v=12OSBJwogFc
Just fitted a metal wylex split board for less than £120 in parts - 8 x mcb and a 40mm stuffing gland, you're getting ripped if its £160 the wholesaler was even taking about a fully loaded soon for less than £100 so not sure where your getting yours from.
Borosilicate could be the answer!The issue with glass of most kinds is it stresses easily with heat so focus the heat in one spot it usually shatters .... not enough info in the link but totally respect your response lol
Borosilicate could be the answer!
I believe the issues with 'exploding' pyrex were down to using inferior tempered soda-lime glass instead of borosilicate which incidentally most laboratory glassware is made from.Yes we have oven ready Pyrex glass ... but you missed my key point, if you heat up only one spot of glass the stresses between the hot and cold areas can cause it to shatter, fracture, crack etc ... oven glassware is heated up more or less evenly so little issue but car windscreen are a good example for shattering or cracking when you poor boiling water on it to melt the ice. The link gave limited info on properties of the glass so may not be suitable or even cost effective.
Just look up exploding pyrex dishes etc ..consumers ignoring usage warning and putting a hot dish under a cold running tap is one way to achieve this.
Glass is an insulator so is prone to temp' differential stress where as metal is a good heat conductor and doesn't shatter with high temperature gradiants across its surface.
I believe the issues with 'exploding' pyrex were down to using inferior tempered soda-lime glass instead of borosilicate which incidentally most laboratory glassware is made from.
I wasn't being serious as I'm sure Tel wasn't when he suggested glass being used for cu's but the more I think about it the more I'm 'warming' to the idea.
true, did you look at part2 its very interestingYes we have oven ready Pyrex glass ... but you missed my key point, if you heat up only one spot of glass the stresses between the hot and cold areas can cause it to shatter, fracture, crack etc ... oven glassware is heated up more or less evenly so little issue but car windscreen are a good example for shattering or cracking when you poor boiling water on it to melt the ice. The link gave limited info on properties of the glass so may not be suitable or even cost effective.
Just look up exploding pyrex dishes etc ..consumers ignoring usage warning and putting a hot dish under a cold running tap is one way to achieve this.
Glass is an insulator so is prone to temp' differential stress where as metal is a good heat conductor and doesn't shatter with high temperature gradiants across its surface.