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THIS item is an assembly with the element described below with a prewired 15 foot long 10/3 cable. The end of the cable has a molded in L6-30P.
These Ripple TC elements don't have screw in bases but are welded right to a 1.5" TC flange. This particular version provides an integrated wiring enclosure where the incoming cable gets hard-wired in. For those users who do not need the cable to disconnect, this option provides a more sturdy connection putting less stress on the cable connections in commercial environments for example.
You will need a 1.5" TC port on your kettle and we offer several different ways to get that done; weld ferrule, solder ferrule, and weldless. These are available separately. The L6 cable is also available as a separate item. Again, this element does not include a gasket, clamp or TC port for your kettle. They are available separately.
Element length is approximately 14.5" Long to the TC flange. Please note that the length does vary across different production runs so if your kettle is going to be a tight fit, call ahead and we'll measure our current stock for you. We are not responsible for return shipping costs if you find that it doesn't fit.
Watt density works out at just around 75 Watts per Square Inch. We are often asked about LWD vs ULWD and we're yet to find any technical documentation that defines exactly what this means and what technical governing body decided what the WPI has to be for specific names. What we can tell you is that these elements do not scorch wort. It's the lowest watt density you can get for a 5500 watt element that also fits into kettles as small as 13-14" with a large TC ferrule welded in.
Everything is 304 High polish stainless steel.
It is extremely important that you consult with an electrical professional for advice or wiring help. Under no circumstances should these be used without proper wiring, ground fault circuit protection, over current circuit protection. We are not licensed electricians so we cannot provide wiring advice.
Note that you should take extra care to ensure good electrical conductivity between the element prongs and the female cord end. Since these are used in often moist environments are are stored in garages and basements, some light oxidation may build up on the prongs over time and it can be hard to see. We recommend occasionally scuffing up the prongs with some 100 grit sandpaper, emory cloth, emory board, etc and wiping the dust off with alcohol about every 4-6 months. Failure to do this may result in an overheat situation at the electrical connection which may cause the cord end to melt in worst case scenarios. This failure is not very common, but like dry firing damage, it is not covered under the 1 year warranty.
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