So I flared the ends and drilled 4mm holes in the sleeve and soldered the pipe in place. Fingers crossed its water tight...
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj8lDP1ebfgN1UUJ1J-nS4EFE-B4KzorOHLYkXWpUVPOBFxPSGapaY1oIoWFKFHRJyxNfjQjhjIiAyEtqLMyyFJ1T4MGMJa_RyhI_euUR2ofWNuBVbDVELg6HZwU6GP2IhYxSE0dQ_9BuM/s400/cooling+in+hand.jpg)
The seal around the inlets on the belljar is just an o-ring Wilson Seal style. Its a standard plumbing fitting altered a bit on the lathe. It is necessary to remove the first 3mm or so of thread on the 'body' of the fitting in order to allow the 'nut' to pinch the o-ring enough. I also recut the inner bevel of the body of the fitting to 45 degrees or so. It seems to work well. Plus grease of course.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgLSX1-KXFlCJfirlmHi5TxBDEir85ya3uma0XfzQWzfmTEjsXFJIHJOAQpd5W6D5yVlWx96f0wD0PwO_cv4SlphNEFo6qMDaN3hIX_ckrcpgnn_3m1eMVAv1oeg6mGyI7q5qlXj_7NFBI/s400/feed+through+o+rings.jpg)
The anode here is a similar setup. The loop is iron wire, well no, its a welding rod so it's probably steel !
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiQeedaOkqKiCaB-2ztfH5UdkkfhC4QSpQWRHB3WEBOlTDgKIF4fbQU8tunghk-SWO-T9GBQBc_bnEjwmMPbEKPBCO9OIUTT3dQ71Fykb-m1LVLSF-NksEwuF8LflhyphenhyphenXvYinA0IwSSwTpQ/s400/cooling+in+place.jpg)
No comments:
Post a Comment