AstroElectric's photos with the keyword: electrical

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 1 380
I love this 1970's stuff! Source: Google

CL&P 13.8kV - New Milford, CT

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 376
Another 1970's CL&P construction with a wide wooden brace. This tap setup appears to have been for two-wire 4.8kV until they converted it into single-phase 8kV. Source: Google

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 1 442
The single-phase tap line here is 7,620V WYE. Note the old spool bracket with only the neutral wire being used now. Source: Google

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 395
Classic 1970's CL&P with 15kV-rated A.B. Chance "radio-free" insulators. U.S. 7 nearby I remember had poles of this specification until the complete rebuild. Source: Google

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 396
Classic typical 1970's CL&P slackspan crossarm construction with Chance "sky glaze" radio source: Google

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 1 363
Here's a line of "updated" chicken wing bracket poles installed somewhere between 1980-86. Mostly unchanged! Source: Google Maps

CL&P 13.8kV - New Milford, CT

17 Dec 2014 300
Here's a nice classic 1970's CL&P crossarm construction! Source: Google Maps

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 299
Source: Google Maps

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 271
Source: Google Maps

CL&P 13.8kV - New Milford, CT

17 Dec 2014 291
You can see the conductors go from covered to bare (aluminum I believe), which porcelain insulators are much more likely to show up. Originally this pole likely had 15kV Chance "sky glaze" porcelain insulators. Fortunately the covered conductors are the short section of the line. Source: Google Maps

CL&P 13.8kV - New Milford, CT

17 Dec 2014 1 278
A little taken-over by the vegetation! Here's a nice 1990's-era CL&P riser that feeds a McDonalds that was built in 1994. I really like this riser design. One of the last years CL&P used the white Chance bell insulators before fully switching the polymer strains. Source: Google Maps