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Ry helped fix this. We replaced the pins and and connectors and supplanted the existing traces with soldered wire.
Experimenting with welding cable for the interconnect cables, as my area seems to not like stocking flat braided wire. Notice I also melted the nylon bolts to the nuts, to keep them from working loose. Since I also prefer to solder my wiring, and couldn't with these modules, I used an anti oxidizing compound for the wire connections called "NoOx".
Stagecoach Lincolnshire InterConnect Alexander Dennis E400 15811 FX12BBV seen on route 6 leaving Skegness interchange.
Interconnect DIY
Cable: Van Damme - shotgun audio twin interconnect 268-500-000
RCA: HK copies of Monster Cable RCA
This is a major hub for the fiber optic interconnect. It will go 3 ways with this project, and a fourth, in the future. The cable vault provides a large volume, to store spooled slack fiber optic cable, and the fiber optic splice cases.
The slack fiber is not just to have extra fiber laying around. It is needed so that is additional splicing, or other work on the fiber is necessary, the field techs can pull it out, then move the splice enclosure up to 100 feet away from the vault into a controlled environment for splicing, testing etc.
Some of the fiber contractors have dedicated trailers that have special doors for bringing in the fiber cable and splices so the technicians can work in a controlled environment. The extra length of fiber adds a small amount to the cost of the project, but gives the best chance of getting the job done right the first time.
Interconnect DIY
Cable: Van Damme - shotgun audio twin interconnect 268-500-000
RCA: HK copies of Monster Cable RCA
37197 is seen idle at Cleethorpes Sea Road, preparing to return to Morrisons as a 4 after arriving in Cleethorpes as a 3.
first of (interconnecting) poster series for the band 'glass candy', created for Poster design class with Kobi Franco
Normally operated by single deckers, double deckers do turn up time to time as this service usually gets very busy.
no. FX06 AOC
Siemon Interconnect Solutions QSFP+ Copper Cable assemblies were developed for high-density applications, offering a cost-effective, low-power option for high-speed data center interconnects. The QSFP+ form factor (Quad SFP+) can replace up to four standard SFP+ connections, providing greater density and reduced system cost. The direct-attach assemblies support emerging 40Gb/s applications and are available in standard lengths up to 6 meters (19.7 feet) with longer custom lengths available.
Multiple conductor sizes available to achieve optimized performance
Positive retention pull-release latch system
High-Density QSFP+ connector
Ultra low crosstalk for enhanced performance
Copper Busbar's will be made like this example, using the 1/2" Soft Copper pipe.
Flattened out, and then formed with the loop for flexing, and drilled to accomodate the battery terminal posts.
If time permits, and I can find my large solder pot, we may tin them. At the very least they will be lathered up in No-Ox ID-A for sure.
We'll stack on top of each other more busbars, until there is no longer any heat generated at the busbars during typical Highway Driving.
NOTE: The taller the loop in the busbar, the more flexable they will be.