30Amp 48V 2x6 Position Terminal Block Distribution Module

Makes prototype work a breeze.

Used this in a custom printed control box for my 3d printer. It allowed me to only run one pair of wires and then distribute to the other items in my box with relative ease (like the rasberry pi, the printer motherboard, etc.) I did NOT use it to distribute to the bed mosfet, but ran those wires direct; This would probably have handled it (all the numbers worked out) but I didn't want to mess with getting too close to the limits on this block. Anyway, it worked well and did the job I needed it to do.

Haven't used it yet but looks like it work just fine!

Very solid design and was a great solution for a large AV project I did. Very pleased.

It made it easy to hook up my LED light strips without having to use wire nuts or solder

This terminal block distribution module is a fine alternative to simply connecting your wires together. Mine seems to be working alright. The description states that the main A/B terminal blocks can take from 26 to 10 gauge wire and the side A/M terminal blocks can take from 26 to 12 gauge wire. I disagree. I used 10 and 12 AWG wires and had great difficulty getting them into the blocks. What should have taken all of 5 minutes to assemble took over 30 minutes. I should have been able to simply loosen the screw for the block, insert the wire, and tighten the screw for the block. A very simple process. Since the wires I used were at the max of the size range, I had to wiggle, twist, and push for a few minutes per wire. If I had to use all six terminals, this could have taken me over an hour to do. If you choose to use 10AWG for the main terminal blocks, or 12AWG for the side ones, I suggest you trim a few strands away from your wire before you try to insert it. This would save you a lot of time and effort.

I wanted a small terminal connector to connect 5 small solar panels to a common feed wire. This was perfect, and it easily fits inside a standard junction box for outdoor use.

I was using an inverter to convert solar to AC. I replaced an entire inverter by using this block, and some barrel jacks. Granted, it was early enough in my project that I was able to switch to DC powered stuff. But this really cleared out a ton of room. Its super simple, and exactly what I needed.

module court circuité...a brulé mon setup