Terminal Block: Difference between revisions

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You'll want to cut the thick HDPE to size, ex. 1/2" x 1" x Length
You'll want to cut the thick HDPE to size, ex. 1/2" x 1" x Length
Now drill the thick HDPE piece with a 4.5mm diameter drill bit for the screw terminal holes and a  5.5mm diameter bit for the mounting holes
Tap the screw terminal holes with an M5x0.8 tap
[[File: HDPEPlate.jpg|100x100px]]
[[File: CutHDPEPlate.jpg|100x100px]]
[[File: DrilledHDPEPlate.jpg|100x100px]]
[[File: TappedHDPEPlate.jpg|100x100px]]


Also cut the thin HDPE to size, ex. 0.06" x 1/2" x Length (ex. 1")
Also cut the thin HDPE to size, ex. 0.06" x 1/2" x Length (ex. 1")


Also cut the aluminum flat to drilling size, ex. 1/8" x 1/2" x mountable length (ex. 6") for mounting onto a vise
[[File: HDPESheet.jpg|100x100px]]
[[File: CutHDPESheet.jpg|100px]]
[[File: Cut2HDPESheet.jpg|100x100px]]
 
Also cut the aluminum flat to drilling size, ex. 1/8" x 1/2" x mountable length (ex. 9") for mounting onto a vise while leaving space to mount onto a bandsaw for cutting out the small pieces
Also drill the aluminum pieces with the 5.5mm diameter bit
Cut the aluminum lengths to use size ex. 1/8" x 1/2" x Length (ex. 1") for each conductive pair


Now drill the thick HDPE piece with a 4.5mm diameter drill bit for the screw terminal holes and a 5.5mm diameter bit for the mounting holes
[[File: aluminumflat.jpg|100x100px]]
[[File: cutaluminumflat.jpg|100x100px]]
[[File: drilledaluminumflat.jpg|100x100px]]
[[File: cut2aluminumflat.jpg|100x100px]]


Also drill the aluminum pieces with the 5.5mm diameter bit
Mark the positions and and melt the thin HDPE onto the thick HDPE to divide each screw terminal pair


Cut the aluminum lengths to use size ex. 1/8" x 1/2" x Length (ex. 1") for each conductive pair
[[File: meltHDPE.jpg|100x100px]]


Tap the screw terminal holes with an M5x0.8 tap
Screw on the aluminum pieces


Melt on the thin HDPE onto the thick HDPE to divide each screw terminal pair
[[File: mountaluminum.jpg|100x100px]]


=Action Package=
=Action Package=

Revision as of 19:59, 9 October 2012

Introduction

Screwterminal1.jpg

Design Goals and Paths

The objective is a redeployable, fault-protective series of wire clamp pairs (each pair being electrically conductive).

Insulator Frame: HDPE

Conductive Bridge: Aluminum 6061T6 (abundant aluminum, easy to machine) (note: watch out for galvanic corrosion!)

Fastening Screw: Stainless Steel 304, socket head cap screw

Materials

Stainless Steel M5x0.8, 16mm Lg Socket Head Cap Screws

HDPE Natural White 0.06" x 12" x 24"

HDPE Natural White 1/2" x 12" x 24"

Aluminum 6061T6 1/8" x 1/2" x 72"

Steps

You'll want to cut the thick HDPE to size, ex. 1/2" x 1" x Length Now drill the thick HDPE piece with a 4.5mm diameter drill bit for the screw terminal holes and a 5.5mm diameter bit for the mounting holes Tap the screw terminal holes with an M5x0.8 tap

HDPEPlate.jpg CutHDPEPlate.jpg DrilledHDPEPlate.jpg TappedHDPEPlate.jpg

Also cut the thin HDPE to size, ex. 0.06" x 1/2" x Length (ex. 1")

HDPESheet.jpg CutHDPESheet.jpg Cut2HDPESheet.jpg

Also cut the aluminum flat to drilling size, ex. 1/8" x 1/2" x mountable length (ex. 9") for mounting onto a vise while leaving space to mount onto a bandsaw for cutting out the small pieces Also drill the aluminum pieces with the 5.5mm diameter bit Cut the aluminum lengths to use size ex. 1/8" x 1/2" x Length (ex. 1") for each conductive pair

Aluminumflat.jpg Cutaluminumflat.jpg Drilledaluminumflat.jpg Cut2aluminumflat.jpg

Mark the positions and and melt the thin HDPE onto the thick HDPE to divide each screw terminal pair

File:MeltHDPE.jpg

Screw on the aluminum pieces

File:Mountaluminum.jpg

Action Package

File:Screw-terminal1.zip

Contact Us

Yoonseo Kang - ykang404@gmail.com