Arc Fault Circuit Breaker Tester

This item was sourced on as one of the items in an RFQ in USA for Milling & Turning

Build all machined parts for the above listed assembly. Parts included are 1. SK-EQ-1502, High Temp Ceramic Base, Qty =4, Matl: Machinable Alumina Silicate Ceramic from McMaster Carr , 2. SK-EQ-1503, High Temp Fiberglass Base, Qty:= 4, Matl: Electric Grade Fiberglass, GPO3 from McMaster Carr, 3. SK-EQ-1504, Base Plate, Qty = 1, Matl: 6061-T6 or T651 Aluminum Alloy, 4. SK-EQ-1506, Bearing Block 1, Qty=1, Matl: 6061 T6 or T651, 5. SK-EQ- 1507, Bearing Block 2, Qty=2, Matl: 6061-T6 or T651 Alum Alloy, 6. SK-EQ-1508, Controller Box, Qty=1, Matl: 6061 Alum Alloy, 7. SK-EQ-1509, Cable Hold Down, Qty= 4, 8. SK-EQ- 1511, Eccentric Disk, Qty= 1, Matl: 304 Stainless Steel, 9. SK-EQ-1512, Slider Clamp, Qty=2, Matl: 6061-T6 Alum Alloy, 10. SK-EQ-1513, Sliding Shaft 1, Qty=1, Matl: 303 or 304 Stainless Steel, 11. SK-EQ-1514, Sliding Shaft 2, Qty=2, Matl: Grade G10/FR4 Garolite Glass Fiber, 12. SK-EQ-1515, Stationary Shaft, Qty=4, Matl: 303 or 304 Stainless Steel, 13. SK-EQ-1516, Connecting Rod 2, Qty=1, Matl: 303 or 304 Stainless Steel. Material from McMaster Carr has the part numbers called out on the drawings and should be in stock at McMaster Carr. Other materials needed is standard 6061-T6 Aluminum Alloy and 303 or 304 Stainless Steel. SKZ36103755 workmanship standards is included in the pdf files.


Part Number:       SK-EQ-1500
Material:       Alloy Steel
Material Grade:       

Technical Specifications

Category:Milling & Turning

Dimensions0.0 x 0.0 inch

Annual Usage:1.0

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Milling & Turning: Milling and Turning, or CNC milling and turning will fall in this process, or manual milling is the process used to produce prismatic components. A rotating cylindrical cutter with multiple flutes, commonly called an endmill, traverses along multiple axes to machine features such as slots, pockets and profiles. Turning, CNC turning, or manual turning is the process used to produce cylindrical components. A cylindrical piece of stock is rotated and a cutting tool is traversed along 2 axes of motion to produce precise diameters and depths.