Hip Can Lid MITR
Updated
A PDF document (55 KB) attached to HIP CAN Study, from the Department of Energy. Due Nov 9, 2026, 4:00 PM (UTC-8).
File name: Hip Can Lid_MITR.pdf
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B
B
42.125
8.10
18 GAUGE
A
1. SPRAY NEOLUBE 1.1 ON ALL SURFACES UNLESS OTHERWISE NOTED PER MANUFACTURER’S DIRECTIONS, BAKE ALL PARTS PER MANUFACTURER’S INSTRUCTIONS.
NOTE: BREAK ALL SHARP EDGES
2. INDIVIDUALLY VACUUM SEAL PARTS INDIVIDUALLY IN 5MIL MYLAR BAGS OR BUYER APPROVED EQUAL. 3. ADD SAP NUMBER AND SERIAL NUMBER TO EACH SEALED BAG WITH A 1 X 3 HARSH ENVIRONMENT THERMAL TRANSFER LABEL OR BUYER APPROVED EQUAL.
4. ELECTROCHEMICALLY ETCH OR LASER ENGRAVE PARTS WITH SAP NUMBER, LOT, AND SERIAL NUMBER 0.13” HIGH AND NO MORE THAN 0.002" DEEP. FORMAT IS: 10 DIGIT SAP NUMBER - 5 DIGIT LOT NUMBER-8 DIGIT SERIAL
NUMBER (XXXXXXXXXX-XXXXX-XXXXXXXX) OR BUYER APPROVED EQUAL
UNLESS OTHERWISE SPECIFED:
ALL DIMENSIONS ARE INCHES
A
DATE
DRAWN BY: Fiona Gailey
06/09/2026
STANDARD TOLERANCES: INCHES
APRROVED BY: Taylor Mason
08/06/2026
LENGTH
.0 = ±.1
.00 = ±.01
.000 = ±.005
.0000 = ±.005
REVIEWED BY: Dustin Clelland
08/06/2026
SURFACE FINISH
RMS
µ in
MATERIAL:
XX.XX lb
ANGULAR ± 0.5
THIRD ANGLE PROJECTION
WEIGHT:
PROJECT:
MITR PLATE
PART NUMBER:
SAP NUMBER:
C62T01V0
XXXXX
REV.
TITLE:
HIP CAN LID
SIZE
B
SCALE: 1:8
SHEET 1 OF 1
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