STAFAC2-41-975 REV -.pdf

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Attached to
RFQQ 1230896 – IBN & TTM Frame Fabrication
Solicitation number
1230896 KLE
Issued by
Washington

About this file

This is a technical drawing specification document from the Applied Physics Laboratory at the University of Washington for an ODI Cable Protector component related to the STAFAC 2 subsystem. The drawing (STAFAC2-41-975, Revision -) provides detailed manufacturing specifications for a plain carbon steel cable protector with a thermoplastic powder coat finish in safety yellow. The component weighs 15 lbs and is drawn at 1:4 scale. The specification includes precise dimensional tolerances, with general tolerances of ±.030 inches for single-place decimals, ±.020 for two-place decimals, and ±.005 for three-place decimals. Additional requirements include a surface finish of 125 micro RA on machined surfaces, machined fillets with a maximum radius of R.015 inches, and removal of all burrs with edges broken to a maximum of .015 inches. The drawing was initially released on 5/11/2026 and received approvals from S. Anderson, C. McGuire, S. Anderson, C. McGuire, C. Murray, and M. Harrington across various engineering roles.

This technical specification document supports the related University of Washington request for quotation (RFQQ 1230896) seeking qualified firms to design, fabricate, test, finish, and deliver 14 structural frames comprising 12 IBN units and 2 TTM units, with a delivery deadline no later than December 15, 2026. The cable protector detailed in this drawing represents one of the component specifications required for the IBN frame fabrication work. No pricing information, set-asides, funding sources, or incumbent contractor details are specified in this technical drawing document.

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Other files

File Type Posted
RFQQ 1230896 IBN and TTN Frames.pdf PDF
IBN Frame Drawings Table 2026-06-15.xlsx XLSX spreadsheet
STAFAC2-41-872 REV -.pdf PDF
STAFAC2-41-867 REV A.pdf PDF
UW_WSS_Bidder_Guide.pdf PDF
RFQQ Notice 1230896.pdf PDF
STAFAC2-41-907 REV -.pdf PDF
STAFAC2-41-863 REV -.pdf PDF

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Text version

2X .55 THRU ALL

2.00

.7

.5

1.

3.

3.

4.

9.

5.00±.03

5.00±.03

2X 45°

2X 45°

2X 2.00

R.250 TYP

.7

1.

3.

0.

.75

1.75

3.17

NOTES:

FINISH: THERMOPLASTIC POWDER COAT 'SAFETY YELLOW'1.

REVISIONS

ZONE REV. DESCRIPTION BY DATE APPROVED

- INITIAL RELEASE S.ANDERSON 5/11/2026 C.MCGUIRE

5/11/2026

5/11/2026

5/11/2026

5/11/2026

5/11/2026

5/11/2026

S.ANDERSON

C.MCGUIRE

S.ANDERSON

C.MCGUIRE

C.MURRAY

M.HARRINGTON

PROJECT:

APL

SOURCE:

98514

CAGE CODETHIRD ANGLE PROJECTION

- APPLICABLE STANDARDS: ASME

Y14.100

- INTERPRET GEOMETRIC

TOLERANCING PER: ASME Y14.5

- SURFACE FINISH: 125 MICRO RA

- MACHINED FILLETS: R.015 MAX

- REMOVE ALL BURRS, BREAK

EDGES .015 MAX

1013 NE 40TH ST. SEATTLE, WA. 98105

APPLIED PHYSICS LABORATORY

UNIVERSITY OF WASHINGTON

DRAWN

DIMENSIONS ARE IN INCHES.

TOLERANCES:

MATERIAL:

CHIEF ENG.

SYS ENG.

LEAD ENG

DES ENG

CHECKED

DATEAPPROVALS

TITLE:

SIZE

B

DWG. NO. REV

WEIGHT: 15 LBSCALE: 1:4

UNLESS OTHERWISE SPECIFIED:

SHEET 1 OF 1

STAFAC2-41-975

ODI CABLE PROTECTOR

IBN

Plain Carbon Steel

.030

.020

.005

.X ±

.XX ±

.XXX ±

ANGLES ±

APL NO. 97946

TUC INLINE BREAKOUTSUBSYSTEM:

STAFAC 2

A A

B B

C C

D D

Sheet1
Drawing View1
Drawing View2
Drawing View3
Drawing View5

File details come from the government source that posted it. Updated .