SSP_41140_P2_RD_111010.pdf

SSP 41140

National Aeronautics and Space Administration International Space Station Program Johnson Space Center Houston, T exas Contract No. NNJ09GA18B PIC−SI−01

International Space Station Program

Revision D

26 February 2010

TYPE 1 APPROVED BY NASA

Node Element 1 to Node Element 3 Interface Control Document, Part 2 esa european space agency

SSP 41140, Part 2, Revision D 26 February 2010

REVISION AND HISTORY PAGE − Continued

REV. DESCRIPTION PUB.

DATE

Initial Release 03/23/95

The initial release of this document includes the changes necessary to include:

ECP BHE0001

ECP BHE0001−13

ECP BHE0001−20

ECP BHE0001−25

ECP BHE0001−35

ECP BHE0011

ECP BHE0017

ECP BHE0027

PRR PG3−1022

A PRR PG3−1273/SS 1583 (Reference PIRN P2−0001, P2−0002B, 05/02/96 P2−0003A, P2−0004, P2−0005, P2−0006, P2−0007A, P2−0008B, P2−0009, P2−0010, P2−0011A, P2−0012, P2−0013C, P2−0014, P2−00015 IFM No. BP/96−0229 R1)

B ECP BHE 0113/SS 1028 (Reference PIRN P2−0016B, P2−0017A, P2−0018A, 09/12/96 P2−0019A; IFM No. BP/96−0492, BP/96−0572, BP/96−0589)

Change 1, IRN 0001 (Reference PRR PG3−01407 / SS 1835 12/18/96 IFM No.: BP/96−0816

Change 2, IRN 0002 (Reference PRR PG3−01484 / SS2032 05/01/97 IFM No.: BP/97−0048) PIRN 41140−P2−0022 is incorporated in this change.

C RELEASE PER Product Group−3 (PG−3) PRR−9501 08/31/98

This revision incorporates Preliminary Interface Revision Notice (PIRNs):

41140−P2−0023 41140−P2−0024

REVISION AND HISTORY PAGE − Continued

REV. DESCRIPTION PUB.

DATE

D Rev D released per SSCD 012321, incorporates the following approved PIRNs 11−10−10 associated with the appropriate SSCNs:

PIRN IRN SSCN

PIRN 41140−AS−2001C NA

PIRN 41140−NA−2001D 002632

PIRN 41140−NA−2002A NA 002691

PIRN 41140−P2−0025B 000859

PIRN 41140−P2−0025B 008444

PIRN 41140−NA−2003 NA

PIRN 41140−NA−2005 002632

PIRN 41140−NA−2006C 010560

PIRN 41140−NA−2007A 0001 006955

PIRN 41140−NA−2007A 0002 008255

PIRN 41140−NA−2007A 0005 009719

PIRN 41140−NA−2007A 0004 008744

PIRN 41140−NA−2008 NA

iv

INTERNATIONAL SPACE STATION PROGRAM

NODE ELEMENT 1 TO NODE ELEMENT 3

INTERFACE CONTROL DOCUMENT, PART 2

(PAGE 1 OF 2)

LIST OF CHANGES

All changes to paragraphs, tables, and figures in this document are shown below:

SSCBD ENTRY DATE CHANGE PARAGRAPH(S)

000859 P2−0025B 1.1, 1.3, 2.0, 3.1.1, 3.1.2, 3.2.1, 3.2.2, 3.3, 3.4, 3.4.1, 3.4.2

FIGURE(S)

3.1.1−1, 3.2.2−1, 3.2.2−2, 3.2.2−3, 3.2.2−4, 3.3−1, 3.3−2, 3.3−3, 3.3−4, 3.3−5, 3.3−6, 3.4−1, 3.4.−2, 3.4−3, 3.4−4, 3.4−5, 3.4−6, 3.4−7, 3.4−8, 3.4−9, 3.4−10, 3.4−11, 3.4.1−1

TABLE(S)

3.1.2−1, 3.2.2−2, 3.2.2−3, 3.2.2−4, 012321 AS−2001C 3.2.2−1, 3.2.2−2, 3.3−1, 3.3−3, 3.3−4, 3.3−5, 3.3−6, 3.4−2, 3.4−7

TABLE(S)

3.2.2−1

FIGURE(S)

002632 NA−2001D 3.2.2−1, 3.2.2−2, 3.4−3, 3.4−4, 3.4−6, 3.4−8,

3.4−10, 3.4−11

TABLE(S)

3.2.2−2

FIGURE(S)

002691 NA−2002A 3.4−3, 3.4−8

v

INTERNATIONAL SPACE STATION PROGRAM

NODE ELEMENT 1 TO NODE ELEMENT 3

INTERFACE CONTROL DOCUMENT, PART 2

(PAGE 2 OF 2)

LIST OF CHANGES

All changes to paragraphs, tables, and figures in this document are shown below:

SSCBD ENTRY DATE CHANGE PARAGRAPH(S)

FIGURE(S)

NA NA−2003 3.4−3

PARAGRAPH(S)

002632 NA−2005 3.1.2

FIGURE(S)

3.3−1, 3.3−2, 3.3−3. 3.3−5, 3.4−1. 3.4−2, 3.4−, 3.4−4, 3.4−6, 3.4−7, 3.4−8, 3.4−9, 3.4−10, 3.4−11

TABLE(S)

3.1.2−1

PARAGRAPH(S)

010560 NA−2006 3.2.2, 3.3, 3.4

FIGURE(S)

3.1.1−1, 3.2.2−1, 3.2.2−2, 3.3−1, 3.3−2, 3.3−3, 3.3−5, 3.4−1, 3.4−2, 3.4−3, 3.4−4, 3.4−6, 3.4−7, 3.4−8, 3.4−9 3.4−10, 3.4−11

TABLE(S)

3.1.2−1, 3.2.2−1, 3..2.2−2

PARAGRAPH(S)

006955 NA−2007A 2.1

vi

INTERNATIONAL SPACE STATION PROGRAM

NODE ELEMENT 1 TO NODE ELEMENT 3

INTERFACE CONTROL DOCUMENT, PART 2

(PAGE 2 OF 2)

LIST OF CHANGES

SSCBD ENTRY DATE CHANGE PARAGRAPH(S)

008255 NA−2007A 2.1

008744 NA−2007A 2.1

009719 NA−2007A 2.1

FIGURE(S)

NA NA−2008 3.2.2−1, 3.4−4, 3.4−8

TABLE(S)

3..2.2−2

TABLE OF CONTENTS

x

PARAGRAPH PAGE

1.0 INTRODUCTION 1 − 1

1.1 PURPOSE AND SCOPE 1 − 1

1.2 PRECEDENCE 1 − 1

1.3 RESPONSIBILITY AND CHANGE AUTHORITY 1 − 1

2.0 APPLICABLE DOCUMENTS 2 − 1

2.1 REFERENCE DOCUMENT 2 − 2

3.0 INTERFACE DEFINITION 3 − 1

3.1 GENERAL DESCRIPTION 3 − 1

3.1.1 INTERFACE DESCRIPTION 3 − 1

3.1.2 INTERFACE RESPONSIBILITIES 3 − 1

3.1.3 ENGINEERING UNITS AND TOLERANCES 3 − 2

3.2 INTERFACES 3 − 4

3.2.1 GENERAL 3 − 4

3.2.2 UTILITY PENETRATIONS 3 − 4

3.3 FLUID INTERFACES 3 − 4

3.4 ELECTRICAL INTERFACES 3 − 4

3.4.1 ELECTRICAL BONDING 3 − 4

3.4.2 SOFTWARE INTERFACES 3 − 5

APPENDICES

APPENDIX PAGE

A ISSUE LIST FOR SSP 41140 A − 1

B ABBREVIATIONS AND ACRONYMS B − 1

TABLE OF CONTENTS − Continued

LIST OF FIGURES

xi

FIGURE PAGE

3.1.1−1 ON−ORBIT MATED CONFIGURATION OF NODE 1 TO NODE 3 3 − 3

3.2.2−1 UTILITY PENETRATION LAYOUT OF NODE 1 PORT BULKHEAD

LOOKING PORT 3 − 6

3.2.2−2 UTILITY PENETRATION LAYOUT OF NODE 3 AFT BULKHEAD LOOKING

FROM NODE 1 3 − 7

3.2.2−3 PENETRATION DETAILS FOR FEEDTHROUGHS 3 − 11

3.3−1 NODE 1 TO NODE 3 GENERIC FLUID UTILITY INTERFACE 3 − 12

3.3−2 INTERFACE DETAIL FOR IMV SUPPLY AND RETURN 3 − 13

3.3−3 THREADED FEEDTHROUGH ASSEMBLY INTERFACE DETAILS 3 − 14

3.3−4 SELF−SEALING FLUID QUICK DISCONNECT ASSEMBLY INTERFACE

DETAIL 3 − 15

3.3−5 NON SELF−SEALING QUICK DISCONNECT FEEDTHROUGH ASSEMBLY

INTERFACE DETAIL 3 − 16

3.3−6 DELETED 3 − 17

3.4−1 NODE 1 TO NODE 3 GENERIC ELECTRICAL UTILITY INTERFACE 3 − 18

3.4−2 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J103

AND NODE 3 BULKHEAD J14 3 − 19

3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J27/J31

AND NODE 3 BULKHEAD J12 (PAGE 1 OF 5) 3 − 20

3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J27/J31

AND NODE 3 BULKHEAD J12 (PAGE 2 OF 5) 3 − 21

3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J27/J31

AND NODE 3 BULKHEAD J12 (PAGE 3 OF 5) 3 − 22

3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J27/J31

AND NODE 3 BULKHEAD J12 (PAGE 4 OF 5) 3 − 23

3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J106

AND NODE 3 BULKHEAD J12 (PAGE 5 OF 5) 3 − 24

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 1 OF 7) 3 − 25

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 2 OF 7) 3 − 26

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 3 OF 7) 3 − 27

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 4 OF 7) 3 − 28

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 5 OF 7) 3 − 29

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 6 OF 7) 3 − 30

3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28

AND NODE 3 BULKHEAD J109/J121/J122 (PAGE 7 OF 7) 3 − 31

3.4−5 DELETED 3 − 32

3.4−6 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J48

AND NODE 3 BULKHEAD J215 (PAGE 1 OF 5) 3 − 33

3.4−6 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J48

AND NODE 3 BULKHEAD J215 (PAGE 2 OF 5) 3 − 34

3.4−6 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J48

AND NODE 3 BULKHEAD J215 (PAGE 3 OF 5) 3 − 35

3.4−6 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J48

AND NODE 3 BULKHEAD J215 (PAGE 4 OF 5) 3 − 36

3.4−6 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J48

AND NODE 3 BULKHEAD J215 (PAGE 5 OF 5) 3 − 37

TABLE OF CONTENTS − Continued

LIST OF FIGURES

xii

3.4−7 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J41

AND NODE 3 BULKHEAD J2 3 − 38

3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43 AND

NODE 3 BULKHEAD J3 (PAGE 1 OF 6) 3 − 39

3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43

AND NODE 3 BULKHEAD J3 (PAGE 2 OF 6) 3 − 40

3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43

AND NODE 3 BULKHEAD J3 (PAGE 3 OF 6) 3 − 41

3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43

AND NODE 3 BULKHEAD J3 (PAGE 4 OF 6) 3 − 42

3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43

AND NODE 3 BULKHEAD J3 (PAGE 5 OF 6) 3 − 43

3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43

AND NODE 3 BULKHEAD J3 (PAGE 6 OF 6) 3 − 44

3.4−9 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J32

AND NODE 3 BULKHEAD J20 3 − 45

3.4−10 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J121

AND NODE 3 BULKHEAD J121 (PAGE 1 OF 2) 3 − 46

3.4−10 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J121

AND NODE 3 BULKHEAD J121 (PAGE 2 OF 2) 3 − 47

3.4−11 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J122

AND NODE 3 BULKHEAD J122 (PAGE 1 OF 2) 3 − 48

3.4−11 DETAILED ELECTRICAL DESCRIPTION NODE BULKHEAD J122

(PAGE 2 OF 2) 3 − 49

3.4.1−1 NODE 1 TO NODE 3 ELECTRICAL BONDING 3 − 50

LIST OF TABLES

TABLE PAGE

3.1.2−1 NODE 1 TO NODE 3 INTERFACE HARDWARE (JUMPER ASSEMBLIES)

RESPONSIBILITIES 3 − 2

3.1.3−1 LINEAR TOLERANCES 3 − 2

3.2.2−1 FLUID INTERFACE DETAIL DEFINITION (NODE 1 & 3 BULKHEADS) 3 − 8

3.2.2−2 ELECTRICAL INTERFACE DETAIL DEFINITION 3 − 9

3.2.2−2 DELETED 3 − 11

3.2.2−3 DELETED 3 − 11

1 − 1

1.0 INTRODUCTION

1.1 PURPOSE AND SCOPE

The purpose of this document is to provide definition of the utility interface design between Node Element 1 (Node 1) and Node Element 3 (Node 3).

The scope of this document is limited to the utility interfaces between Node 1 and Node 3.

1.2 PRECEDENCE

Not applicable.

1.3 RESPONSIBILITY AND CHANGE AUTHORITY

This document is prepared and maintained in accordance with SSP 30459.

2 − 1

2.0 APPLICABLE DOCUMENTS

The following documents of the exact issue shown form a part of this document to the extent specified herein.

DOCUMENT NO. TITLE

SSP 30245

Revision F, DCN 23

July 9, 2003

Space Station Electrical Bonding Requirements Paragraph: 3.4.1

SSP 41004

Revision H October 25, 2005

Common Berthing Mechanism to Pressurized Elements Interface Control Document, Part 2 Paragraph: 3.1.1, 3.2.1, 3.4.1; Figures:3.1.1−1, Table 3.2.2−2

SSP 41148

Revision D September 30, 1998

Active Common Berthing Mechanism to Passive Common Berthing Mechanism Interface Control Document Paragraph: 3.1.1, 3.4.1; Figures: 3.1.1−1

SSP 41175 Station Management and Control Computer to ISSA Interface Control Document (Multiple Volumes) Paragraph: 3.4.2

SSP 41176 Station Power Management and Control Computer to ISSA Interface Control Document (Multiple Volumes) Paragraph: 3.4.2

SSP 41178 Internal MDM Computer Interface Control Document (Multiple Volumes) Paragraph: 3.4.2

683−16347 Revision F July 11, 1997

Fittings, Threaded Fluid Table 3.2.2−1; Figure: 3.3−3, 3.3−4

683−16348 Revision G

ADCN H9

January 27, 1998 References

Coupling, Quick Disconnect, Fluid, Self Sealing, Internal Table 3.2.2−1; Figure 3.3−4

683−19485 Revision G November 8, 2000

Coupling, .125 inch Feedthrough mounted, mated Pair Table 3.2.2−1; Figure 3.3−5

2 − 2

2.1 REFERENCE DOCUMENT

DOCUMENT NO. TITLE

SSP 30459

Revision F

Space Station Prime Contractor Interface Control Plan.

23 March 1994

Reference 1.3

3 − 1

3.0 INTERFACE DEFINITION

3.1 GENERAL DESCRIPTION

3.1.1 INTERFACE DESCRIPTION

The Node 1 to Node 3 mated on−orbit configuration is shown in Figure 3.1.1−1. The structural and mechanical interface is at the plane between the Active Common Berthing Mechanism (ACBM) connected to Node 1, and the Passive Common Berthing Mechanism (PCBM) connected to the Node 3 as documented in SSP 41148. The interface between the Node 1 and Node 3 to the Common Berthing Mechanism (CBM) is documented in SSP 41004. Utility interface planes exist at the bulkhead of each element and are documented herein. The utility interfaces between Node 1 and Node 3 are interconnected using electrical and fluid jumpers.

3.1.2 INTERFACE RESPONSIBILITIES

Responsibilities for the element interfaces are:

NASA/Boeing

• Development of Node 1 structural assembly

• Installation of fluid and electrical feedthroughs in the Node 1 bulkhead

• Complete integration of the Node 1

• Development of all fluid jumper assemblies

• Development of electrical jumper assemblies

• Vestibule outfitting ESA

• Development of Node 3 structural assembly

• Complete integration of the Node 3

The quantities, development responsibility and manifesting responsibility is listed in Table 3.1.2−1.

3 − 2

TABLE 3.1.2−1 NODE 1 TO NODE 3 INTERFACE HARDWARE (JUMPER

ASSEMBLIES) RESPONSIBILITIES

NODE 1 to NODE 3 Interface

NASA

Supplied

ESA

Supplied Quantity

Jumper Manifest

Responsibility

Interface NODE 1 NODE 3

PRIMARY AVIONIC X 3 X

REDUNDANT AVIONIC X 6 X

INTERMODULE AIR

RETURN

X 1 X

INTERMODULE AIR SUPPLY X 1 X

WASTE WATER X 1 X

ATMOSPHERE MONITOR X 1 X

FUEL CELL WATER X 1 X

NITROGEN X 1 X

OXYGEN X 1 X

HTL SUPPLY 1)

HTL RETURN 1)

LTL SUPPLY 1)

LTL RETURN 1)

MTL SUPPLY X 1 X

MTL RETURN X 1 X

NITROGEN RECHARGE 1)

OXYGEN RECHARGE 1)

Note: 1) not used

3.1.3 ENGINEERING UNITS AND TOLERANCES

Unless otherwise noted herein, all dimensions are in the English system of inch pound units.

Linear tolerances are as shown in Table 3.1.3−1:

TABLE 3.1.3−1 LINEAR T OLERANCES

ENGLISH DIMENSION IMPLIED TOLERANCE

INCHES

X.XX +/− 0.03

X.XXX +/− 0.010

3 − 3

UTILITY I/F PLANE

ACBM

PCBM

FOR STRUCTURAL/MECHANICAL INTERFACE BETWEEN NODE 1/NODE 3

REFER TO SSP 41004 AND SSP 41148

NOTE:

STRUCTURAL

INTERFACE

NODE 3

ZENITH

AFTFWD

STARBOARD

PORT

NODE 1

STARBOARD

ZENITH

FWD AFT

PORT

FIGURE 3.1.1−1 ON−ORBIT MATED CONFIGURATION OF NODE 1 TO NODE 3

3 − 4

3.2 INTERFACES

3.2.1 GENERAL

Node 1 attaches to the Node 3 via a CBM. The CBM has two halves, one of which is attached to the pressure shell of each element in accordance with SSP 41004. Node 1 contains the ACBM and the Node 3 contains the PCBM.

The bulkhead of each element provides for the routing of utilities around the clear passage envelope and within the CBM volume. This document provides the details related to the utility interfaces.

3.2.2 UTILITY PENETRATIONS

The general, arrangements for the utility penetrations with the associated reference designations are shown in Figure 3.2.2−1 and 3.2.2−2. In general, ”A” designations refer to fluid interfaces and ”J” designations refer to electrical interfaces, except where denoted in the bulkhead diagrams and tables. The centerline address and hole type for each utility interface is in accordance with Tables 3.2.2−1 and 3.2.2−2 for the Node 1 and Node 3. The penetration hole details are shown in Figure 3.2.2−3.

3.3 FLUID INTERFACES

The fluid interface between the Node 1 and Node 3 consist of a series of flexible lines, within the vestibule, connected between the fluid feedthroughs in the element bulkheads. These interfaces provide for the transport of liquid and gaseous fluids between the elements. A generic interface connection is shown in Figure 3.3−1. The detailed definition of the fluid interfaces is shown in Table 3.2.2−1. Detailed definition of the intermodule air interfaces is shown in Figure 3.3−2.

Specific fluid feed through details are shown in Figures 3.3−3 through 3.3−5.

3.4 ELECTRICAL INTERFACES

Electrical interfaces between Node 1 and Node 3 consist of a series of electrical jumpers, within the vestibule, connected between the electrical feedthroughs in the element bulkheads. These interfaces provide for the transport of electrical signals for control and data between the elements. A generic interface connection is shown in Figure 3.4−1. The detailed definition of the electrical interfaces is shown in Table 3.2.2−2. Details of each interface with its jumper are contained in Figures 3.4−2 through 3.4−9.

3.4.1 ELECTRICAL BONDING

Electrical bonding between the Node 1 and Node 3 is accomplished utilizing a combination of metal−to−metal contact at the CBM−to−Pressurized Element interface and redundant bond straps at the ACBM−to−PCBM interface. Figure 3.4.1−1 shows the location of these bond planes in accordance with SSP 41148 and SSP 41004. Class R bonds per SSP 30245 exist between the mated CBM halves as well as between the element to CBM interface.

3 − 5

3.4.2 SOFTWARE INTERFACES

The software interface between Node 1 and Node 3 is defined in SSP 41175, SSP 41176 and SSP 41178.

3 − 6

Audio Bus B

CBM 1553B LB−A

Primary CBM Power

CL

CL

A10

J28 J29 J32 J33 J34

J43

−Z

XA*

F T

F* W D

−Z −X

−Z +X

+Z −X

+Z +X

A12

J30

Redundant CBM Power

CBM 1553 LB−B

ARS (Air Sample)

J35

J45 J40J46 J42 J47

A4

MTL Supply to Node 1

NADIR*

Fuel Cell Water

BCP INSTR

Oxygen

1553 Bus A

MTL Return from Node 1

1553 Bus B

J41

VIEW LOOKING PORT FROM THE INTERIOR OF NODE 1 TOWARD NODE 3

IMV Return from Node 3

A11

ZENITH*

J31

Nitrogen

Power Cupola Window

HTRS/MSS PWR

Waste Water

J44

UHF COAX

Audio Bus A, Video

J48

J39

Spare

J27

MSS

Video/INSTR

ISL

IMV Supply to Node 3

* − These are Vehicle Axes.

FIGURE 3.2.2−1 UTILITY PENETRATION LAYOUT OF NODE 1 PORT BULKHEAD

LOOKING PORT

3 − 7

MSS Video/Instr

* HTL

Supply

A4

A10A12 A11A13

A7

CL

CL

A1A2A3A5

A8 A9

J2

J3J12

−Z**

+X**−X −Z

+X −Z

−X +Z

+X +Z

Fuel Cell Water

Waste Water

* LTL

Supply

* LTL

Return

O2 Re-charge

* HTL

Return

N2 Supply

O2 Supply

MTL

Supply to Node 1

MTL Return from Node 1

ARS

J14

A17

IMV Supply from Node 1

FWD

NADIR

Audio Bus A/Video

1553B

LB−A

UHF (Coax)

1553B, LB−B

Audio Bus B

J20

IMV

Return to Node 1

N2 Recharge

A16

A6

J215

J121

J122

MSS BCU 2

MSS BCU 3

J109

MSS BCU 1

* Not used ** ISS Coordinates

ZENITH

AFT

FIGURE 3.2.2−2 UTILITY PENETRATION LAYOUT OF NODE 3 AFT BULKHEAD LOOKING

FROM NODE 1

S

P 41140, P art 2, R evision D

26 F ebruary 2010

3 −

J33 A1 6.00 −30.66 −30.57 12.77 Fuel Cell Water 683−16347−151 683−16347−151 0.50 O.D

J30 A2 0.00 −30.66 −31.68 9.88 Waste Water 683−16347−149 683−16347−149 0.50 O.D

A3 −31.00 6.44 LTL Supply 683−16347−73 0.75 O.D

A4 A4 −32.12 0.00 −32.12 0.00 IMV Supply

(TO NODE 3) NA NA

A5 −31.00 −6.44 LTL Return 683−16347−74 0.75 O.D

A6 −31.68 −9.88 HTL Supply 683−16347−109 0.50 O.D

A7 −30.57 −12.77 HTL Return 683−16347−110 0.50 O.D

J44 A8 −3.00 30.66 30.57 12.77 Nitrogen Supply 683−16347−178 683−16347−173 0.375 O.D

J45 A9 −6.00 30.66 31.68 9.88 Oxygen Supply 683−16347−188 683−16347−185 0.375 O.D

A10 A10 31.00 −6.44 31.00 6.44 MTL Supply 683−16347−73 683−16347−73 0.75 O.D

A11 A11 32.12 0.00 32.12 0.00 IMV Return

(TO NODE 1) NA NA

A12 A12 31.00 6.44 31.00 −6.44 MTL Return 683−16347−74 683−16347−74 0.75 O.D

J40 A13 6.00 30.66 31.68 −9.88 ARS 683−19485−007 683−19485−003 0.125 O.D

A16 11.60 −30.66 Oxygen Recharge 683−16347−214 0.375 O.D

A17 13.54 −32.58 Nitrogen Recharge 683−16347−205 0.375 O.D

HOLE

REFERENCE

NODE 1

HOLE LOCATION

NODE 3

HOLE LOCATION

FUNCTION

Node 3

PENE−

TRATION

DETAILX Z Z XNODE 1 NODE 3

FEEDTHROUGH/CONNECTOR PART NUMBER

NODE 1

FEEDTHROUGH

NODE 3

FEEDTHROUGH

Deleted

TABLE 3.2.2−1 FLUID INTERFACE DETAIL DEFINITION (NODE 1 & 3 BULKHEADS)

NOTES

The IMV are machined into each bulkhead. See Figure 3.3−2.

See Figures 3.3−3, 3.3−4, 3.3−53

Not used.4

P 41140, P art 2, R evision D

26 F ebruary 2010

3 −

J29 J14 −3.00 −30.66 6.00 −30.66 Audio Bus A/Video TYPE 5 NATC77HF25N37PPA2 NATC06G25N37SA NATC77HF25N37PPN2

NATC06G25N37SN

J31 J12 0.00 −34.30 0.00 −34.30 1553B, LB−A TYPE 5 NATC77H25N35PPC NATC06G25N35SC NATC77H25N35PPC

NATC06G13N35SN

J28 J109 −6.00 −30.66 −11.60 −30.66 CBM 1553B, LB−A/ TYPE 6 NATC77H25N35PPN(2) NATC06G25N35SN NATC77H13N35PPN

MSS BCU 1 NATC06G13N35SN

J48 J215 −31.68 9.88 −6.00 30.66 MSS INSTM TYPE 5 NATC77H25N35PPN(4) NATC06G25N35SN NATC77H25N35PPN

J41 J2 3.00 30.66 −3.00 30.66 Audio Bus B TYPE 5 NATC77HF25N37PPA2 NATC06G25N37SA NATC77HF25N37PPA2

J43 J3 0.00 34.30 0.00 34.30 1553B, LB−B TYPE 5 NATC77H25N35PPC NATC06G25N35SC NATC77H25N35PPC

J32 J20 3.00 −30.66 6.00 30.66 UHF (Coax) TYPE 5 NATC77H25N8PPD NATC06G25N8SE NATC77H25N8PPE

NATC06G25N8SD

J28 J121 −6.00 −30.66 11.60 30.66 MSS BCU 2 TYPE 6 NATC77H25N35PPN(5) NATC06G13N35SN NATC77H13N35PPN

NATC06G25N35SN

J28 J122 −6.00 −30.66 13.54 32.58 MSS BCU 3 TYPE 6 NATC77H25N35PPN(5) NATC06G13N35SA NATC77H13N35PPA

NATC06G25N35SN

J27 J12 −11.60 −30.66 0.00 −34.30 I.S.L. (6) TYPE 1 NATC77H13N35PPN NATC06G25N35SC NATC77H25N35PPC

NATC06G13N35SN

HOLE

REFERENCE

NODE 1

HOLE LOCATION

NODE 3

HOLE LOCATION

FUNCTION

TABLE 3.2.2−2 ELECTRICAL INTERFACE DETAIL DEFINITION

X Z Z X

NODE

NODE

FEEDTHROUGH/CONNECTOR PART NUMBER

NODE 1

FEEDTHROUGH

VESTIBULE

CONNECTOR

NODE 3

FEEDTHROUGH

(1) DELETED

(2) DETAILED ELECTRICAL DESCRIPTION SHOWN IN SSP 41004, P ART 2 FOR CBM FUNCTIONS.

(3) DELETED

(4) CONNECTOR WILL BE RETROFITTED FOR NODE 3/CUPOLA UTILITIES AFTER NODE 3 IS MA TED TO NODE 1.

(5) CONNECTOR UTILITIES WILL BE REALLOCA TED FOR NODE 3/CUPOLA USE AFTER NODE 3 IS MA TED TO NODE 1.

(6) The ISL is not connected internal to Node 3.

Node 3

PENE−

TRATION

DETAIL

P 41140, P art 2, R evision D

26 F ebruary 2010

3 −

J121 J121 11.60 30.66 11.60 30.66 MSS BCU 2 TYPE 6 NATC77H13N35PPN(5) NATC06G13N35SN NATC77H13N35PPN

J122 J122 13.54 32.58 13.54 32.58 MSS BCU 3 TYPE 6 NATC77H13N35PPA(5) NATC06G13N35SA NATC77H13N35PPA

J115 −6.00 30.66 −6.00 30.66 MPLM Power TYPE 5 NATC77H25LN7PPN(3) NA NA

J121 11.60 30.66 CBM 1553B, LB−B TYPE 6 NATC77H13N35PPN(2) NA NA

J122 13.54 32.58 CBM 2/3 Power TYPE 6 NATC77H13N98PPA(2) NA NA

HOLE

REFERENCE

NODE 1

HOLE LOCATION

NODE 3

HOLE LOCATION

FUNCTION

PENE−

TRATION

DETAIL

TABLE 3.2.2−2 ELECTRICAL INTERFACE DETAIL DEFINITION (continued)

X Y X YNODE 1 NODE 3

FEEDTHROUGH/CONNECTOR PART NUMBER

NODE 1

FEEDTHROUGH

VESTIBULE

CONNECTOR

NODE 3

FEEDTHROUGH

(1) NOT SHOWN ON FIGURE 3.2.2−1

(2) DETAILED ELECTRICAL DESCRIPTION SHOWN IN SSP 41004, P ART 2 FOR CBM FUNCTIONS.

(3) DETAILED ELECTRICAL DESCRIPTION SHOWN IN SSP 42007 FOR MPLM FUNCTIONS.

(4) CONNECTOR WILL BE RETROFITTED FOR NODE 3/CUPOLA UTILITIES AFTER NODE 3 IS MA TED TO NODE 1.

(5) CONNECTOR UTILITIES WILL BE REALLOCA TED FOR NODE 3/CUPOLA USE AFTER NODE 3 IS MA TED TO NODE 1.

3 − 11

TABLE 3.2.2−3 DELETED

TABLE 3.2.2−4 DELETED

2X R .25

NOTE: FLATS ARE ORIENTED TOWARDS HATCH OPENING

1.769

HOLE DETAIL FOR

TYPE 5 HOLE

HOLE DETAIL FOR

TYPE 6 HOLE

1.709 1.699

1.759

1.037 1.030

.954

.949

2X R .25

FIGURE 3.2.2−3 PENETRATION DETAILS FOR FEEDTHROUGHS

3 − 12

NASA

NODE 3

STARBOARD

BULKHEADNODE 1 PORT

BULKHEAD

ÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉ

ÉÉÉÉÉÉÉÉ

CONNECTOR CONNECTOR

FLUID FLEXIBLE LINE

VESTIBULE

AREA

ÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉ

ÉÉÉÉÉÉÉÉÉÉÉÉ

FEEDTHROUGH FEEDTHROUGH

ESA

FLUID INTERFACE

PLANE

FIGURE 3.3−1 NODE 1 TO NODE 3 GENERIC FLUID UTILITY INTERFACE

3 − 13

V BAND CLAMP

MS 27115−21R

3 Places

Node 3 Bulkhead

NASA ESA

Node 1 Bulkhead

2X R.015

2X 30° ± 5°

2X .050

+.02 2X .50 −.00

+.02.95 −.00

5.45

+.02 −.00

4.50

2X 1.27

2X 20.0°+.5° −.0°

∅ 5.500

∅ 4.760 ± .005

∅ 6.250 ± .005

∅ 6.050

∅ 5.004+.002

04.760+.005

VIEW A

R.037 ± .005

+.00R.08−.02.136

2X.03 ± .01 X 45°

A

REF

16 C

16 C

.002

.002

1 The .136 (3.48) thickness is measured at the 6.050 (153.67) diameter.

NODE

INTERIOR

VESTIBULE SIDE

VESTIBULE IMV

DUCT ASSEMBLY

Supply P/N 683−99521−1 Return P/N 683−99521−2

FIGURE 3.3−2 INTERFACE DETAIL FOR IMV SUPPLY AND RETURN

3 − 14

∅ M + .010 − .000

+ .000 − .010

N

2X R.25

Penetration Detail

NUTNUT

RETAINING

RING

FEED

THROUGH

FLANGE

SEALS

NODE

BULKHEAD

ESA

NASA

PRESSURIZED

SIDE

VESTIBULE

AREA

WASHER

NUT

FLATS ARE ORIENTED

TOWARD HATCH

OPENING

NASA

(NODE 1)

(NODE3)

FEEDTHROUGH MATE WITH NUT FLANGE

ASSEMBLY

PENETRATION DETAIL

Boeing P/N Boeing P/N M N

683−16347−173 683−16347−167 1.559 1.509

683−16347−185 683−16347−183 1.559 1.509

683−16347−73 683−16347−53 2.109 2.059

683−16347−74 683−16347−65 2.109 2.059

683−16347−214 MEA 14704−49−54−D 1.559 1.509

683−16347−205 MEA 14704−49−54−C 1.559 1.509

683−16347−109 683−16347−88 1.759 1.709

683−16347−110 683−16347−100 1.759 1.709

683−16347−149 683−16347−452 1.759 1.709

683−16347−151 MEA 14705−28−70D 1.759 1.709

683−16347−178 MEA 14704−35−54−A 1.759 1.709

683−16347−188 MEA 14704−35−54−B 1.759 1.709

FIGURE 3.3−3 THREADED FEEDTHROUGH ASSEMBLY INTERFACE DETAILS

3 − 15

∅ M + .010 − .000

+ .000 − .010

N

Penetration DetailNUT

NUT

RETAINING

RING

FEEDTHROUGH

FLANGE

SEALS

NODE

BULKHEAD

NASA (NODE1) NASA

PRESSURIZED

SIDE

VESTIBULE

AREA

WASHER

NUT

QUICK

DISCONNECT

FEEDTHROUGH

NIPPLE ASSEMBLY

(MALE HALF)

KEYING

TAB

FLATS ARE ORIENTED

TOWARD HATCH

OPENING

2 X R.25

FEEDTHROUGH DETAILS

MALE HALF

MATES WITH FEMALE QD

FLANGE ASSEMBL Y

MATES WITH NUT

FLANGE ASSEMBL Y

PENETRATION

DETAIL

BOEING P/N BOEING P/N BOEING P/N M N

683−16348−302 683−16348−276 683−16347−154 1.759 1.709

683−16348−303 683−16348−282 683−16347−147 1.759 1.709

683−16348−181 683−16348−152 683−16347−75 2.109 2.059

683−16348−182 683−16348−168 683−16347−76 2.109 2.059

FIGURE 3.3−4 SELF−SEALING FLUID QUICK DISCONNECT ASSEMBL Y INTERFACE

DETAIL

3 − 16

NASA

ESA

(NODE 3)

Vestibule

Area

Node 1

Flexible Hose

Swivel nut mates with

MS33656−2

Fitting

Node 1 Bulkhead

683−19485−003

683−19485−007

24.00

∅ 1.45 + .010 −.010

+ .010 − .010

1.40

2X R.25

Penetration Detail for −003

Flats oriented toward Hatch opening

NASA

(NODE 1)

∅ 1.764

+/− .005

1.704

Penetration Detail for −007

Flats oriented toward Hatch opening

2X R.25

+/− .005

FIGURE 3.3−5 NON SELF−SEALING QUICK DISCONNECT FEEDTHROUGH ASSEMBL Y

INTERFACE DETAIL

3 − 17

FIGURE 3.3−6 DELETED

3 − 18

ÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉNODE 1 BULKHEAD RECEPTACLE

JUMPER PLUG

NODE 3 BULKHEAD RECEPTACLEÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉ

NODE 3

STARBOARD

BULKHEAD

ÉÉÉ

ÉÉÉÉNODE 1

PORT

BULKHEAD

VESTIBULE AREA

ÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉ

ÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉÉ

ÉÉÉÉÉÉÉÉ

ÉÉÉÉÉÉÉÉ ELECTRICAL JUMPER ASSEMBLY

NASA GFE

NODE 1 TO NODE 3

ELECTRICAL

INTERFACE PLANE

NASA NASA

GFE

ESA

JUMPER PLUG

NOTE: 1. Bulkhead receptacles for Node 1 and Node 3 are identical in part number, reference designator, and pin function unless noted otherwise in pin function table.

FIGURE 3.4−1 NODE 1 TO NODE 3 GENERIC ELECTRICAL UTILITY INTERF ACE

3 − 19

JUMPER CABLE ASSEMBL Y DIAGRAM

J29

ESABoeing NASA GFE

W9434

J14

NODE 1 BULKHEAD NODE 3 BULKHEAD

P29 P14

NATC06G25N37SN

NATC77HF25N37PPN2

NATC06G25N37SA

NATC77HF25N37PPA2

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE3 FEEDTHROUGH

J29& J14

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION FO P CONTACT P CONTACT

h AUDIO BUS A NODE3 HAB ABC 5 RCB FO 16 29 h 14 h g AUDIO BUS A NODE 3 HAB ABC 5 XMIT FO 16 29 g 14 g r HABA CHeCS TO LAB VSU3 FO 16 29 r 14 r n HABA CVIU FROM LAB VSU3 FO 16 29 n 14 n p HABA CVIU TO LAB VSU3 FO 16 29 p 14 p q LAB VSU3 TO HABA CHeCS FO 16 29 q 14 q m LAB VSU3 TO HABA CHeCS SYNC FO 16 29 m 14 m k LAB VSU3 TO HABA CVIU SYNC FO 16 29 k 14 k

A−Z NOT USED 16

a−d NOT USED 16

* e spare FO 16 29 e 14 e

* f spare FO 16 29 f 14 f

* − only wired up on the Node 1 side of the interface.

FIGURE 3.4−2 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J103 AND

NODE 3 BULKHEAD J14

3 − 20

J31

Boeing

JUMPER CABLE ASSEMBL Y DIAGRAM

NASA GFE ESA

W9429

J12

NATC77H25N35PPC

NODE 1 BULKHEAD NODE 3 BULKHEAD

P31

NATC06G25N35SC

P12

J27

P27

NATC06G13N35SN

NATC77H13N35PPN

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J31 & J12

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

65 CB CT−4A LO RF 22 31 65 12 65

53 CB−CT−4A HI RF 22 31 53 12 53

37 LB CHeCS−HAB−1A HI RF 22 31 37 12 37

48 LB CHeCS−HAB−1A LO RF 22 31 48 12 48

109 LB EPS−HAB−14A HI RF 22 31 109 12 109

FIGURE 3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J27/J31

AND NODE 3 BULKHEAD J12 (P AGE 1 OF 5)

3 − 21

PIN FUNCTION ASSIGNMENT

98 LB EPS−HAB−14A LO RF 22 31 98 12 98

89 LB EPS−HAB−23A HI RF 22 31 89 12 89

100 LB EPS−HAB−23A LO RF 22 31 100 12 100

12 LB SEPS−HAB−14A HI RF 22 31 12 12 12

21 LB SEPS−HAB−14A LO RF 22 31 21 12 21

40 LB SEPS−HAB−23A HI RF 22 31 40 12 40

29 LB SEPS−HAB−23A LO RF 22 31 29 12 29

62* SPARE RF 22 31 62 12 62

32 MSS PDGF LB−A HI RF 22 31 32 12 32

44 MSS PDGF LB−A LO RF 22 31 44 12 44

87 LB ORB−HAB−2A HI RF 22 31 87 12 87

75 LB ORB−HAB−2A LO RF 22 31 75 12 75

63 LB ORB−HAB−1A HI RF 22 31 63 12 63

52 LB−ORB−HAB−1A LO RF 22 31 52 12 52

43 CB CT−BIA−23A HI RF 22 31 43 12 43

55 CB CT−BIA−23A LO RF 22 31 55 12 55

16 LB SYS−HAB−1A HI RF 22 31 16 12 16

26 LB SYS−HAB−1A LO RF 22 31 26 12 26

86 LB SYS−HAB−2A HI RF 22 31 86 12 86

74 LB SYS−HAB−2A LO RF 22 31 74 12 74

15 NOT USED 22

25 NOT USED 22

* UB HA−3A HI RF 22 31 17 31 18

* UB HA−3A LO RF 22 12 28 12 27

* UB HA−2A HI RF 22 12 17 12 18

* UB HA−2A LO RF 22 31 27 31 28

1 BCU LB−2 A HI RF 22 31 1 12 1

8 BCU LB−2 A LO RF 22 31 8 12 8

2 HC LB−2A HI RF 22 31 2 12 2

9 HC LB−2A LO RF 22 31 9 12 9

3 CB INT−2A HI RF 22 31 3 12 3

10 CB INT−2A LO RF 22 31 10 12 10

4 NOT USED 22

5 NOT USED 22

51* SPARE RF 22 31 51 12 51

AND NODE 3 BULKHEAD J12 (P AGE 2 OF 5)

3 − 22

PIN FUNCTION ASSIGNMENT

6 NOT USED 22

7 NOT USED 22

11 NOT USED 22

13 NOT USED 22

19 NOT USED 22

20 NOT USED 22

22 NOT USED 22

23 NOT USED 22

24 NOT USED 22

30 NOT USED 22

31 NOT USED 22

33 NOT USED 22

34 NOT USED 22

35 NOT USED 22

36 NOT USED 22

38 NOT USED 22

39 NOT USED 22

41 NOT USED 22

42 NOT USED 22

45 NOT USED 22

46 NOT USED 22

47 NOT USED 22

49 NOT USED 22

50 NOT USED 22

54 NOT USED 22

56 NOT USED 22

57 NOT USED 22

58 NOT USED 22

59 NOT USED 22

60 NOT USED 22

61 NOT USED 22

14 NOT USED 22

AND NODE 3 BULKHEAD J12 (P AGE 3 OF 5)

3 − 23

PIN FUNCTION ASSIGNMENT

64 NOT USED 22

66 NOT USED 22

68 NOT USED 22

69 SPARE 1 HI RF 22 31 69 12 69

70 NOT USED 22

71 NOT USED 22

72 NOT USED 22

73 NOT USED 22

77 NOT USED 22

78 NOT USED 22

79 NOT USED 22

80 SPARE 1 LO RF 22 31 80 12 80

81 NOT USED 22

82 NOT USED 22

83 NOT USED 22

84 NOT USED 22

85 NOT USED 22

88 NOT USED 22

90 NOT USED 22

91 SPARE 2 HI RF 22 31 91 12 91

92 SPARE 3 HI RF 22 31 92 12 92

93 NOT USED 22

94 NOT USED 22

95 NOT USED 22

96 NOT USED 22

97 NOT USED 22

99 NOT USED 22

101 NOT USED 22

102 SPARE 2 LO RF 22 31 102 12 102

103 SPARE 3 LO RF 22 31 103 12 103

104 NOT USED 22

105 NOT USED 22

67 NOT USED 22

AND NODE 3 BULKHEAD J12 (P AGE 4 OF 5)

3 − 24

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J31 & J12

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

106 NOT USED 22

107 NOT USED 22

108 NOT USED 22

110 NOT USED 22

111 NOT USED 22

112 NOT USED 22

113 NOT USED 22

114 NOT USED 22

115 NOT USED 22

116 NOT USED 22

117 NOT USED 22

118 NOT USED 22

119 NOT USED 22

120 NOT USED 22

121 NOT USED 22

122 NOT USED 22

123 NOT USED 22

124 NOT USED 22

125 NOT USED 22

126 NOT USED 22

127 NOT USED 22

128 NOT USED 22

NODE 1/NODE 3 FEEDTHROUGH

J27 & J12

EMC

CLASS

AWG CONNECTS TO

SIGNAL FUNCTION P CONTACT P CONTACT

*16 TX to ER + RF 22 27 16 12 95

*17 TX to ER − RF 22 27 17 12 105

*20 RCV from ER + RF 22 27 20 12 115

*19 RCV from ER − RF 22 27 19 12 106

* Not Connected in Node 3.

FIGURE 3.4−3 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J106 AND

NODE 3 BULKHEAD J12 (P AGE 5 OF 5)

3 − 25

PIN FUNCTION ASSIGNMENT

J28

Boeing

JUMPER CABLE ASSEMBL Y DIAGRAM

NASA GFE ESA

W9432

J109

NODE 1 BULKHEAD NODE 3 BULKHEAD

P28 P109

NATC06G13N35SN

NATC77H13N35PPN

NATC06G25N35SN

NATC77H25N35PPN

NATC06G13N35SN

NATC06G13N35SA

NATC77H13N35PPN

NATC77H13N35PPA

P121 J121

P122

J122

FIGURE 3.4−4 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J28 AND

NODE 3 BULKHEAD J109/J121/J122 (P AGE 1 OF 7)

3 − 26

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J28 & J109

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

1 BCP−01 HO 22 28 47 109 1

2 BCP−02 HO 22 28 58 109 2

3 BCP−03+ HO 22 28 25 109 3

4 BCP−03− HO 22 28 36 109 4

5 BCP−04+ HO 22 28 3 109 5

6 BCP−04− HO 22 28 4 109 6

7 BCP−05+ HO 22 28 71 109 7

8 BCP−05− HO 22 28 82 109 8

9 BCP−06 HO 22 28 8 109 9

10 BCP−07 HO 22 28 15 109 10

11 BCP−08 HO 22 28 1 109 11

12 BCP−09 HO 22 28 2 109 12

13 BCP−10 HO 22 28 5 109 13

14 BCP−11 HO 22 28 6 109 14

15 BCP−12 HO 22 28 7 109 15

16 BCP−13 HO 22 28 14 109 16

17 BCP−14 HO 22 28 10 109 17

18 BCP−15 HO 22 28 18 109 18

19 BCP−16 HO 22 28 22 109 19

20 BCP−17 HO 22 28 13 109 20

21 BCP−18 HO 22 28 26 109 21

22 BCP−19 HO 22 28 16 109 22

11 Not Used

12 Not Used

19 Not Used

20 Not Used

21 Not Used

29 Not Used

30 Not Used

31 Not Used

32 Not Used

40 Not Used

41 Not Used

NODE 3 BULKHEAD J109/J121/J122 (P AGE 2 OF 7)

3 − 27

PIN FUNCTION ASSIGNMENT

42 Not Used

43 Not Used

44 Not Used

49 Not Used

50 Not Used

51 Not Used

52 Not Used

53 Not Used

54 Not Used

55 Not Used

56 Not Used

59 Not Used

60 Not Used

63 Not Used

64 Not Used

65 Not Used

66 Not Used

67 Not Used

68 Not Used

75 Not Used

76 Not Used

77 Not Used

78 Not Used

79 Not Used

86 Not Used

87 Not Used

88 Not Used

89 Not Used

90 Not Used

97 Not Used

98 Not Used

99 Not Used

100 Not Used

101 Not Used

105 Not Used

NODE 3 BULKHEAD J109/J121/J122 (P AGE 3 OF 7)

3 − 28

PIN FUNCTION ASSIGNMENT

108 Not Used

110 Not Used

111 Not Used

112 Not Used

113 Not Used

115 Not Used

117 Not Used

118 Not Used

119 Not Used

120 Not Used

122 Not Used

123 Not Used

125 Not Used

127 Not Used

128 Not Used

109 Not Used

NODE 3 BULKHEAD J109/J121/J122 (P AGE 4 OF 7)

3 − 29

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J28 & J121

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

1 BCP−20 HO 22 28 17 121 1

2 BCP−21 HO 22 28 9 121 2

3 BCP−22 HO 22 28 33 121 3

4 BCP−23 HO 22 28 23 121 4

5 BCP−24 HO 22 28 24 121 5

6 BCP−25 HO 22 28 35 121 6

7 BCP−26 HO 22 28 27 121 7

8 BCP−27 HO 22 28 38 121 8

9 BCP−28 HO 22 28 46 121 9

10 BCP−29 HO 22 28 34 121 10

11 BCP−30 HO 22 28 48 121 11

12 BCP−31 HO 22 28 37 121 12

13 BCP−32 HO 22 28 28 121 13

14 BCP−33 HO 22 28 39 121 14

15 BCP−34 HO 22 121 45 121 15

16 BCP−35 HO 22 121 57 121 16

17 BCP−36 HO 22 121 61 121 17

NODE 3 BULKHEAD J109/J121/J122 (P AGE 5 OF 7)

3 − 30

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J28 & J121

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

18 BCP−37 HO 22 121 73 121 18

19 BCP−38 HO 22 121 84 121 19

20 BCP−39 HO 22 121 72 121 20

21 BCP−40 HO 22 121 62 121 21

22 BCP−41 HO 22 121 74 121 22

NODE 3 BULKHEAD J109/J121/J122 (P AGE 6 OF 7)

3 − 31

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J28 & J122

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

1 BCP−42 HO 22 28 83 122 1

2 BCP−43 HO 22 28 94 122 2

3 BCP−44 HO 22 28 85 122 3

4 BCP−45 HO 22 28 96 122 4

5 BCP−46 HO 22 28 95 122 5

6 BCP−47 HO 22 28 106 122 6

7 BCP−48 HO 22 28 81 122 7

8 BCP−49 HO 22 28 70 122 8

9 BCP−50 HO 22 28 69 122 9

10 BCP−51 HO 22 28 80 122 10

11 BCP−52 HO 22 28 107 122 11

12 BCP−53 HO 22 28 116 122 12

13 BCP−54 HO 22 28 93 122 13

14 BCP−55 HO 22 28 104 122 14

15 BCP−34 HO 22 28 45 121 15

16 BCP−35 HO 22 28 57 121 16

17 BCP−36 HO 22 28 61 121 17

18 BCP−37 HO 22 28 73 121 18

19 BCP−38 HO 22 28 84 121 19

20 BCP−39 HO 22 28 72 121 20

21 BCP−40 HO 22 28 62 121 21

22 BCP−41 HO 22 28 74 121 22

NODE 3 BULKHEAD J109/J121/J122 (P AGE 7 OF 7)

3 − 32

DELETED

FIGURE 3.4−5 DELETED

3 − 33

J48

Boeing

JUMPER CABLE ASSEMBL Y DIAGRAM

NASA GFE ESA

W9431

J215

NATC77H25N35PPN

NODE 1 BULKHEAD NODE 3 BULKHEAD

P48

NATC06G25N35SN

P215

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J148& J215

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

24 RGB VIDEO−1 R+ RF 22 48 24 215 24

35 RGB VIDEO−1 R− RF 22 48 35 215 35

1 RGB VIDEO−1 G+ RF 22 48 1 215 1

2 RGB VIDEO−1 G− RF 22 48 2 215 2

5 RGB VIDEO−1 B+ RF 22 48 5 215 5

6 RGB VIDEO−1 B− RF 22 48 6 215 6

126 RGB VIDEO−2 R+ RF 22 48 126 215 126

125 RGB VIDEO−2 R− RF 22 48 125 215 125

93 RGB VIDEO−2 G+ RF 22 48 93 215 93

104 RGB VIDEO−2 G− RF 22 48 104 215 104

121 RGB VIDEO−2 B+ RF 22 48 121 215 121

128 RGB VIDEO−2 B− RF 22 48 128 215 128

36 RGB VIDEO−3 R+ RF 22 48 36 215 36

25 RGB VIDEO−3 R− RF 22 48 25 215 25

FIGURE 3.4−6 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J48 AND

NODE 3 BULKHEAD J215 (P AGE 1 OF 5)

3 − 34

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J48 & J215

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

122 RGB VIDEO−3 G+ RF 22 48 122 215 122

115 RGB VIDEO−3 G− RF 22 48 115 215 115

94 RGB VIDEO−3 B+ RF 22 48 94 215 94

82 RGB VIDEO−3 B − RF 22 48 82 215 82

18 T BALL −1+ (RS 422) HO 22 48 18 215 18

28 T BALL−1 − (RS 422) HO 22 48 28 215 28

96 T BALL−2 + (RS 422) HO 22 48 96 215 96

107 T BALL−2 − (RS 422) HO 22 48 107 215 107

53 PROCEED HO 22 48 53 215 53

65 PROCEED RTN HO 22 48 65 215 65

76 OTCM 1 HO 22 48 76 215 76

64 OTCM 1 RTN HO 22 48 64 215 64

63 PAUSE HO 22 48 63 215 63

52 PAUSE RTN HO 22 48 52 215 52

41 OTCM 2 HO 22 48 41 215 41

30 OTCM 2 RTN HO 22 48 30 215 30

40 RHC PB HO 22 48 40 215 40

29 RHC PB RTN HO 22 48 29 215 29

17 RHC SLD HO 22 48 17 215 17

27 RHC SLD RTN HO 22 48 27 215 27

38 RHC RK UP HO 22 48 38 215 38

50 RHC RK DN HO 22 48 50 215 50

39 RHC RK RTN HO 22 48 39 215 39

75 U FAIL HO 22 48 75 215 75

87 U FAIL RTN HO 22 48 87 215 87

61 C FAIL HO 22 48 61 215 61

73 C FAIL RTN HO 22 48 73 215 73

42 SAFING HO 22 48 42 215 42

54 SAFING RTN HO 22 48 54 215 54

20 T BALL−5 + HO 22 48 20 215 20

19 T BALL−5 − HO 22 48 19 215 19

NODE 3 BULKHEAD J215 (P AGE 2 OF 5)

3 − 35

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J48 & J215

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION

CLASS

P CONTACT P CONTACT

49 T BALL−4 + HO 22 48 49 215 49

60 T BALL−4 − HO 22 48 60 215 60

51 BRAKE ARM 1 ON HO 22 48 51 215 51

62 BRAKE ARM 1 ON RTN HO 22 48 62 215 62

74 BRAKE ARM 2 ON HO 22 48 74 215 74

86 BRAKE ARM 2 ON RTN HO 22 48 86 215 86

85 BRAKE BODY ON HO 22 48 85 215 85

97 BRAKE BODY ON RTN HO 22 48 97 215 97

98 BRAKE SSRMS ON HO 22 48 98 215 98

108 BRAKE SSRMS ON RTN HO 22 48 108 215 108

22 E−STOP HO 22 48 22 215 22

45 E−STOP RTN HO 22 48 45 215 45

43 T BALL−3 + HO 22 48 43 215 43

31 T BALL−3 − HO 22 48 31 215 31

88 BRAKE ARM 1 OFF HO 22 48 88 215 88

77 BRAKE ARM 1 OFF RTN HO 22 48 77 215 77

89 BRAKE ARM 2 OFF HO 22 48 89 215 89

78 BRAKE ARM 2 OFF RTN HO 22 48 78 215 78

66 BRAKE BODY OFF HO 22 48 66 215 66

55 BRAKE BODY OFF RTN HO 22 48 55 215 55

67 BRAKE SSRMS OFF HO 22 48 67 215 67

79 BRAKE SSRMS OFF RTN HO 22 48 79 215 79

84 OTCM 3 HO 22 48 84 215 84

72 OTCM 3 RTN HO 22 48 72 215 72

99 OTCM 4 HO 22 48 99 215 99

109 OTCM 4 RTN HO 22 48 109 215 109

69 SPARE 1 HO 22 48 69 215 69

80 SPARE 1 RTN HO 22 48 80 215 80

03 NOT USED 22

04 NOT USED 22

NODE 3 BULKHEAD J215 (P AGE 3 OF 5)

3 − 36

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J48 & J215

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION

CLASS

P CONTACT P CONTACT

07 NOT USED 22

08 NOT USED 22

09 NOT USED 22

10 NOT USED 22

11 NOT USED 22

12 NOT USED 22

13 NOT USED 22

14 NOT USED 22

15 NOT USED 22

16 NOT USED 22

21 NOT USED 22

23 NOT USED 22

26 NOT USED 22

32 NOT USED 22

33 NOT USED 22

34 NOT USED 22

37 NOT USED 22

44 NOT USED 22

46 NOT USED 22

47 NOT USED 22

48 NOT USED 22

56 NOT USED 22

57 NOT USED 22

58 NOT USED 22

59 NOT USED 22

68 NOT USED 22

70 NOT USED 22

71 NOT USED 22

81 NOT USED 22

83 NOT USED 22

90 NOT USED 22

NODE 3 BULKHEAD J215 (P AGE 4 OF 5)

3 − 37

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J48 & J215

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

91 NOT USED 22

92 NOT USED 22

95 NOT USED 22

100 NOT USED 22

101 NOT USED 22

102 NOT USED 22

103 NOT USED 22

105 NOT USED 22

106 NOT USED 22

110 NOT USED 22

111 NOT USED 22

112 NOT USED 22

113 NOT USED 22

114 NOT USED 22

116 NOT USED 22

117 NOT USED 22

118 NOT USED 22

119 NOT USED 22

120 NOT USED 22

123 NOT USED 22

124 NOT USED 22

127 NOT USED 22

NODE 3 BULKHEAD J215 (P AGE 5 OF 5)

3 − 38

J41

Boeing

JUMPER CABLE ASSEMBL Y DIAGRAM

ESA

W9435

J2

NODE 1 BULKHEAD NODE 3 BULKHEAD

P2P41

NATC06G25N37SA

NATC77HF25N37PPA2

NASA GFE

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J41 & J2

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

q AUDIO BUS B NODE 3 HAB ABC 6 XMIT FO 16 41 q 2 q r AUDIO BUS B NODE 3 HAB ABC 6 RCV FO 16 41 r 2 r a − p NOT USED 16

A−Z NOT USED 16

FIGURE 3.4−7 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J41 AND

NODE 3 BULKHEAD J2

3 − 39

JUMPER CABLE ASSEMBL Y DIAGRAM

J43

Boeing NASA GFE ESA

W9430

J3

NATC77H25N35PPC

NODE 1 BULKHEAD NODE 3 BULKHEAD

P43 P3

NATC06G25N35SC

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J43 & J3

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

53 CB CT−4B HI RF 22 43 53 3 53

65 CB CT−4B LO RF 22 43 65 3 65

109 LB EPS−HAB−14B HI RF 22 43 109 3 109

98 LB EPS−HAB−14B LO RF 22 43 98 3 98

89 LB EPS−HAB−23B HI RF 22 43 89 3 89

100 LB EPS−HAB−23B LO RF 22 43 100 3 100

12 LB SEPS−HAB−14B HI RF 22 43 12 3 12

21 LB SEPS−HAB−14B LO RF 22 43 21 3 21

40 LB SEPS−HAB−23B HI RF 22 43 40 3 40

29 LB SEPS−HAB−23B LO RF 22 43 29 3 29

FIGURE 3.4−8 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J43 AND

NODE 3 BULKHEAD J3 (P AGE 1 OF 6)

3 − 40

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J43 & J3

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

62** MSS BUD LB−B HI RF 22 43 62 3 62

51** MSS BUD LB−B LO RF 22 43 51 3 51

32 MSS PDGF LB−B HI RF 22 43 32 3 32

44 MSS PDGF LB−B LO RF 22 43 44 3 44

37 LB CHeCS−HAB−1B HI RF 22 43 37 3 37

48 LB CHeCS−HAB−1B LO RF 22 43 48 3 48

16 LB SYS−HAB−1B HI RF 22 43 16 3 16

26 LB SYS−HAB−1B LO RF 22 43 26 3 26

86 LB SYS−HAB−2B HI RF 22 43 86 3 86

74 LB SYS−HAB−2B LO RF 22 43 74 3 74

43 CB CT−BIA−23B HI RF 22 43 43 3 43

55 CB CT−BIA−23B LO RF 22 43 55 3 55

112 RS−485 TO VTR−3

(C&C−1 A8 SC1RD) HI

RF 22 43 112 3 112

120 RS−485 TO VTR−3

(C&C−1 A8 SC1RD) LO

RF 22 43 120 3 120

14 RS−485 TO VTR−3

(C&C−1 A8 SC2RD) HI

RF 22 43 14 3 14

24 RS−485 TO VTR−3

(C&C−1 A8 SC2RD) LO

RF 22 43 24 3 24

23 RS−485 TO VTR−3

(C&C−1 A8 SC1SD) HI

RF 22 43 23 3 23

34 RS−485 TO VTR−3

(C&C−1 A8 SC1SD) LO

RF 22 43 34 3 34

35 RS−485 TO VTR−3

(C&C−2 A8 SC1RD) HI

RF 22 43 35 3 35

47 RS−485 TO VTR−3

(C&C−2 A8 SC1RD) LO

RF 22 43 47 3 47

46 RS−485 TO VTR−3

(C&C−2 A8 SC2RD) HI

RF 22 43 46 3 46

58 RS−485 TO VTR−3

(C&C−2 A8 SC2RD) LO

RF 22 43 58 3 58

70 RS−485 TO VTR−3

(C&C−2 A8 SC1SD) HI

RF 22 43 70 3 70

NODE 3 BULKHEAD J3 (P AGE 2 OF 6)

3 − 41

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J43 & J3

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

81 RS−485 TO VTR−3

(C&C−2 A8 SC1SD) LO

RF 22 43 81 3 81

69 RS−485 TO VTR−4

(C&C−3 A7 SC1RD) HI

RF 22 43 69 3 69

80 RS−485 TO VTR−4

(C&C−3 A7 SC1RD) LO

RF 22 43 80 3 80

93 RS−485 TO VTR−4

(C&C−3 A7 SC2RD) HI

RF 22 43 93 3 93

104 RS−485 TO VTR−4

(C&C−3 A7 SC2RD) LO

RF 22 43 104 3 104

92 RS−485 TO VTR−4

(C&C−3 A7 SC1SD) HI

RF 22 43 92 3 92

103 RS−485 TO VTR−4

(C&C−3 A7 SC1SD) LO

RF 22 43 103 3 103

91 RS−485 TO VTR−4

(C&C−2 A7 SC1RD) HI

RF 22 43 91 3 91

102 RS−485 TO VTR−4

(C&C−2 A7 SC1RD) LO

RF 22 43 102 3 102

114 RS−485 TO VTR−4

(C&C−2 A7 SC2RD) HI

RF 22 43 114 3 114

121 RS−485 TO VTR−4

(C&C−2 A7 SC2RD) LO

RF 22 43 121 3 121

123 RS−485 TO VTR−4

(C&C−2 A7 SC1SD) HI

RF 22 43 123 3 123

124 RS−485 TO VTR−4

(C&C−2 A7 SC1SD) LO

RF 22 43 124 3 124

127 RS−485 TO VTR−4

(C&C−1 A7 SC1RD) HI

RF 22 43 127 3 127

126 RS−485 TO VTR−4

(C&C−1 A7 SC1RD) LO

RF 22 43 126 3 126

106 RS−485 TO VTR−4

(C&C−1 A7 SC2RD) HI

RF 22 43 106 3 106

122 RS−485 TO VTR−4

(C&C−1 A7 SC2RD) LO

RF 22 43 122 3 122

105 RS−485 TO VTR−4

(C&C−1 A7 SC1SD) HI

RF 22 43 105 3 105

115 RS−485 TO VTR−4

(C&C−1 A7 SC1SD) LO

RF 22 43 115 3 115

NODE 3 BULKHEAD J3 (P AGE 3 OF 6)

3 − 42

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J43 & J3

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

82 RS−485 TO VTR−3

(C&C−3 A8 SC1RD) HI

RF 22 43 82 3 82

94 RS−485 TO VTR−3

(C&C−3 A8 SC1RD) LO

RF 22 43 94 3 94

113 RS−485 TO VTR−3

(C&C−3 A8 SC2RD) HI

RF 22 43 113 3 113

128 RS−485 TO VTR−3

(C&C−3 A8 SC2RD) LO

RF 22 43 128 3 128

83 RS−485 TO VTR−3

(C&C−3 A8 SC1SD) HI

RF 22 43 83 3 83

95 RS−485 TO VTR−3

(C&C−3 A8 SC1SD) LO

RF 22 43 95 3 95

84 NOT USED 22

96 NOT USED 22

107 NOT USED 22

116 NOT USED 22

63 LB ORB−HAB−1B HI RF 22 43 63 3 63

52 LB ORB−HAB−1B LO RF 22 43 52 3 52

87 LB ORB−HAB−2B HI RF 22 43 87 3 87

75 LB ORB−HAB−2B LO RF 22 43 75 3 75

17* UB HA−3B HI RF 22 43 17 43 18

27* UB HA−3B LO RF 22 43 27 43 28

18* UB HA−2B HI RF 22 3 17 3 18

28* UB HA−2B LO RF 22 3 27 3 28

1 BCU LB−2B HI RF 22 43 1 3 1

8 BCU LB−2B LO RF 22 43 8 3 8

2 HC LB−2B HI RF 22 43 2 3 2

9 HC LB−2B LO RF 22 43 9 3 9

3 CB INT 2B HI RF 22 43 3 3 3

10 CB INT 2B LO RF 22 43 10 3 10

59 NOT USED 22

71 NOT USED 22

36 NOT USED 22

NODE 3 BULKHEAD J3 (P AGE 4 OF 6)

3 − 43

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J43 & J3

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

37 NOT USED 22

45 NOT USED 22

4 NOT USED 22

5 NOT USED 22

6 NOT USED 22

7 NOT USED 22

11 NOT USED 22

13 NOT USED 22

15 NOT USED 22

19 NOT USED 22

20 NOT USED 22

22 NOT USED 22

25 NOT USED 22

30 NOT USED 22

31 NOT USED 22

33 NOT USED 22

38 NOT USED 22

39 NOT USED 22

41 NOT USED 22

42 NOT USED 22

45 NOT USED 22

49 NOT USED 22

50 NOT USED 22

54 NOT USED 22

56 NOT USED 22

57 NOT USED 22

60 NOT USED 22

61 NOT USED 22

64 NOT USED 22

66 NOT USED 22

NODE 3 BULKHEAD J3 (P AGE 5 OF 6)

3 − 44

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J43 & J3

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

67 NOT USED 22

68 NOT USED 22

72 NOT USED 22

73 NOT USED 22

76 NOT USED 22

77 NOT USED 22

78 NOT USED 22

79 NOT USED 22

85 NOT USED 22

88 NOT USED 22

90 NOT USED 22

97 NOT USED 22

99 NOT USED 22

101 NOT USED 22

108 NOT USED 22

110 NOT USED 22

111 NOT USED 22

117 NOT USED 22

118 NOT USED 22

119 NOT USED 22

125 NOT USED 22

* Not Connected in Node 3 ** The MSS BUD LB−B is not used by Node 3, however the bus is terminated inside Node 3.

NODE 3 BULKHEAD J3 (P AGE 6 OF 6)

3 − 45

JUMPER CABLE ASSEMBL Y DIAGRAM

J32

BOEING ESA

W9433

J20

NODE 1 BULKHEAD NODE 3 BULKHEAD

P32 P20

NASA GFE

NATC77H25N8PPE1

NATC06G25N8SE

NATC06G25N8SD

NATC77H25N8PPD

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J32 & J20

EMC

CLASS

AWG

(COAX)

CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

H IAA TO HAB RF 8 32 H 20 H

A WAA TO TERMINATOR* RF 8 32 20

B NOT USED 8 32 20

C NOT USED 8 32 20

D NOT USED 8 32 20

E NOT USED 8 32 20

F NOT USED 8 32 20

G NOT USED 8 32 20

NOTE * − THIS PIN RESERVED FOR LOOPING BACK INTO NODE 1 PRIOR TO NODE 3 ON−ORBIT

AND IS NOT USED IN THE NODE 1 TO NODE 3 JUMPER ASSEMBLY.

FIGURE 3.4−9 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J32 AND

NODE 3 BULKHEAD J20

3 − 46

J121

BOEING

JUMPER CABLE ASSEMBL Y DIAGRAM

NASA GFE ESA

W6013

J121

NODE 1 BULKHEAD NODE 3 BULKHEAD

P121 P121

NATC06G13N35SN

NATC77H13N35PPN

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J121 & J121

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

1 BCP−20 HO 22 121 1 121 1

2 BCP−21 HO 22 121 2 121 2

3 BCP−22 HO 22 121 3 121 3

4 BCP−23 HO 22 121 4 121 4

5 BCP−24 HO 22 121 5 121 5

6 BCP−25 HO 22 121 6 121 6

7 BCP−26 HO 22 121 7 121 7

8 BCP−27 HO 22 121 8 121 8

9 BCP−28 HO 22 121 9 121 9

10 BCP−29 HO 22 121 10 121 10

11 BCP−30 HO 22 121 11 121 11

12 BCP−31 HO 22 121 12 121 12

13 BCP−32 HO 22 121 13 121 13

14 BCP−33 HO 22 121 14 121 14

FIGURE 3.4−10 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J121

AND NODE 3 BULKHEAD J121 (P AGE 1 OF 2)

3 − 47

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J121 & J121

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

15 BCP−34 HO 22 121 15 121 15

16 BCP−35 HO 22 121 16 121 16

17 BCP−36 HO 22 121 17 121 17

18 BCP−37 HO 22 121 18 121 18

19 BCP−38 HO 22 121 19 121 19

20 BCP−39 HO 22 121 20 121 20

21 BCP−40 HO 22 121 21 121 21

22 BCP−41 HO 22 121 22 121 22

FIGURE 3.4−10 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J121

AND NODE 3 BULKHEAD J121 (P AGE 2 OF 2)

3 − 48

J122

BOEING

JUMPER CABLE ASSEMBL Y DIAGRAM

NASA GFE ESA

W6012

J122

NODE 1 BULKHEAD NODE 3 BULKHEAD

P122 P122

NATC06G13N35SA

NATC77H13N35PPA

NA−2005

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J122 & J122

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

1 BCP−42 HO 22 122 1 122 1

2 BCP−43 HO 22 122 2 122 2

3 BCP−44 HO 22 122 3 122 3

4 BCP−45 HO 22 122 4 122 4

5 BCP−46 HO 22 122 5 122 5

6 BCP−47 HO 22 122 6 122 6

7 BCP−48 HO 22 122 7 122 7

8 BCP−49 HO 22 122 8 122 8

9 BCP−50 HO 22 122 9 122 9

10 BCP−51 HO 22 122 10 122 10

11 BCP−52 HO 22 122 11 122 11

12 BCP−53 HO 22 122 12 122 12

13 BCP−54 HO 22 122 13 122 13

14 BCP−55 HO 22 122 14 122 14

FIGURE 3.4−11 DETAILED ELECTRICAL DESCRIPTION OF NODE 1 BULKHEAD J122

AND NODE 3 BULKHEAD J122 (P AGE 1 OF 2)

3 − 49

PIN FUNCTION ASSIGNMENT

PIN

ID

NODE 1/NODE 3 FEEDTHROUGH

J122 & J122

EMC

CLASS

AWG CONNECTS TO

ID

SIGNAL FUNCTION P CONTACT P CONTACT

15 BCP−56 HO 22 122 15 122 15

16 BCP−57 HO 22 122 16 122 16

17 BCP−58 HO 22 122 17 122 17

18 BCP−59 HO 22 122 18 122 18

19 E−STOP (OPPOSITE) HO 22 122 19 122 19

20 E−STOP (OPPOSITE) RTN HO 22 122 20 122 20

21 SAFING (OPPOSITE) HO 22 122 21 122 21

22 SAFING (OPPOSITE) RTN HO 22 122 22 122 22

FIGURE 3.4−11 DETAILED ELECTRICAL DESCRIPTION NODE BULKHEAD J122

(PAGE 2 OF 2)

3 − 50

CLASS R BONDS

NODE 1 ACBM PCBM NODE 3

FIGURE 3.4.1−1 NODE 1 TO NODE 3 ELECTRICAL BONDING

A − 1

APPENDIX A ISSUES FROM PG−1 AGAINST SSP 41140, REVISION B (7−30−96)

ISSUE NO. SUBJECT PG−3 COMMENTS

41140 P2−1 Addition of tables to define bulkhead feedthroughs.

Issue resolved; Issue sheet deleted.

41140 P2−2 Correction of ”Primary” and ”Redundant” jumpers

Issue resolved; Issue sheet deleted.

41140 P2−3 Correct pin numbers in Table 3.2.2−4

Issue resolved; Issue sheet deleted.

41140 P2−4 Correct pin number in Tables 3.2.2−1 and 3.2.2−3 Add metered table

Issue resolved; Issue sheet deleted.

41140 P2−5 Deletion of Power Red. in paragraphs 3.4 and 3.4.1

Issue resolved; Issue sheet deleted.

41140 P2−6 Correct pin number in Table 3.2.2−4

Issue resolved; Issue sheet deleted.

A − 2

A.1 ISSUE SHEET

ISSUE NO. 41140 P2−1

DELETED

A.2 ISSUE SHEET

ISSUE NO. 41140 P2−2

DELETED

A.3 ISSUE SHEET

ISSUE NO. 41140 P2−3

DELETED

A.4 ISSUE SHEET

ISSUE NO. 41140 P2−4

DELETED

A.5 ISSUE SHEET

ISSUE NO. 41140 P2−5

DELETED

A.6 ISSUE SHEET

ISSUE NO. 41140 P2−6

DELETED

B − 1

APPENDIX B ABBREVIA TIONS AND ACRONYMS

ACBM Active Common Berthing Mechanism

ARS Air Revitalization System

AWG American Wire Gauge

BCP Backup Control Panel

BCU Bus Controller Unit

BIA Bus Interface Adapter

CB Circuit Breaker

CBM Common Berthing Mechanism

C&C Command & Control

CHECS Crew Health Care System

CT Communication and Tracking

CVIU Command Video Interface Units

EMG Electromyogram

EPS Electrical Power System

ER Edge Router

ESA European Space Agency fwd forward

HAB Habitation Module Element

HC Hazard Control

HTL High Temperature Loop

ID Identification

IAA Intern Antenna Assembly

I/F Interface

IMV Intermodule Ventilation

LAB Local Area Bus

LB Local Bus

LTL Low Temperature Loop

MPLM Mini Pressurized Logistics Module

MSS Mobile Servicing System

MTL Moderate Temperature Loop

NASA NASA Aeronautics Space Administration

B − 2

Node 1 Node Element 1

Node 3 Node Element 3

NSTR National Space Transportation System

N2 Nitrogen

O2 Oxygen

ORB Orbit(al)

OTCM ORU Tool Change −Mechanism

PCBM Passive Common Berthing Mechanism

PDGF Power and Datagrapple Fixture

PG−3 Product Group−3

PIRN Preliminary Interface Revision Notice

P/N Part Number

RBG Red, Green, Blue

RCB Receive

RF Radio Frequency

RHC Rotational Hand Controller

RF Radio Frequency

RTN Return

SEPS Secondary Electrical Power Supply

SSRMS Space Station Remote Manipulator System

SYS System

TX Transmit

UB Utility Bus

UHF Ultra High Frequency

VSU Video Switch Unit

VTR Video Tape Recorder

WAA Wireless Antenna Assembly

XMIT V ideo Tape Recorder