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IEEE DRAFT 1101.10 : D5.0 MAY 96

Superseded

Superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

DRAFT STANDARD FOR ADDITIONAL MECHANICAL SPECIFICATIONS FOR MICROCOMPUTERS USING THE 1101.1 EQUIPMENT PRACTICE

Superseded date

07-23-2013

Published date

01-12-2013

1 Overview
1.1 Scope
1.1.1 Dimensions of EMC Subracks and associated
          EMC plug-in Units
1.1.2 Dimensions for Plug-in Unit Injector and
          Extractor Handles
1.1.3 Dimensions for Plug-in Unit Keying
1.1.4 Dimensions for ESD Protection
1.1.5 Alignment Pin
1.1.6 Protective "Solder Side" PB Covers
1.1.7 Dimensions for Printed Boards and Backplanes
          using IEC 603-2 Type C 3 row and expanded
          5 row Connectors
1.1.8 Dimensions for Printed Boards and Backplanes
          using center mounted connectors
1.2 Purpose
1.3 Patent Disclosure
2 References
3 Terminology
3.1 Abbreviations
3.2 Special Word Usage
4 General Arrangement
5 EMC
5.1 EMC Subrack
5.2 EMC Filler Panels
5.3 EMC Plug-in Unit Front Panels
5.4 EMC Front Panel/PB relationship
6 Keying and Alignment Pin
6.1 General Arrangement Board Type Plug-in Unit
          Assembly with Keying and Alignment
6.2 Keying and Alignment Pin - Dimensional
          Relationship
6.3 Keying Dimensions - Recepticals
6.4 Key Dimensions
6.5 Programming of Keys
6.6 Alignment Pin Test Dimensions
7 Protective "Solder Side" Cover
8 Plug-in Unit Injector/Ejector Handles
8.1 Subrack Dimensions
8.2 Injector and Extractor handle detail
8.3 Plug-in Injector/Ejector Handle Front Panel
          Component Space
9 ESD Protection
9.1 Electrostatic Discharge Design Requirements
9.1.1 Maintaining ESD contact during connector
          engagement
9.1.2 Breaking ESD contact before connector
          engagement
9.1.3 Subrack ESD Contact Position
10 Plug-in Unit Printed Boards and Backplanes using
          IEC 603-2 Type C 3 row and expanded 5 row
          connectors
10.1 Printed Board Dimensions
10.2 Backplane Dimensions
11 Plug-in Boards and Subrack Backplanes using
          Center connectors compatible to IEC 603-2
          Type C 3 row and expanded 5 row connector
11.1 Printed Board Dimensions
11.2 Backplane Dimensions
Figures
Fig 1 General Arrangement
Fig 2 EMC Subrack Dimensions
Fig 3 EMC Filler Panel Dimensions
Fig 4 EMC Plug-in Unit Front Panel Dimensions
Fig 5 EMC Plug-in Unit 4HP Front Panel and Printed
          Board Relationship
Fig 6 Board Type Plug-in Unit Keying Concept
Fig 7 Alignment pin and Keying Chambers for Board
          Type Plug-in Units
Fig 8 Key in Subrack w/o Plug-in Unit
Fig 9 Key in Plug-in Unit and Subrack Assembly
Fig 10 Programming Key
Fig 11a Programming of Keys in the Subrack
Fig 11b Programming of Keys in the Plug-in Unit
Fig 12 Subrack and Board Type Plug-in Unit Alignment
          Pin and Keying Chamber Test Dimensions
Fig 13 Protective "Solder Side" Cover
Fig 14 Subrack Dimensions suitable for Plug-in Units
          with Injector/Extractor Handles
Fig 15 Injector and Extractor Handle Dimensions
Fig 16 Usable component space on 3U/6U Plug-in Unit
          Front Panels with Injector and Extractor
          Handles
Fig 17 ESD Plug-in Unit Dimensions maintaining ESD
          contact during connector engagement
Fig 18 ESD Plug-in Unit dimensions breaking ESD
          contact before connector engagement
Fig 19 Guide Rail ESD Clip contact area
Fig 20 3U plug-in Unit Printed Board with typical IEC
          603-2 Type C 3 row and expanded 5 row connector
          pin layout
Fig 21 6U Plug-in Unit Printed Board with typiecl IEC
          603-2 Type C 3 row and expanded 5 row connector
          pin layout
Fig 22 9U Plug-in Unit Printed Board with typical IEC
          603-2 Type C 3 row and expanded 5 row connector
          pin layout
Fig 23 3U Backplane with typical IEC 603-2 Type C 3
          row connector pin layout
Fig 24 6U Backplane with typical IEC 603-2 Type C 3
          row and expanded 5 row connector pin layout
Fig 25 9U Backplane with typical IEC 603-2 Type C 3
          row and expanded 5 row connector pin layout
Fig 26 6U Plug-in Unit Printed Board pin layout for a
          center mounted connector compatible to IEC
          603-2 Type C 3 row and expanded row
Fig 27 9U Plug-in Unit Printed Board pin layout for a
          center mounted connector compatible to IEC
          603-2 Type C 3 row and expanded 5 row
Fig 28 6U Backplane pin layout for a center mounted
          connector compatible to IEC 603-2 Type C 3 row
          and expanded 5 row
Fig 29 9U Backplane in layout for a center mounted
          connector compatible to IEC 603-2 Type C 3
          row and expanded 5 row

May be applied in all fields of electronics where equipment and installations are required to conform to the 19 inch equipment practice based on IEEE 1101.1, IEC 297-3 and IEC 297-4.

DocumentType
Draft
PublisherName
Institute of Electrical & Electronics Engineers
Status
Superseded

IEC 60297-1:1986 Dimensions of mechanical structures of the 482.6 mm (19 in) series. Part 1: Panels and racks
IEC 60916:1988 Mechanical structures for electronic equipment - Terminology
ISO 1101:2017 Geometrical product specifications (GPS) — Geometrical tolerancing — Tolerances of form, orientation, location and run-out
IEC 60821:1991 VMEbus - Microprocessor system bus for 1 byte to 4 byte data
IEC 60297-4:1995+AMD1:1999 CSV Mechanical structures for electronic equipment - Dimensions of mechanical structures of the 482,6 mm (19 in) series - Part 4: Subracks and associated plug-in units - Additional dimensions
IEC 60603-2:1995 Connectors for frequencies below 3 MHz for use with printed boards - Part 2: Detail specification for two-part connectors with assessed quality, for printed boards, for basic grid of 2,54 mm (0,1 in) with common mounting features

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