IEEE 1301-1991
Withdrawn
A Withdrawn Standard is one, which is removed from sale, and its unique number can no longer be used. The Standard can be withdrawn and not replaced, or it can be withdrawn and replaced by a Standard with a different number.
IEEE Standard for a Metric Equipment Practice for Microcomputers - Coordination Document
01-01-2007
English
30-11-1990
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1. Introduction
1.1 Scope and Field of Application
1.2 Purpose
1.3 Dimensions
1.4 Coordination Dimensions
1.4.1 Dimensions of Cabinets and Racks
1.4.2 Dimensions of Subracks and Front Panels
1.4.3 Dimensions of Backplanes
1.4.4 Dimensions of Plug-in Units and Printed Boards
1.5 Connector-Related Parameters
1.6 Environmental Requirements
1.7 Conformance
2. References
3. Special Word Usage, Definitions, and Abbreviations
3.1 Special Word Usage
3.2 Definitions
3.3 Abbreviations
4. Dimensional Nomenclature
4.1 Axis and Boundary References
4.2 Dimensional Location Nomenclature
4.3 Dimensional Nomenclature, Heights
4.4 Dimensional Nomenclature, Widths
4.5 Dimensional Nomenclature, Depths
4.6 Dimensional Nomenclature, Mounting Pitches
5. Cabinets
6. Subracks
7. Backplanes
8. Plug-in Units
FIGURES
1. Example of a Cabinet with Subrack, Front Panel,
and Attachments Installed
2. Mounting Dimensions for Rack or Cabinet Front
Panels and Subracks
3. Front Panel Dimensions - Recommended Sizes
4. Internal Cabinet Flange Dimensions
5. Ancillary Equipment Configuration - Typical Examples
6. Cabinet with Mounting Rails
7. Slanted Cabinet with Mounting Rails
8. Dimensions for Straight or Slanted Cabinets with
Mounting Rails
9. Cabinet without Mounting Rails
10. Dimensions for Straight or Slanted Cabinets without
Mounting Rails
11. Cabinet with Mounting Rails
12. Dimensions for Type A Cabinets
13. Dimensions for Type B Cabinet
14. Cabinet without Mounting Rails
15. Cabinet without Mounting Rails - Dimensional
Requirements
16. Typical Arrangement of Subrack, Backplane, and
Front Panel
17. Dimensional Relationships
18. Basic Dimensions of Subracks
19. EMI Shielding of Front Panel Surface
20. Subrack Dimensions for Mounting Plug-in Units
21. Mounting Dimensions of Plug-in Unit Guides and
Plug-in Units within a Subrack
22. Mounting Dimensions of Plug-in Unit Guides and
Plug-in Units within a Subrack
23. Depth and Height Dimensions of Subracks with Two
Alternative Designs of Front Panel Attachment
24. Detail of Typical Front Panel Attachment - Design 1
25. Detail of Typical Extension for Injector/Ejector -
Design 2
26. Connector Grid Position
27. Backplane Dimensions
28. Typical Arrangement of Plug-in Units within a
Subrack
29. Relationship of Subrack and All Plug-in Units to
Each Other
30. Plug-in Unit Dimensions
31. Printed Board Dimensional Example
32. Front Panels for Plug-in Units
33. Plug-in Unit with Preferred Injector/Ejector Handle
34. Frame-Type Plug-in Unit for Plug-in Units with Front
Panels
35. Frame-Type Plug-in Unit for Plug-in Units without
Front Panels
36. Box-Type Plug-in Unit
37. Box-Type Plug-in Unit without Guide Webs
TABLES
1. Cabinet Height Dimensions
2. Cabinet Width Dimensions
3. Cabinet Depth Dimensions
4. Front Panel Height Dimensions
5. Front Panel Width Dimensions
6. Subrack Height Dimensions
7. Subrack Width Dimensions
8. Subrack Depth Dimensions
9. Backplane Height Dimensions
10. Plug-in Unit Heights
11. Plug-in Unit Widths
12. Box- or Frame-Type Plug-in Unit Width
13. Box- or Frame-Type Plug-in Unit and Plug-in Unit
Depths
Specifies dimensions for a single metric equipment practice that will ensure mechanical interchangeability and promote worldwide use.
| Committee |
Microprocessor Standards Committee
|
| DocumentType |
Standard
|
| Pages |
64
|
| PublisherName |
Institute of Electrical & Electronics Engineers
|
| Status |
Withdrawn
|
| BS ISO/IEC 10857:1994 | Information technology. Microprocessor systems. Futurebus+. Logical protocol specification |
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| CSA ISO/IEC 13961 : 2002 : R2011 | INFORMATION TECHNOLOGY - SCALABLE COHERENT INTERFACE (SCI) |
| IEEE DRAFT 1301.4 : D2.1 APR 96 | DRAFT STANDARD FOR A METRIC EQUIPMENT PRACTICE FOR MICROCOMPUTERS - COORDINATION DOCUMENT FOR MEZZANINE CARDS |
| IEEE 896.2-1991 | IEEE Standard Backplane Bus Specification for Multiprocessor Architectures: Futurebus+(R) |
| ISO/IEC 13961:2000 | Information technology — Scalable Coherent Interface (SCI) |
| IEEE 1596 : 1992 | SCALABLE COHERENT INTERFACE (SCI) |
| IEEE DRAFT 1386 : D2.2 APR 2000 | PHYSICAL AND ENVIRONMENTAL LAYERS FOR SBUS MEZZANINE CARDS: CMC |
| CSA ISO/IEC 13961:2002 | INFORMATION TECHNOLOGY - SCALABLE COHERENT INTERFACE (SCI) |
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