MIL-HDBK-419A VOL 2
GROUNDING, BONDING, AND SHIELDING FOR ELECTRONIC EQUIPMENTS AND FACILITIES APPLICATIONS
Organization:
AIR FORCE - 99 - Air Force Materiel Command HQ
Year: 1987
Abstract: INTROUUCTION.
This chapter presents the design, installation practices, test and acceptance procedures associated with the incorporation of effective grounding, bonding, and shielding for a new facility.* The major elements of the facility covered are the (1) earth electrode subsystem, (2) fault protection subsystem, (3) lightning protection subsystem, (4) signal reference subsystem, (5) bonding, and (6) shielding.
Secure transmission facility requirements are covered in Section 1.6. Supplemental measures which are needed to be incorporated in a facility to help reduce common-mode and instrumentation noise problems are presented in Section 1.9, Common-Mode Noise and Instrumentation. The special construction practices recommended to reduce facility vulnerability to the' electromagnetic pulse (EMP) threat are contained in Section 1.10, EMP Protection. Tactical grounding requirements are presented in Section 1.11, Military Mobile Facilities. Inspection and Test Procedures for a New Facility, provided in Section 1.13, should be utilized in verifying that recommended practices and procedures are properly implemented and to help establish a performance baseline against which future measurements can be compared.
To obtain optimum performance of electronic equipment and personnel safety while providing adequate protection against power system faults, EMP, and lightning strikes, thorough consideration must be given to the grounding system for the building; to the bonds needed and the method of their implementation; and to the shielding needed throughout the building for personnel safety and equipment interference control. For a new facility, the requirements in each of these areas are defined and appropriate design steps set forth to assure that the necessary measures are incorporated into the final structure and equipment installation.
*A new facility is considered to be one of new construction or an existing one that will undergo major renovation or major equipment reconfiguration. The project engineer shall determine the grounding requirements whenever minor equipment reconfigurations are accomplished in existing facilities. Refer to Chapter 2 for additional information.
This chapter presents the design, installation practices, test and acceptance procedures associated with the incorporation of effective grounding, bonding, and shielding for a new facility.* The major elements of the facility covered are the (1) earth electrode subsystem, (2) fault protection subsystem, (3) lightning protection subsystem, (4) signal reference subsystem, (5) bonding, and (6) shielding.
Secure transmission facility requirements are covered in Section 1.6. Supplemental measures which are needed to be incorporated in a facility to help reduce common-mode and instrumentation noise problems are presented in Section 1.9, Common-Mode Noise and Instrumentation. The special construction practices recommended to reduce facility vulnerability to the' electromagnetic pulse (EMP) threat are contained in Section 1.10, EMP Protection. Tactical grounding requirements are presented in Section 1.11, Military Mobile Facilities. Inspection and Test Procedures for a New Facility, provided in Section 1.13, should be utilized in verifying that recommended practices and procedures are properly implemented and to help establish a performance baseline against which future measurements can be compared.
To obtain optimum performance of electronic equipment and personnel safety while providing adequate protection against power system faults, EMP, and lightning strikes, thorough consideration must be given to the grounding system for the building; to the bonds needed and the method of their implementation; and to the shielding needed throughout the building for personnel safety and equipment interference control. For a new facility, the requirements in each of these areas are defined and appropriate design steps set forth to assure that the necessary measures are incorporated into the final structure and equipment installation.
*A new facility is considered to be one of new construction or an existing one that will undergo major renovation or major equipment reconfiguration. The project engineer shall determine the grounding requirements whenever minor equipment reconfigurations are accomplished in existing facilities. Refer to Chapter 2 for additional information.
Subject: Air Terminal (Lightning Rod)
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MIL-HDBK-419A VOL 2
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contributor author | AIR FORCE - 99 - Air Force Materiel Command HQ | |
date accessioned | 2017-09-04T18:07:44Z | |
date available | 2017-09-04T18:07:44Z | |
date copyright | 32140 | |
date issued | 1987 | |
identifier other | GPSSDAAAAAAAAAAA.pdf | |
identifier uri | https://yse.yabesh.ir/std/handle/yse/190668 | |
description abstract | INTROUUCTION. This chapter presents the design, installation practices, test and acceptance procedures associated with the incorporation of effective grounding, bonding, and shielding for a new facility.* The major elements of the facility covered are the (1) earth electrode subsystem, (2) fault protection subsystem, (3) lightning protection subsystem, (4) signal reference subsystem, (5) bonding, and (6) shielding. Secure transmission facility requirements are covered in Section 1.6. Supplemental measures which are needed to be incorporated in a facility to help reduce common-mode and instrumentation noise problems are presented in Section 1.9, Common-Mode Noise and Instrumentation. The special construction practices recommended to reduce facility vulnerability to the' electromagnetic pulse (EMP) threat are contained in Section 1.10, EMP Protection. Tactical grounding requirements are presented in Section 1.11, Military Mobile Facilities. Inspection and Test Procedures for a New Facility, provided in Section 1.13, should be utilized in verifying that recommended practices and procedures are properly implemented and to help establish a performance baseline against which future measurements can be compared. To obtain optimum performance of electronic equipment and personnel safety while providing adequate protection against power system faults, EMP, and lightning strikes, thorough consideration must be given to the grounding system for the building; to the bonds needed and the method of their implementation; and to the shielding needed throughout the building for personnel safety and equipment interference control. For a new facility, the requirements in each of these areas are defined and appropriate design steps set forth to assure that the necessary measures are incorporated into the final structure and equipment installation. *A new facility is considered to be one of new construction or an existing one that will undergo major renovation or major equipment reconfiguration. The project engineer shall determine the grounding requirements whenever minor equipment reconfigurations are accomplished in existing facilities. Refer to Chapter 2 for additional information. | |
language | English | |
title | MIL-HDBK-419A VOL 2 | num |
title | GROUNDING, BONDING, AND SHIELDING FOR ELECTRONIC EQUIPMENTS AND FACILITIES APPLICATIONS | en |
type | standard | |
page | 394 | |
status | Active | |
tree | AIR FORCE - 99 - Air Force Materiel Command HQ:;1987 | |
contenttype | fulltext | |
subject keywords | Air Terminal (Lightning Rod) | |
subject keywords | Bonding | |
subject keywords | Cathodic Protection | |
subject keywords | Corrosion | |
subject keywords | Down Conductor | |
subject keywords | Earth Electrode Subsystem | |
subject keywords | Electromagnetic Pulse (EMP) | |
subject keywords | Equipment Shielding | |
subject keywords | Equipotential Ground Plane | |
subject keywords | Facility Ground System | |
subject keywords | Facility Shielding | |
subject keywords | Fault Protection Subsystem | |
subject keywords | Grounded Conductor | |
subject keywords | Grounding | |
subject keywords | Grounding Conductor (Green Wire) | |
subject keywords | Higher Frequency Ground | |
subject keywords | Lightning | |
subject keywords | Lightning Protection Subsystem | |
subject keywords | Lower Frequency Ground | |
subject keywords | Multipoint Grounding | |
subject keywords | Neutral Conductor | |
subject keywords | Pall-of-Potential Ground Test | |
subject keywords | Phase Conductor | |
subject keywords | Power System Grounding | |
subject keywords | Ring Ground | |
subject keywords | Shielding | |
subject keywords | Shielding Effectiveness | |
subject keywords | Signal Grounding | |
subject keywords | Signal Reference Subsystem | |
subject keywords | Single-Point Grounding | |
subject keywords | Zone (Cone) of Protection |