The purpose of this handbook is to provide aircraft maintenance personnel with the information required for electrical safety grounding of each type of operational aircraft in the U.S. Navy inventory. In addition, this handbook provides background information pertaining to the operational concerns for aircraft grounding, static electricity theory and how it affects aircraft, and techniques used for measurement of grounding points.
This handbook presents system safety considerations for use in designing army materiel. The areas covered include safety engineering concepts and objectives, system safety analysis, hazard analysis, software analysis, and general design application considerations.
The purpose of this handbook is to provide uniform guidance in evaluations for the safe use of military lasers and laser systems on DOD military reservations or military-controlled areas worldwide. This handbook is intended to supplement each military service s normal procedures for laser ranges.
This document provides requirements for developing and implementing a System safety program to identify the hazards of a system and to impose design requirements and management controls to prevent mishaps by eliminating hazards or reducing risks. It applies to every activity of the system life cycle; e.g., research, technology development, design, test and evaluation, production, construction, checkout/calibration, operation, maintenance and support, modification and disposal. Twenty-two tasks are defined in the areas of program management and control and design and evaluation. Typical tasks are system safety program plan, preliminary hazard analysis, and software hazard analysis. An appendix is provided to give some rationale and methods for satisfying the requirements previously detailed.
This document is intended for use in the establishment of material labeling requirements for identification, function, sub-function, pressures, hazards and direction of flow for pipes, hoses, and tube lines used in aircraft, missile, space systems, and support equipment. The use of colors, words and symbols to identify the functions of such items (to include approved abbreviations), and the dimensions of labeling items such as tags, tapes, and bands, are specifically prescribed. This document is designed to result in rapid servicing of functional systems to return them to full operation and are an integral part of the complete system.
This document defines safety design requirements for military laser systems and associated support equipment. These requirements are the minimum requirements necessary to control the hazards caused directly by laser radiation. Associated system hazards, such as electrical shock, toxic chemicals, high pressure, etc., are controlled through the selection of appropriate requirements in other standards and specifications. A comprehensive system safety program in accordance with MIL-STD-882 should be used to identify and control all hazards unique to the specific laser.
The purpose of this document is to insure the safety of personnel, launch site facilities, and space vehicles from the hazards resulting from electroexplosive subsystem inadvertent initiation. The requirements and test methods contained in this document are not intended to insure all electroexplosive subsystem performance requirements except in those cases where failure to perform would create a hazard to personnel, launch site facilities, and space vehicles. The electroexplosive subsystem is composed of all components from the power source to, and including, the electroexplosive device; safe and arm devices, arm/disarm switches, relays and all electrical wiring used to monitor, control, arm and fire ordnance are specifically included. This Standard applies to all space vehicle systems (e.g., launch vehicles, upper stages, boosters, payloads, and related systems using electroexplosive devices.
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