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Equivalence of Equipment Environmental Qualification Standards for Civil and Military Aircraft Equipment
- Aerospace Standard
- AIR6811
- Issued
Downloadable datasets available
Annotation ability available
Sector:
Issuing Committee:
Language:
English
Scope
This document provides guidance for applying aircraft equipment electromagnetic, electrical, and mechanical qualification standards (i.e., DO-160, MIL-STD-461, MIL-STD-704, and MIL-STD-810) to civil aircraft certification intended for military use and for military aircraft equipment installed on civil aircraft. The guidance identifies where the equipment environmental qualification standards meet the intent of both the civil or military aircraft certification requirements. Conversely, the guidance will identify where the equipment environmental qualification standards have differences that do not meet the intent of the civil or military aircraft certification requirements and when these differences matter based on equipment criticality, installation location, and/or other variables.
Rationale
Due to the prevalence of equipment being utilized in both civil and military applications, the aerospace industry has strongly desired the guidance presented in this document so that it can be used as an aid when making equivalency assessments between the qualification requirements of civil and military equipment. This document enumerates the similarities and differences between the military and civil testing standards, normalizes the analysis methods, and ensures consistent evaluations of equipment qualification requirements to deliver confidence in the appropriateness of the equipment qualification strategy.
Topic
Data Sets - Support Documents
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Table 1 | Section index | |
Table 2 | DO-160G, section 21.4 versus MIL-STD-461G CE102 | |
Table 3 | Conducted emissions bandwidth comparison | |
Table 4 | DO-160G, section 20.4 versus MIL-STD-461G CS114 frequency steps | |
Table 5 | DO-160G, section 20.4 versus MIL-STD-461G CS114 test limits | |
Table 6 | DO-160G, section 20.4 versus MIL-STD-461G CS114 | |
Table 7 | Equipment qualified using MIL-STD-461G CS114 | |
Table 8 | Equipment qualified using DO-160G, section 20.4 | |
Table 9 | Key characteristics and parameters for lightning susceptibility tests | |
Table 10 | Equipment qualified using MIL-STD-461G CS117 | |
Table 11 | Equipment qualified using DO-160G, section 22 | |
Table 12 | DO-160G, section 21.5 versus MIL-STD-461G RE102 frequency of test | |
Table 13 | DO-160G, section 21.5 versus MIL-STD-461G RE102 RBW | |
Table 14 | DO-160G, section 20 versus MIL-STD-461G RS103 frequency steps | |
Table 15 | DO-160G, section 20 versus MIL-STD-461G RS103 | |
Table 16 | Equipment qualified using MIL-STD-461G RS103 | |
Table 17 | Equipment qualified using DO-160G, section 20 | |
Table 18 | Outline of utilization voltage groups | |
Table 19 | Comparison of figures between MIL-STD-704F and DO-160G | |
Table 20 | AC normal operation characteristics - 400 Hz | |
Table 21 | AC normal operation characteristics - variable frequency | |
Table 22 | AC normal operation characteristics - 60 Hz | |
Table 23 | 28 Volt DC normal operation characteristics | |
Table 24 | 270 Volt DC normal operation characteristics | |
Table 25 | Single phase, 400 Hz, 115 V utilization equipment compliance tests | |
Table 26 | Three phase, 400 Hz, 115 V utilization equipment compliance tests | |
Table 27 | Single phase, variable frequency, 115 V utilization equipment compliance tests | |
Table 28 | Three phase, variable frequency, 115 V utilization equipment compliance tests | |
Table 29 | Single phase, 60 Hz, 115 V utilization equipment compliance tests | |
Table 30 | 270 VDC utilization equipment compliance tests | |
Table 31 | 28 VDC utilization equipment compliance tests | |
Table 32 | DO-160G to MIL-STD-704F comparison matrix | |
Table 33 | MIL-HDBK-704-2 to DO-160G cross-reference | |
Table 34 | SAC101 to DO-160G comparison | |
Table 35 | SAC102 to DO-160G comparison | |
Table 40 | SAC108 to DO-160G comparison | |
Table 42 | SAC110 to DO-160G comparison | |
Table 43 | SAC201 to DO-160G comparison | |
Table 44 | SAC301 to DO-160G comparison | |
Table 47 | SAC401 to DO-160G comparison | |
Table 48 | SAC601 to DO-160G comparison | |
Table 50 | MIL-HDBK-704-3 to DO-160G cross-reference | |
Table 51 | TAC101 to DO-160G comparison | |
Table 52 | TAC102 to DO-160G comparison | |
Table 58 | TAC108 to DO-160G comparison | |
Table 60 | TAC110 to DO-160G comparison | |
Table 61 | TAC201 to DO-160G comparison | |
Table 62 | TAC301 to DO-160 comparison | |
Table 65 | TAC401 to DO-160G comparison | |
Table 66 | TAC601 to DO-160G comparison | |
Table 68 | MIL-HDBK-704-4 to DO-160G cross-reference | |
Table 69 | SVF101 to DO-160G comparison | |
Table 70 | SVF102 to DO-160G comparison | |
Table 75 | SVF108 to DO-160G comparison | |
Table 77 | SVF110 to DO-160G comparison | |
Table 78 | SVF201 to DO-160G comparison | |
Table 79 | SVF301 to DO-160G comparison | |
Table 82 | SVF401 to DO-160G comparison | |
Table 83 | SVF601 to DO-160G comparison | |
Table 85 | MIL-HDBK-704-5 to DO-160G cross-reference | |
Table 86 | TVF101 to DO-160G comparison | |
Table 87 | TVF102 to DO-160G comparison | |
Table 93 | TVF108 to DO-160G comparison | |
Table 95 | TVF110 to DO-160G comparison | |
Table 96 | TVF201 to DO-160G comparison | |
Table 97 | TVF301 to DO-160G comparison | |
Table 100 | TVF401 to DO-160G comparison | |
Table 101 | TVF601 to DO-160G comparison | |
Table 103 | MIL-HDBK-704-6 to DO-160G cross-reference | |
Table 104 | MIL-HDBK-704-7 to DO-160G cross-reference | |
Table 105 | HDC101 to DO-160G comparison | |
Table 106 | HDC102 to DO-160G comparison | |
Table 110 | HDC105 test recommendations for civil certification environments | |
Table 111 | HDC105 test recommendations for military qualified environments | |
Table 112 | HDC201 to DO-160G comparison | |
Table 115 | HDC301 to DO-160G comparison | |
Table 118 | HDC401 to DO-160G comparison | |
Table 120 | HDC601 to DO-160G comparison | |
Table 122 | MIL-HDBK-704-8 to DO-160G cross-reference | |
Table 123 | LDC101 to DO-160G comparison | |
Table 124 | LDC102 to DO-160G comparison | |
Table 128 | LDC105 test recommendations for civil certification environments | |
Table 129 | LDC105 test recommendations for military qualified environments | |
Table 130 | LDC201 to DO-160G comparison | |
Table 131 | LDC201 test recommendations for civil certification environments | |
Table 132 | LDC201 test recommendations for military qualified environments | |
Table 133 | LDC301 to DO-160G comparison | |
Table 135 | LDC302 test recommendations for civil certification environments | |
Table 136 | LDC302 test recommendations for military qualified environments | |
Table 137 | LDC401 to DO-160G comparison | |
Table 138 | LDC501 to DO-160G comparison | |
Table 139 | LDC601 to DO-160G comparison | |
Table 141 | MIL-STD-810G and DO-160G evaluation substitution guidance | |
Table 142 | MIL-STD-810G and DO-160G evaluation section index | |
Table 143 | Pressure test method summary table | |
Table 144 | MIL-STD-810G pressure comparison table | |
Table 145 | DO-160G pressure comparison table | |
Table 146 | Temperature test method comparison table | |
Table 147 | MIL-STD-810G temperature comparison table | |
Table 148 | DO-160G temperature comparison table | |
Table 149 | Storage temperature test cycle comparison | |
Table 150 | Operational temperature test cycle comparison | |
Table 151 | Fluids test method comparison table | |
Table 152 | MIL-STD-810G fluids comparison table | |
Table 153 | DO-160G fluids comparison table | |
Table 154 | Waterproofness test method comparison table | |
Table 155 | MIL-STD-810G waterproofness comparison table | |
Table 156 | DO-160G waterproofness comparison table | |
Table 157 | Humidity test method comparison table | |
Table 158 | MIL-STD-810G humidity comparison table | |
Table 159 | DO-160G humidity comparison table | |
Table 160 | Humidity induced/natural test cycle comparison | |
Table 161 | Humidity aggravated/accelerated test cycle comparison | |
Table 165 | DO-160G salt fog method comparison table | |
Table 166 | Sand and dust method comparison table | |
Table 167 | MIL-STD-810G sand and dust method comparison table | |
Table 168 | DO-160G sand and dust method comparison table | |
Table 169 | Explosive atmosphere test method comparison table | |
Table 170 | MIL-STD-810G explosive atmosphere comparison table | |
Table 171 | DO-160G explosive atmosphere comparison table | |
Table 172 | Acceleration test method summary table | |
Table 173 | MIL-STD-810G acceleration comparison table | |
Table 175 | Vibration test method comparison table | |
Table 176 | MIL-STD-810G vibration comparison table | |
Table 177 | DO-160G vibration comparison table | |
Table 178 | Shock method comparison table | |
Table 179 | MIL-STD-810G shock method comparison table | |
Table 180 | DO-160G operational shock and crash safety comparison table | |
Table 181 | Icing test method comparison table | |
Table 183 | DO-160G icing comparison table |
Issuing Committee
AE-4 Electromagnetic Compatibility (EMC) Committee
It is the duty of the AE-4 Electromagnetic Compatibility (EMC) Committee to produce advisory materials for the aerospace community in the following areas: Electromagnetic Compatibility (EMC), Electromagnetic Interference (EMI), and High Intensity Radiated Field (HIRF) environments
Reference
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