MIL-STD-801 Inspection And Acceptance Standards For Fuel Cells And FittingsThis standard establishes a test method standard for fuel cells and fuel cell fittings. This standard applies to all fuel cells manufactured in accordance with MIL-DTL-5578, MIL-DTL-6396 except Type I, and MIL-DTL-27422.

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MIL-STD-801D

CONTENTS

PARAGRAPH                                                                                                                        PAGE

3.31          Lumps and craters .......................................................................................................... 5

3.32          Manufacturing damage................................................................................................... 5

3.33          Manufacturing defect ..................................................................................................... 5

3.34          Multiple construction fuel cell ....................................................................................... 5

3.35          Patch ............................................................................................................................... 5

3.36          Rework damage.............................................................................................................. 5

3.37          Sealant ............................................................................................................................ 5

3.38          Skim coat........................................................................................................................ 5

3.39          Source inspector ............................................................................................................. 5

3.40          Stand test ........................................................................................................................ 5

3.41          Step off ........................................................................................................................... 5

3.42          Total effective bond........................................................................................................ 6

3.43          Vertical edge looseness .................................................................................................. 6

4.      GENERAL REQUIREMENTS............................................................................................. 7

4.1            Inspection requirements ................................................................................................. 7

4.2            Results ............................................................................................................................ 7

5.      DETAILED REQUIREMENTS............................................................................................ 7

5.1            Classification of defects ................................................................................................. 7

5.1.1         Unlisted defects .............................................................................................................. 7

5.2            Use of tables ................................................................................................................... 7

5.2.1         Table I............................................................................................................................. 7

5.2.2         Table II ........................................................................................................................... 7

5.2.3         Table III.......................................................................................................................... 8

5.2.4         Table IV.......................................................................................................................... 8

5.2.5         Table V........................................................................................................................... 8

5.3            Action to be taken on identified defects......................................................................... 8

5.3.1          Minor defects................................................................................................................. 8

5.3.2         Major defects.................................................................................................................. 8

5.3.3         Critical defects................................................................................................................ 9

6.      NOTES................................................................................................................................... 9

6.1            Intended use.................................................................................................................... 9

6.2            Acquisition requirements ............................................................................................... 9

6.3            Supersession note ........................................................................................................... 9

6.4            Subject term (key word) listing ...................................................................................... 9

6.5            Changes from previous issue........................................................................................ 10

FIGURES

Figure 1.  Channel........................................................................................................................... 3

Figure 2.  Vertical edge looseness .................................................................................................. 6

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