NAVY MIL-E-23683 A-1976 EXPLOSIVE FITTING MARK 19 MOD 1《1系数19型 爆炸性组件》.pdf

1、Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-MIL-E-23683A 13 m 7779706 0303679 5 = MI L-E-23683A (OS ) (Application for copies should be addressed to

2、 the Superintendent of Documents, Government Printing Office, Washington, D. C. 20402.) 3. REQUIREMENTS 3.1 Description. The Explosive Fitting Mark 19 Mod 1 is a hexagonal explosive-loaded housing threaded at one end for mechanically connecting with a mating component. From the other end of the hous

3、ing extends a length of two-conductor cable terminating in a pair of phone tips by way of which a firing voltage is applied to the fitting. The explosive element of the fitting is the Explosive Actuator Mark 22 Mod O which is secured by potting within the threaded end of the housing. The electrical

4、leads of the actuator connect within the housing to the terminals of the cable. tips of the cable after loading of the fitting, serves to maintain the fitting in an electrically safe condition until removal of the clip prior to mounting of the fitting for service use. 3.2 First article sample. Unles

5、s otherwise specified in the contract or order, a first article sample of the fittings shall be manufactured and prepared for delivery using the methods and precedures proposed for the production lot. The sample is for the purpose of determining that, prior to starting production, the contractors pr

6、o- duction methods are capable of producing items that comply with this specification and the design. the contract or purchase order. A binding post spring, placed upon the phone The sample size shall be as specified in 3.3 General requirements. 3.3.1 Fabrication. Material s , fi ni shes, coatings ,

7、 con- struction, and dimensions for the Explosive Fitting Yark 19 Mod 1 (empty) and Explosive Fitting Mark 19 Mod 1 (loaded) shall be in accordance with the requirements of LD 516150 and LD 516153, respec- tively. Examination shall be in accordance with 4.7. 3.3.2 Interchangeability. Component parts

8、 of assembled units (unless otherwi-se specified on the applicable drawings) fabricated in accordance with applicable drawings shall assemble with mating components of the unit without selection for fit or performance. 3.3.3 Threads. Unless otherwise specified, al 1 threads shall be in.accordance wi

9、th the National Bureau of Standards Handbook H28, 3.3.4 Soldering. Soldering shall be in accordance with Requirement 5 of MIL-STD-454. Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-MIL-E-23b83A 13 779970b 03o3bd I 6- MI L-E-23683A (OS) 3.4 Performa

10、nce requirements and product characteristics. The fittings shall meet the following performance requirements and -. product characteristics: 3.4.1 Empty assembly. The fol lowing requirements chal 1 pertain to the components of the explosive fitting prior to their -. assembly as the explosive-loaded

11、device. 3.4.1.1 Cleanliness. All components of the empty explosive fitting shall, at the time of acceptance, be completely clean of corrosion, metal chips, oil, grease, dirt, dust, or the like. cleaning shall not damage the surfaces of the components or leave a contaminating residue. Any agent used

12、in 3.4.1.2 Cable assembly. After potting the Shell, Drawing 2289314, and molding it to the cable in accordance with Drawing 2289986, the shell shall withstand a five-pound pull for a minimum of ten seconds without separating or slipping. 3.4.2 Loaded assembly. The requirements of 3.4.2.1 through 3.4

13、.2.7 pertain to the loaded explosive fitting. 3.4.2.1 Cleanliness. All components of the explosive fitting shall be free of dust, oil, grease, metal chips, filings, moisture, corrosion, and such other forms of contamination. 3.4.2.2 Explosive actuator. The Explosive Actuator Mark 22 Mod O shall have

14、 met acceptably all requirements of WS 2090 within 6 months prior to its assembly within the Explosive Fitting Mark 19 Mod 1; documentary proof thereof shall be submitted with each lot of explosive fittings tendered for acceptance. 3.4.2.3 Insulation resistance. The insulation resistance between the

15、 shorted terminals of the explosive fitting and the housing shall be 50 megohms or greater when measured at 500 i- 50 volts DC. This requirement shall be met after conditioning the explosive fitting for no less than 24 hours at a temperature of 78F 5 2F and a relative humidity of 75 5 5 percent. 3.4

16、.2.4 Bridge wire resistance. The bridge wire resistance, when measured at the phone tips of the assembled explosive fitting, shall be between 8 and 13 ohms. - 3.4.2.5 Leakage. After assembly and potting, the explosive fitting shall be capable of withstanding a 100 PSIG hydrostatic pressure applied f

17、or no less than five minutes without leakage or detrimentally af f ec ti ng i ts el ectri cal character i s ti cs. Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-flIL-E-23683A 13 E 7777906 0303681 3 E MIL-E-23683A( OS) 3.4.2.6 Binding post spring. I

18、mmediately following the loading operation, the leads of the explosive fitting shall be shorted by the Binding Post Spring, Drawing T853142. The binding post spring shall remain on the fitting except during electrical testing and then be replaced until the fitting is installed for service use. When

19、mounted in the binding post spring, each phone tip shall withstand an axial pull of no less than 2 pounds without pulling free from the binding post spring. 3.4.2.7 Function. The Explosive Fitting Mark 19 Mod 1 shall function when the first discharge of a 1 .O microfarad capacitor charged to 40.0 A

20、1.0 volts DC is applied across the phone tips of the fitting. 3.5 Envi ronmental requi rements . 3.5.1 Vibration. The loaded explosive fitting shall meet the requirements of 3.4.2.3 through 3.4.2.6 after being subjected to the vibration test of 4.8.1. 3.5.2 Shock. The loaded explosive fitting shall

21、meet the requirements of 3.4mthrough 3.4.2.6 after being subjected to the shock test of 4.8.2. 3.5.3 Temperature and humidity. The loaded explosive fitting, packaged as in 5.1, shall meet the requirements of 3.4.2.3 through 3.4.2.6 after being subjected to one 14-day JAN TEMPERATURE AND HUMIDITY CYC

22、LE in accordance with MIL-STD-331, Test Method 105.1. 3.5.4 Jolt requirement. The loaded explosive fitting shall not fire or become unsafe when subjected to the jolt test of MIL-STD-331, Test Method 101.1. 3.6 C1 eanup. Al 1 parts, components, and the assembly shall be thoroughly cleaned of loose, s

23、pattered, or excess solder, metal chips, and other foreign matter. 3.7 Workmanship. Workmanship shall be in accordance with . Requirement 9 of MIL-STD-454. 3.8 Safety precautions. The supplier shall observe the safety precautions of DOD 4145.26M, as applicable. 4, QUALITY ASSURANCE PROVISIOS C Provi

24、ded by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-VIL-E-23683A 13 m 777770b 0303682 5 m I I specified in the contract or purchase rdK II - 1 for the performance of al 1 inspection requirements as specified-herein. Except as otherwise specified in the contra

25、ct or order, the supplier may use his own or any other facilities suitable for the performance of the inspection requirements specified herein, un1 ess di sapproved by the Government. The Government reserves the right to perform any of the inspections set forth in the specification where such inspec

26、tions are deemed necessary to assure supplies and services conform to prescribed I a. First article inspection (see 4.4) b. Qual i ty conformance inspection (see 4.5) c. Periodic production sample inspection (see 4.6) 4.3 are required measuring res ohm (current I o perform the tests prescribed in th

27、is specification: a. An ohmmeter or resistance bridge capable of stances between 8 ohms and 13 ohms, accuracy within 0.1 imi ted to 5 mi 1 1 i amperes maximum). b. A megohm bridge capable of measuring 50 5 5 megohms, accuracy 5 percent, at a test voltage of 500 5 50 volts DC. d. P hydrostatic pressu

28、re. e. A the phone tips and capab - + 1 ounce. f. A c. A test chamber into which the explosive fitting may be-placed to be appropriately tested safely. The test chamber shall provide adequate protection to the operator in the event that the fitting fires. The contact resistance between each receptac

29、le of any connector of the test chamber and a mating pin shall not exceed 0.1 ohm. essure pot capable of withstanding a 100 PSIG scale,including a suitable means for pulling on e of measuring a 2-pound pull to an accuracy of I resistance bridge capable of measuring a resistance of .O2 ohm to an accu

30、racy of 1 percent. 6 Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-MIL-E-23683A 13 m 7777906 0303683 7 MIL- E-23683A (OS) g. Saline solution prepared as follows: The salt used shall be sodium chloride containing on the dry basis not more than 0.1 p

31、ercent of sodium iodide, and not more more than 0.2 percent of total impurities. The solution shall be prepared by dissolving 3 $. 0.1 parts by weight of salt in 97 5 5 parts by weight of distilled orother water containing not more than 200 parts per million of total solids. The solution shall be ke

32、pt free from solids by filtration or decan- tation. The solution shall be adjusted to and maintained at a specific gravity of from 1,0111 to 1.0258 and at a pH of 6.5 to 7.2 when measured at a temperature between 92F and 97F. Only C.P, Hydrochloric Acid or C.P. Sodium Hydroxide shall be used to adju

33、st h. Distilled water of cuff neutralize the saline solution on the contract fittings. he pH cient quant quantity to ty of expl osive i. A five-pound weight with suitable means for attaching to the cable pins. 4.4 First article inspection. 4.4.1 First article sample. First article sample approval wi

34、ll be granted when the Government testing activity, through testing and subsequent analysis of the test results, is assured of contractor conformance to the contract technical requirements. acceptance mav be wanted at the option of the Government based on Conditional analysis of detected defects. A

35、first article sample may be disa when either noncomforming characteristics or unauthorized materia found. (See 6.2b and table I.) 4.5 Quality conformance inspection (See notes, tab proved s are e I). to the - 4.5.1. 100% inspection. Each unit shall be subjected examinations and tests designated as 1

36、00% in 4.7. one or more defects shall be cause for regrading the unit as defective. Any unit containing 4.5.2 Sampling. Tests designated as sampling shall be conducted on a random sample of fittings selected from each production lot (see 6.3.2) in accordance with MIL-STD-105, inspection level II, AQ

37、L of 1.0 percent defective. Unless otherwise specified (see 6.2f), a production lot shall consist of one months production. Lot composition shall be in accordance with MIL-STD-105, Section 5. 7 - -:- . i .- e-. Provided by IHSNot for ResaleNo reproduction or networking permitted without license from

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43、06 0303687 4 MI L- E- 23683A ( OS ) 4.7 Examination and test methods 4.7.1 Preparation for delivery. The packaging sha examined to determine conformance to 5 herein. 1 be 4.7.2 Explosive fitting test (empty). The followi g examination and tests pertain to the components of the Explosive Fitting Mark

44、 19 Mod 1 before mounting therein any explosive element. 4.7.2.1 Vi suai exami nati on (Sampi i ng) . dimensionally examine in accordance with Drawing 2289984 to determine compliance with the appropriate drawings (see 3.3.1) and this specification. 4.7.2.2 Soldering examination (Sampling). Prior to

45、soldering the wires to the connector, examine the subassembly to determine that all connections are mechanically secure. After soldering, examine the subassembly to determine that all excess flux and solder spatter have been removed. 4,7.2.3 Cleanliness examination (Sampling). Verify that there are

46、no burrs or sharp edges and no visual evidence of moisture, corrosion, or other contamination of the assembled explosive fitting. 4.7.2.4 Cable assembly (Sampling). Following the potting and molding procedure specified on Drawing 2289986, suspend the cable with the pins down. Attach a five-pound wei

47、ght to the pins for ten seconds. Verify that there is no separation or slipping of the shell. 4.7.3 Explosive fitting test (Loaded). The following tests pertain to the loading procedures and loaded explosive fitting. Vi sua1 iy and CAUTION: No electrical test of any kind shall be performed upon the

48、loaded explosive fitting without the fitting first being inclosed within a suitable test pot or shielded to prevent injury to the operator should inadvertent firing of the fitting occur. 4.7.3.1 Explosive actuator acceptability (Sampling). Verify from documentary evidence submitted with each lot the

49、 acceptance date of each lot of explosive actuators tested in accordance with WS 2090. Explosive actuators which have not met the requirements of WS. 2090 within 6 months are not acceptable for assembly into explosive fittings. 4.7.3.2 Cleanliness examination (Sampling). Immediately prior to loading, examine all unassembled components of the explosive fittin