ASD-STAN TR 4654-010-2014 Aerospace series Connectors electrical EN 4644 specific products Part 010 1Q18 connectors (Edition 2).pdf

《ASD-STAN TR 4654-010-2014 Aerospace series Connectors electrical EN 4644 specific products Part 010 1Q18 connectors (Edition 2).pdf》由会员分享，可在线阅读，更多相关《ASD-STAN TR 4654-010-2014 Aerospace series Connectors electrical EN 4644 specific products Part 010 1Q18 connectors (Edition 2).pdf（26页珍藏版）》请在麦多课文档分享上搜索。

1、ASD-STAN Technical Report Rapport Technique ASD-S TAN ASD-STAN Fachbericht TR 4654-010 Edition 2 October 2014 PUBLISHED BY THE AEROSPACE AND DEFENCE INDUSTRIES ASSOCIATION OF EUROPE - STANDARDIZATION Rue Montoyer 10 - 1000 Brussels - Tel. + 32 2 775 8126 - Fax. + 32 2 775 8131 - www.asd-stan.orgICS:

2、 Supersedes edition 1 of September 2010 Descriptors: ENGLISH VERSION Aerospace series Connectors electrical, EN 4644 specific products Part 010: 1Q18 connectors Srie arospatiale Connecteurs lectriques, EN 4644 produits spcifiques Partie 010 : 1Q18 connecteurs Luft- und Raumfahrt Elektrische Steckver

3、binder, spezielle EN 4644-Produkte Teil 010: 1Q18 Steckverbinder This Technical Report was drawn up by the Electrical Domain of ASD-STAN. The reason which led to the publication of the document as a Technical Report is explained in the foreword. Edition approved for publication 1stOctober 2014 Elect

4、rical Domain Copyright 2014 by ASD-STAN Page 2 TR 4654-010:09-2014 Contents Page Foreword 3 1 Scope 4 2 Normative references 4 3 Terms and definitions .4 4 Required characteristics .5 5 Recommended tests 15 6 Qualification .23 7 Marking .26 8 Technical specification .26 Page 3 TR 4654-010:09-2014 Fo

5、reword The main task of ASD-STAN Technical Committees is to prepare EN Standards, in exceptional circumstances however, the publication of Technical Report of one of the following types may be proposed: Type 1, the subject is still under technical development requiring wider exposure; Type 2, a Tech

6、nical Committee has collected data of a different kind from that which is normally published as a European Standard. The Electrical Domain decided to publish this document in the form of a Technical Report of type 2 in order to facilitate the updating of this document. Page 4 TR 4654-010:09-2014 1 S

7、cope This Technical Report is describing non environmental 1Q18 connectors derived from connectors defined by EN 4644-001. This connector includes 18 size 8 quadrax contact cavities and 1 cavity for removable rectangular insert per EN 4644-002. 2 Normative references The following documents, in whol

8、e or in part, are normatively referenced in this document and are indispensable for its application. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. EN 2266-003, Aerospace series Cables, e

9、lectrical, for general purpose Operating temperatures between 55 C and 200 C Part 003: Ink jet printable Product standard EN 2267-003, Aerospace series Cables, electrical, for general purpose Operating temperatures between 55 C and 260 C Part 003: Ink jet printable Product standard EN 2591 (all part

10、s), Aerospace series Elements of electrical and optical connection Test methods EN 3155-073, Aerospace series Electrical contacts used in elements of connection Part 073: Contacts, electrical, quadrax, size 08, female, type E, crimp, class R Product standard 1)EN 4644 (all parts), Aerospace series C

11、onnector, electrical and optical, rectangular, modular, rectangular inserts, operating temperature 175 C (or 125 C) continuous TR 4654-001, Aerospace series Connectors, electrical, EN 4644 specific products Part 001: Technical specification 2)ARINC 600, Air Transport Avionics Equipment Interfaces 3)

12、3 Terms and definitions For the purposes of this document, the terms and definitions given in EN 2591-100 apply. 1) In preparation at the date of publication of this standard. 2) Published as ASD-STAN Technical Report at the date of publication of this standard by Aerospace and Defence Industries As

13、sociation of Europe-Standardization (ASD-STAN), (www.asd-stan.org). 3) Published by: ARINC National (US) Aeronautical Radio INCorporated http:/ Page 5 TR 4654-010:09-2014 4 Required characteristics 4.1 Dimensions 4.1.1 Female and male 1Q18 mating dimensions See Figure 1. Key 1 Panel mounting faces F

14、igure 1 Page 6 TR 4654-010:09-2014 4.1.2 Female 1Q18 dimensions 4.1.2.1 Female 1Q18 mating dimensions See Figure 2. Key 1 Axis of cavity 2 18 Front release /front removable quadrax cavities compatible with size 8 pin quadrax contacts per ARINC 600 (Figure 20.2.2.A) 3 Same position as RNC cavity in E

15、N 4644-001 4 A keying Figure 2 Page 7 TR 4654-010:09-2014 4.1.2.2 Female 1Q18 overall dimensions See Figure 3. Key 1 5 locking thread - depth 6 min. (see housing modification code subclause 4.8 for the diameter) 2 See details in EN 4644-001 Figure 3 Page 8 TR 4654-010:09-2014 4.1.3 Male 1Q18 dimensi

16、ons 4.1.3.1 Male 1Q18 mating dimensions See Figure 4. Key 1 Axis of cavity 2 18 rear release /rear removable quadrax cavities compatible with size 8 socket quadrax contacts per EN 3155-073 3 Same position as RNC cavity in EN 4644-001 4 A keying Figure 4 Page 9 TR 4654-010:09-2014 4.1.3.2 Male 1Q18 o

17、verall dimensions See Figure 5. Key 1 3 self-locking thread (see housing modification code subclause 4.8 for the diameter) 2 See details in EN 4644-001 Figure 5 Page 10 TR 4654-010:09-2014 4.2 Recommended panel cut-out and mounting of connectors See Figure 6. Key 1 Connector mounting face Figure 6 P

18、age 11 TR 4654-010:09-2014 4.3 Male rear accessory interface See Figure 7. Key 1 Axis of cavity 2 See EN 4644-001 “female size 3 rear accessory interface“ for dimension Figure 7 4.4 Keying mechanism Polarizing posts and keys used on plugs and receptacles are the same as those used for size 1, size 3

19、 and size 4 EN 4644 connectors. Page 12 TR 4654-010:09-2014 4.4.1 Polarization for plug connectors (mating side shown) Polarizing positions described apply when holding the connector as shown in Figure 8. Key 1 Polarizing post number 1 2 Polarizing post number 2 3 Polarizing post number 3 NOTE 1 Bla

20、ck area represents the material. NOTE 2 Polarizing “DDD” in the example. Figure 8 Page 13 TR 4654-010:09-2014 4.4.2 Polarization for receptacle connectors (mating side shown) Polarizing positions described apply when holding the connector as shown in Figure 9. Key 1 Polarizing post number 1 2 Polari

21、zing post number 2 3 Polarizing post number 3 NOTE 1 Black area represents the material. NOTE 2 Polarizing “DDD” in the example. Figure 9 Page 14 TR 4654-010:09-2014 4.4.3 Polarization codes See polarization codes for housing for size 1, size 3 and size 4 in EN 4644-002. 4.5 Codification of shell cl

22、asses See Table 1. Table 1 Classes DescriptionA Plug and receptacle with aluminium alloy housing, nickel plated, 96 h resistance to salt mist, without grounding block, maximum operating temperature: 175 C continuous. C Plug and receptacle with aluminium alloy housing and aluminium chromatation plati

23、ng, 48 h resistance to salt mist, without grounding block, maximum operating temperature: 125 C continuous. D Plug and receptacle with aluminium alloy housing and nickel plating, 96 h resistance to salt mist, without grounding block, maximum operating temperature: 125 C continuous. 4.6 Contact posit

24、ion For the removable rectangular cavity, see subclause “contact position for connector size 4“ in EN 4644-001. For quadrax cavities, see Figure 10. Key 1 Contacts extremities NOTE PC tail length 23.30/22.28 correspond to the ARINC 600 recommended value (Figure 20.2.2.A). Figure 10 Page 15 TR 4654-0

25、10:09-2014 4.7 Gap of insert in housing cavity See EN 4644-001. 4.8 Housing modification code (see Figure 3 and Figure 5) There are 2 categories of thread on each housing: M: locking thread M3 0,5; U: locking thread 4-40 UNC 2B. 5 Recommended tests See EN 4644-001. If a connector uses fibre optic co

26、ntacts, an additional qualification should be done per the optical EN standard. EN 2591 tests are mainly applicable on crimping contacts. Some adjustment would have to be done on PC tail contacts. Solderability performance of PC tail contacts would be evaluated by each customer per his own requireme

27、nts and rules. Page 16 TR 4654-010:09-2014 Table 2 (1 to 7) EN 2591- Designation of the test Details 101 Visual examination Applicable, naked eye. 102 Examination of dimensions and mass Applicable see product standard. 201 Contact resistance - low level Applicable. Defined by the standards for conta

28、cts specified in EN 4644-002. 202 Contact resistance at rated current Applicable. Defined by the standards for contacts specified in EN 4644-002. 203 Electrical continuity at microvolt level Applicable to shielded contact. Requirements defined by the standard for contacts specified in EN 4644-002. 2

29、04 Discontinuity of contacts in the microsecond range Duration 1 s. Method B. Test time: throughout the duration of tests EN 2591-402 and EN 2591-403. Except 10 ns for quadrax contacts. 205 Housing (shell) electrical continuity Measuring points: on the rear of the male housing and a point in the fro

30、nt face of the counterpart female housing flange. a) between mated connectors Classes A and D: 2.5 m max. before and after test. Class C: 15 m max. before and after test. b) between shell and grounded contact Measuring point on the outer contact, flush with the insert and on the body shell. Maximum

31、resistance Classes A and D: 10 m max. before and after test. Class C: 20 m max. before and after test. Connectors have to be mated with a Fscompression force between shells. In order to take into account the reaction force exerted by the environmental inserts (interfacial seal compression) and of in

32、serts for fibre optic contacts the following formula has to be used: Fm x Fs y Fi z Fowhere Fm minimum connector mating force; Fs minimum shell mating force per cavity 250 N; x number of insert cavities; Fi interfacial seal counter reaction force 150 N; y number of environmental inserts; Fo fibre op

33、tic counter reaction force (see the appropriate EN optical standard); z number of fibre optic contacts. 206 Measurement of insulation resistance Already qualified in EN 4644-003. 207 Voltage proof test Already qualified in EN 4644-003. Page 17 TR 4654-010:09-2014 Table 2 (2 to 7) EN 2591- Designatio

34、n of the test Details 208 Temperature rise due to rated current Not applicable. 209 Current temperature derating Not applicable for qualification. 210 Electrical overload Already qualified in EN 4644-001. 211 Capacitance Not applicable. 212 Surface transfer impedance (10 k to 100 MHz) Applicable. 5

35、m initial; 10 m after tests. 213 Shielding effectiveness from 100 MHz to 1 GHz Frequency Leakage attenuation for aligning cavities for non aligning cavities MHz dB dB 100 65 55 20063 52 300 50400 6245 50060 60040 800 1 000214 Lightning strike, current and voltage pulse Already qualified in EN 4644.

36、216 Engagement depth of contacts Contact size Minimal engagement mm 22 1,27 20 16 1,50 12 8 5 220 Contact/conductor joint ageing by current and temperature cycling Not applicable. 221 Voltage Standing Wave Ratio (VSWR) Not applicable. 222 Insertion Loss (I.L.) Not applicable. 223 Measurement of char

37、acteristic impedance of a coaxial connector or contact Not applicable. Page 18 TR 4654-010:09-2014 Table 2 (3 to 7) EN 2591- Designation of the test Details 224 RF leakage Not applicable. 225 RF high potential withstanding voltage Not applicable. 226 Corona level Not applicable. 301 Endurance at tem

38、perature Method B, no load. Temperature: (175 C or 125 C for classes C and D connectors). Duration: 1 000 h. 302 Climatic sequence Not applicable. 303 Cold/low pressure and damp heat Not applicable. 304 Damp heat steady state Not applicable. 305 Rapid change of temperature Connectors mated, 5 (five)

39、 cycles. Classes A TA (17505) C. TB ( 6550) C. Classes C and D connectors TA (12505) C. TB ( 6550) C. 306 Mould growth Test conducted on materials. Method A. Duration: 28 d. Growth: 0. No prior washing. No surface etching. 307 Salt mist The connectors shall be suspended in the test chamber with non-

40、metallic cords, so that no accumulation of condensed saline solution can occur. The connectors unmated shall be exposed to the salt mist for 96 h except for classes C and D connectors which shall be exposed to the salt mist for 48 h. 308 Sand and dust Not applicable. 309 Dry heat Not applicable. 310

41、 Cold Not applicable. 311 Low air pressure Not applicable. 312 Air leakage Not applicable. 313 Artificial rain Not applicable. 314 Immersion at low air pressure Not applicable. Page 19 TR 4654-010:09-2014 Table 2 (4 to 7) EN 2591- Designation of the test Details 315 Fluid resistance Applicable, for

42、types of fluids number of cycles, temperature and duration of immersion for the third phase: see EN 4644-001. 316 Ozone resistance Not applicable. 317 Flammability Applicable Method A. 318 Fire-resistance Not applicable. 319 Gastightness of solderless wrapped connections Not applicable. 320 Simulate

43、d solar radiation at ground level Not applicable. 321 Damp heat, cyclic test Not applicable. 322 Hermeticity Not applicable. 323 Thermal shock Not applicable. 324 Interfacial sealing Not applicable. 401 Acceleration, steady state Not applicable. 402 Shock The element of connection shall have all its

44、 contacts wired in series using cables according to EN 2267-003 and PC board. The elements of connection fitted with appropriate cable clamps shall be mated and mounted on the shock apparatus using appropriate mounting systems. The elements of connection are not fitted with any accessories. The cabl

45、es are clamped at a minimum of 200 mm from the rear of the connector. Connectors have to be mated with a Fscompression force between shells. In order to take into account the reaction force exerted by the environmental inserts (interfacial seal compression) and of inserts fibre optic contacts the fo

46、llowing formula has to be used: Fm x Fs y Fi z Fowhere Fm maximum connector mating force; Fs maximum shell mating force per cavity 250 N; x number of insert cavities; Fi interfacial seal counter reaction force 150 N; y number of environmental inserts; Fo fibre optic counter reaction force (see the a

47、ppropriate EN optical standard); z number of fibre optic contacts. Method A. Severity 50. Number of shocks: 3 (three) shocks in each direction shall be applied along the three mutually perpendicular axes of the element of connection. EN 2591-204 throughout the test. Page 20 TR 4654-010:09-2014 Table

48、 2 (5 to 7) EN 2591- Designation of the test Details 403 Sinusoidal and random vibration The element of connection shall have all its contacts wired in series using cables according to EN 2266-003. The elements of connection fitted with appropriate cable clamps shall be mated and mounted on the shoc

49、k apparatus using appropriate mounting systems. The elements of connection are not fitted with any accessories. The cables are clamped at a minimum of 200 mm from the rear of the connector. Connectors have to be mated with a Fscompression force between shells. In order to take into account the reaction force exerted by the environmental inserts (interfacial seal compression) and of inserts fibre optic contacts the following formula has to be used: Fm x Fs