tyco / Electronics | EWU? Product Specification 108-5302 ae ints 19JUL05 REV.L AMP Universal Power Connector FYFA-ADN-DIY NI- ARDA Contents First 13 pages following this top sheet : English version Next 12 pages : Japanese Version When only one of above versions is supplied to customers, this top sheet shall be attached. Ax LOY hich < RAD 138 -L > SeaB AR RO12-Y > AAEBAR AAA VRB ELISAABRORAOASRUMTSZGAIL CORY TY hABRT A LZR TUTE SRV, Revision Record (c#] #8) Revision Letter EC number Date (halal) (Keay ERE ) CAM) Gl FJ00-1742-99 190CT1999 H FJDO-0118-03 25APR2003 J FJ00-0291-04 20AUG2004 K 7APR2005 L 19JUL2005 Outline of the latest revision (:53127 O#E#) ADD THE CONDITION FOR PRE-HEAT AND THE CONDITION OF SOLDERABILITY FOR LEAD-FREE SOLDER. FVE bOI MM RUB ISCO TET Tt RF OB Ec. 943 TLAbO=9A PUARASH (F 213-8535 MTR EAA 3-5-8) - 1 Tyco Electronics AMP K.K. (3-5-8 Hisamoto Takatsu-ku Kawasaki, 213-8535) CONS OMMORBILAL, REABHLYBSHE<ESL\, This document is subject to change. Call local AMP for the latest revision. Copyright 2000 by Tyco Electronics AMP K.K. All rights reserved. * > BR TrademarkAMP J - 522 (Rev. MAR 91) 108-5302 NUMBER : Customer Release SECURITY CLASSIAICATION : Product Specification 108-5302 AMP Universal Power Connector 1. Scope : 1.1 Contents: This specification covers the requirements for product performance, test methods and quality assurance provisions of AMP Universal Power Connector. Applicable product descriptions and part number are as shown in Appendix 1. 2. Applicable Documents : The following documents form a part of this specification to the extent specified herein. In the event of conflict between the requirements of this specification and the product drawing, the product drawing shall take precedence. In the event of conflict between the requirements of this specification and the refereneed documents, this specification shall take precedence. 2.1 AMP Specification: A. 109-5000 Test Specification, General Requirements for Test Methods B. 114-5142 Application Specification C. 601-5101 Test Report: 3. Requirements : 3.1 Design and Construction : Product shall be to the design, construction and physical dimensions specified in the applicable product drawing. L | Revised Y.Y | N.Y | 194UL) OR. 29 Aug, '94 K_| Revised YY NY OM Shindo SHEET LLCO | Tyco Electronics AMP K.K. J [Revised FJ00-0291-4 | AH N.Y[xu00 1 Flactronios Kawasaki, Japan Tr }aSaKl, | H [Revised fT po-o112-03 | kk] wf PSL] CHK OF ; 7 z Gil Revised FJee- 742-44 | AM ely 4, _ 13 toc fF Loc | No. 408-5302 REV. r G | Revised Fu00-3628-95 | lula aT 1 {A L ~ F | Revised FJ00-3462-95 |M.S|H.T |rs.1on| APP. 29. Aug. 94 | NAME E | Rovisod FJo0-1209-94 | M.S}Y.K posed! = y Kashiwa AMP Universal Power Connector - LIR REVISION RECORD DR |CHK} DATEAMP J -522 (Rev. MAR $1) NUMBER : 108-5302 Customer SECURITY CLASSIFICATION : Release 3.2 3.3 Materials: A. Contact B. Housing C. TabHDR Assy D. Tab HDR Assy Ratings : A. Voltage Rating B. Current Rating : Receptacle Contact and Tab Contact (Crimp) 1761-1: Pre Tinned (0.8 m min THK.) High Conductivity Copper Alloy. 1751[ (1-2: Pre Tinned (0.8 ~m min THK.) Brass. 175152-3 : Pre Tinned (0.8 m min THK.) Brass for power cable. : 3.96 mm Pitch, 7.92 mm Pitch, 6.2 mm Pitch Plug HSG, Cap HSG 6/6 Nylon (UL 94 V-0) : 3.96 mm Piieh, 7.92 mm Pitch (V, H Type) HDR.USG : 6/6 Nylon (Glass Filled) UL 94 V-0 TAB Tin PL (0.8 m min THK) Brass : 6.2 mm Pitch (V Type) HDR. HSG : 6/6 Nylon (Glass Filled) UL 94 V-0 TAB Tin PL (0.8 em min THK) High Conductivity Copper Alloy - 300 VAC (3.96 mm Pitch W-W, 6.2 mm Pitch W-B 7.92 mm Pitch W-B) 60 VAC (3.96 mm Pitch W-B) See Table 2, 3 C. Temperature Rating : 30C to105C D. Low Level Rating (Temperature Rising due to loaded current is included) :20mY, 10 mA min EK. Applicable D.C, Board : Board Thickness Hole Diameters * 3.96 mm Pitch, #& 3.96 mm Pitch, % 6.2mm Pitch V Type HDR Assy 1.6mm Type 1 0.95 0.05 mm For Punched Hole 1.10.05 mm For Drilled Hole Type 2 1.50,05 mm For Punched Hole 1.65 + 0.05 mm For Drilled Hole 7.92 mm Piteh V Type HDR Ass'y: Type land Type 2 Applicable 7.92 mm Pitch Hl Type HDR Ass'y: Type 2 only Applicable Type 1 only Applicable SHEET Electronics Kawasak, Japan tyca Tyco Electronics AMP K.K. 2 OF 13 NO. 408-5302 REY, NAME AMP Universal Power ConnectorAMP. J - 522 (Rev. MAR 91) 108-5302 NUMBER : Customer Release SECURITY CLASSIFICATION : %* Rated Current. Rated current of the connector is specified in Table 2 and 3, being dependent on connector No, of position and wire size used for termination. (applicable W-W. Type and W-B Type) High Conductivity Contact. Unit: A Contact | Receptacle Contact 175152-1 Receptacle Contact 175151-1 Tab Contact 175 150-1 Tab Contact 175149-1 Wire No, of Size AWG #16 | AWG #18 | AWG #20 | AWG #22 | AWG #24 | AWG #26 Connector Pos. 1,2 14 10 9 6 5 3 3 13 10 8 5 4 2 4 12 9 & 5 4 2 5,8 i 9 7 4 3 2 8 11 8 6 4 3 2 9,10 11 8 6 4 2 2 12 11 qT 6 3 2 2 15 10 7 6 3 2 1 18 10 6 5 3 2 1 Fig. 2 BRASS Contact. Unit: A Contact| Receptacle Contact 175152-2,-3 | Receptacle Contact 175151-2 Tab Contact 175150-2 Tab Contact 175149-2 Wire No. of Size AWG #16 | AWG #18 | AWG #20 | AWG #22 |AWG #24 | AWG #26 Connector Pos. 1,2 12 9 7 6 5 3 3 11 8 6 5 4 2 4 10 q 6 5 4 2 5, 6 9 7 6 4 3 2 8 9 6 5 4 3 2 9,10 8 6 5 4 2 2 12 8 5 4 3 2 Z 15 7 5 4 3 2 1 18 q 4 3 3 2 1 Fig. 3 SHEET tyca Tyco Flectronics AMP K.K. Electronics Kawasaki, Japan 3 OF 13] voc | toc | wo. EV, I/A 108-5302 L NAME AMP Universal Power ConnectorAMP J- 522 (Rev. MAR 91} 108-5302 MUMBER : Customer Release SECURITY CLASSIFICATION : 3.4 Performance and Test. Descriptions : The product shall be designed to meet the electrical, mechanical and environmental performance requirements specified in Fig. 4. All tests are performed in the room temperature unless otherwise specified. 3.5 Test Requirements and Procedures Summary: Para. Test Items Requirements Procedures 3.5.1 | Confirmation of Product shall be conforming to Visually, dimensionally and Product the requirements of applicable functionally inspected per applicable product drawing and inspection plan. APplication Specification. Electrical Requirements 3.6.2 | Termination Resistance | 10m Max. {Initial) Subject mated contacts assembled in (1) | (Low Level) 20 mf Max, (Final) housing to closed circuit current of 50 mA Max, at open circuit voltage of 50 mV Max. Fig. 8. AMP Spec. 109-531 1-t 3.5.2 | Insulation Resistance 1000 MQ Min. (initial) Impressed voltage 500 V DC. (2) 100 MQ Min. (Final) Test between adjacent circuits and between the contact and the ground of mated connectors. AMP Spee. 109-5302 3.5.2 | Dielectric Strength No creeping discharge nor 2.2kVAC for 1 minute. (3) flashover shall oceur. Test between adjacent circuits and Current leakage: 5 mA Max. between the contact and the ground of mated connectors. AMP Spec. 109-5301 3.5.2 | Temperature Rising 30C Max, under loaded Measure temperature rising by (4) specified current, energized current. Fig. 8 AMP Spec, 109-5310 method Fig. 4 (to be continued) SHEET tyca Tyco Electronics AMP K.K. ' Electronics Kawasaki, Japan 4 OF 13 yA 1 108-5302 T NAME AMP Universal Power ConnectorAMP J - 522 (Rev. MAR 91) 108-5302 NUMBER : Customer Release SECURITY CLASSIFICATION : Para, Test Items Requirements Procedures Physical Requirements 3.5.3 | Vibration No electrical discontinuity Subject mated connectors to 10-55- (1) | (Frequency) greater than 10 sec. shall occur. | 10 Iz traversed in 1 minute at 20 mQ Max. (Final) 1.52 mm amplitude 2 hours each of 3 Fig. 9 mutually perpendicular planes. 100 mA applied. AMP Spec. 109-5201 3.5.3 | Shock No electrical discontinuity Accelerated Velocity : 490 m/s? (2) greater than 10 , sec. shall Waveform : Halfsine wave occur. Duration : 11m see. 20 mQ Max. (Final) Number of Drops :18 Drops AMP Spec. 109-5208 3.5.3 | Connector Mating Force | p,, | Mating Force |Unmatining Force! Operation Speed ; 100 mm / min. (3) | and Unmatining Force (kgf tke Measure the force required te unmate 1 SGN (LOkg Max} 0.5N(0.08ke Mis. | egnnectors. 2 17.6 N (1.8 kef)Max.| 1.1. (0.1L kgf Min. AMP Spec. 109-6206 3 24.5 (2.5 kgf Max.) 1.6N (0.27 kgf) Min. 4 SL.4 N(G.2kef) Max.) 2.9 N (0.29 kgf} Min. 5.6 | 44.145 kef Mox.| 4.9. (0.94 kgf Min. 8 | 59.9N 8.5 hg) Max.! 4.41N (0.45 kgf) Min. 9,10] GLZNG3kgh Mex] 5.5. (0.56 kgf Min, 12 RBGNG8ke Max.f 6.5 (0.67 kgf Min. 15 | 7oen(72hgh Max| 8.2 (0.84 kgf Min. 18 | 4.9N6kgh Max.! 10.5. (1.07 keh Min. 3.5.3 | Contact Insertion Force | 6.86 N (0.7 kgf) Max. Measure the force required to insert (4) per contact contact into housing. AMP Spec. 109-5211 3.6.3 | Contact Retention 39.2 N (4 kgf) Min. Apply an axial pull-off load to crimped (5) | Force wire. Operation Speed : 100 mm/min. AMP Spee. 109-5212 3.5.2 | Contact Mating Force Mating Force; Gage No. 289004-46 (Fig. 10) (6) | and Unmatining Force 3.92 N Max (400 ef Max.) Operation Speed : 100 mm/ min (1st~25th) . Unmating Force: 0.39 N Min (40 gf Min) (Ist) 0.29 N Min (30 gf Min) (26th) Fig. 4 (to be continued) SHEET tyca Tyco Electronics AMP K.K, Electronics Kawasaki, Japari 5 OF 13] voc | toc [no nev, AEST | 108-5302 fi NAME AMP Universal Power ConnectorAMP J- 522 (Rev. MAR 91) 108-5302 NURIBER - Customer Release CLASSIFICATION ; SECURITY Para. Test Items Requirements Procedures 3.5.3 | Crimp Tensile Strength Wire Size [Crimp Tenail min.) Apply an axial pull-off load to crimped (7) mm2 |(AWG) N (kgh wire of contact secured on the tester, Q.14 | 26 19.6 (2) Operation Speed : 100 mm/min. 0.22 | 24 29.4 (3) AMP Spec. 109-5205 0.31 22 49.0 (5) Condition 0.51 20 58.8 (6) 0.87 18 68.6 (7) 1.27 16 78.4 {8) 3.5.3 | Post Retention Force 9.8 N (1 kgf) Min. Measure post retention force. (8) Operation Speed : 100 mm / min 3.5.3 | Durability 20 mQ Max. (Final) Operation Speed : 100 mm/min. (9) | (Repeated Mate / No. of Cycles : 26 cycles. Unmating) AMP Spec. 109-5213 3.6.3 | Housing Panal 98 N (10 kgf Min. Measure panel retention force using (10) | Retention Porce panel of nominal] cut-out dimensions as specified in the drawing. AMP Spee. 109-5214 3.5.3 | Connector Locking 24.5 N (2.5 kef} Min. (1 Pos.) Measure connector locking strength. (11) [Strength 34.3 N (3.5 kgf) Min. (2~4 Pos.) | Operation Speed: 100 mm/min 44.1 N (4.5 kgf) Min. (6~18 Pos.) | AMP Spee, 109-6210 Environmental Requirements 3.5.4 | Solderability Wet Solder Coverage : Eutectic solder () 95 % Min. Solder Temperature : 230 + 5C Immersion Duration: 3 + 0.5 seconds Lead-Free solder (Sn-Ag-Cu) Solder Temperature : 240 + 5C Immersion Duration: 3 + 0.5 seconds : . : Test connector on PCB. 3.5.4 | Resistance to Soldering | No physical damege shall occur. Solder Temerature:260-+ 5C (2) | Heat Immersion Duration: 10+ 0.5 sec. AMP Spec. 109-5204 Test must apply with through hole P.C.B. In case of manual soldering iron, apply it as 350+10C for 340.5 seconds without forcing pressure to affect the tine of contact. PRE-HEAT MUST BE 130C MAX, 80sec MAX. 3.5.4 | Thermal Shock 20 mQ Max, (Final) ~ 65 C /30 min., +85 C /30 min. (3) Making this a cycle, repeat 25 cycles. AMP Spec. 109-5103 Fig.4 (to be continued) SHEET 6 OF 13 tyca Tyco Electronics AMP K.K. a Electronics Kawasaki, Japan Loc Loc JIA REV. 108-5302 t NAME AMP Universal Power ConnectorAMP J - 522 (Rev. MAR 91) 108-5302 NURABER = Customer Release SECURITY CLASSIFICATION : Para. Test Items Requirements Procedures 3.5.4 | Humidity-Temperature | Insulation resistance (Final) Mated connector, 25~65 C, 90~95 % (4) | Cycling 100 MQ Min. R.H. 10 cycles Termination resistance Cold shock ~ 10C 20 mQ. Max. (Final) AMP Spec, 109-5106 3.6.4 | Salt Spray 20 m2 Max. (Final) Subject mated connectors to 6 % salt (5) concentration for 48 hours : AMP Spec, 109-5101 Comdition Fig.4 (end) C1yGMQi Tyco Electronics AMP KK. SHEET Electronics Kawasaki, Japan 7 OF 13 ya |"? 108-5302 NAME AMP Universal Power ConnectorAMP J -522 (Rey. MAR 91) 108-5302 NUMBER ; Customer Release SECURITY CLASSIFICATION ; 3.6 Product Qualification Requatification Tests : Test Group Testor Examination 1 2/3 | 44 8 6 | 7 8} 9 | 10] 11 )12 113 | 14 Test Sequence (a) Confirmation of Product 1,3/1,4)1,4] Lb {1,3)1,4)1,7/1,7/1,5/1,4/1,4]1,3]1,3 [1,3 Termination Resistance 2,4, 3,6/2,4[2,5]2,5 (Low Level) 6 Dielectric Strengih 3 7 Insulation Resistance 2 6 Temperature Rising 2 Vibration (Low Frequency) 5 Physical Shock 3 Contact Mating Force 2 Contact Unmating Force 4 Contact Insertion Force 2 Contact Mating Force 2 Contact Unmating Force 3 Crimp Tensile Strength 2 Durability (Repeated Mate / Unmating) 5 Housing Panel Retention Force 2 Housing Locking Strength 3 Post Retension Force 2 Solderability 2 Humidity-Temperature (Cycling) 3 Resistance to Soldering Heat 2 Thermal Shock 3 Soll Spray 3 (a) Numbers indicate the sequence in which the tests are performed, Fig. 5 SHEET CYGQ Tyco Electronics AMP K.K. Electronics Kawasaki, Japan 8 OF 1 SPST |" 108-5302 NAME AMP Universal Power ConnectorAMP J - 522 (Rev. MAR 91) 108-5302 NUMBER ; Customer Release SECURITY CLASSIFICATION : 4, Quality Assurance Provisions : 41 Test Conditions: Unless otherwise specified, all the tests shall be performed under any condination of the following test conditions. Termperature 15~36 C Relative Humidity 45~75 % Atmospherie Pressure | 86.6~106.6 kPa Fig. 6 4.2 Test Specimens: 4,2.1 Sample Preparations : Test samples to be employed for the test shall be prepared in accordance with AMP Application Specification, 114-5142, Crimping AMP Universal Power Connector Contact, by using the wires of the applicable sizes specified in Fig. 7. 4.2.2 Applicable Wire Wires of applicable sizes specified in Fig, 7 shall be used for sample preparations. Calculated Strand Insulation . : , Number of : Applicable Cross-Sectional AWG Diameter Diameter . . Strands Specification Areas (mm?) (mm} (mm) 0.14 26 0.16 a 1.28 UL 1087 0.22 24 0.16 il 1.57 UL 1007 0.31 22 0.18 12 1.5 JCS 246 0.51 20 0.18 20 2.0 JCS 246 0.87 18 0.18 34 2.13 UL 1007 1.27 16 0.25 26 2.5 UL 1007 Fig. 7 SHEET ee Electronics Kawasaki, Japan hep aen Tyco Electronics AMP K.K. 9 OF 73 wc a NO. 108-5302 REV. NAME AMP Universal F'ower ConnectorAMP J - 522 (Rev, MAR 91) 108-5302 NUMBER : Wire to Wire Connection . Housing 75mm 75 mm aT ] ' 3 oo , peed Pea Customer Release CLASSIFICATION : SECURITY Low Level _ Termination Resistance Power (A \ >| S/ Source = Wire to Board Connection Receptacle Contact i Plug Housing Low Level Termination Resistance @ Thermocouple Proving Point Fig.8 Low Level Termination Resistance, Temperature Rise tyca Tyco Electronics AMP K.K SHEET | ; Ke Electronics Kowasaki, Japan 10 OF 13 wc ie NO. 108-5302 ww NAME AMP Universal Power ConnectorAMP J- 522 (Rav. MAR 91} 108-5302 NUMBER : Customer Release CLASSIFICATION : SECURITY ts ". ru Py el qs 75 SP ERE YES 3} [ele Secured P.C.B 2st} rete eee NS vw Connector Mounting Fixture : : Wire to Board Type Wire to Wire Type Vibration Table Fig. 9 0.64 0,002 eR | pS ror ra 0.85 REF. 0.6 0.8 0.2K DetailA DetailB Fig.10 Contact insertion / Extraction Force Measuring Gage Design SHEET tyca Tyco Electronics AMP K.K. Electronics Kawasaki, Japan 11 F 13 LOC Or . REV, 3 1A 1. 108-5302 7" NAME AMP Universal Power ConnectorAMP J -522 (Rev, MAR 91) 108-5302 NUMBER : Customer Release SECURITY CLASSIFICATION : Universal Power Connector Housing and Header Assy Part Number Listing: 3.96 mm Pitch Product Cap Housing Name Plug Housing Remarks No. of Pos. Free Hanging Panel Mount ] 176270-O 176281-(J 2 176271-1 176282-0) 176292-[] _ | Single Row Type 3 176272-0 176283-L 176293-1 4 176273-0 176284-7 176294-0 6 176274-[J 176285-( 176295.L] _ | Pouble Row Type 3 176275-(0 176286-L 176296- 9 176276-L) 176287-O 176297-0] Triple Row Type 19 176277-O 176288-O 176298-1] Double Row Type 12 176278-U 176289-1] 176299-[] 15 176279-0 176290-C) 176300-(] _| {tiple Row Type 18 176280-0 176291-0 176301-0 Fig. 11 3.96 mm Pitch , 7.92 mm Piteh Product Header Ass'y (Dip Type) Name Vertical Horizontal No. of Pos. Single Row Type |Double Row Type | Single Row Type {Double Row Type 2 0-176975-0 O-178495-0 | 3 (4-176976-0 (J-178496-0 4 C]-178487-L] (]-178497-D 5 L1-178488-F (J-178498-L) 6 (1-178489-() O-178499-0 | 7.92 mm Pitch 2 Pos. 7.92 mm Pitch 2 Pos. Plug Housing 178125-[ Header Assy Horizontal (SMT Type) 178601-D Fig. 12 3.96 mm Pitch Product Cap Housing Name Plug Housing Remarks No. of Pos, Free Hanging Panel Mount 4 178481-0 178478-L] 178740-0 5 178482-( 178479-D Single Row Type 6 178483-[ 178480-4 Fig. 13 tyca Tyco Electronics AMP K.K. SHEET Electronics Kowasaki, Japan 12 OF 13] voc 7 coc J [A 108-5302 REV. NAME AMP Universal Power ConnectorAMP J - 522 (Rey, MAR 91) 108-5302 NUMBER - Customer Release SECURITY CLASSIAICATION : The applicable product descriptions and part numbers are as shown in Appecdix 1. Product Part No. Product Name Description (1-175152-1 | Receptacle Contact #20~#16 AWG an -I1: C All Cc tact (1-175151-0 | Receptacle Contact | #26~#22 AWG PPP SE MONTANE ~ 2: Brass Contact (11-175150-L) =| Tab Contact #20~#16 AWG 175152-3 : Brass Contact for CJ-175149-(] | TabContact #26~#22 AWG power cable (AWG #20~#16) See Fig. 11,13 | Plug Housing 3.96 mm Pitch, 7,92 mm Pitch 1~18 Pos. (J-178842-[] | Plug Housing 6.2 mm Pitch 3, 4, 6, 9 Pos, See Fig. 11,13 | Cap Housing 3.96 mm Pitch Free Hanging, Panel Mount 1~18 Pos See Fig. 12 Tab HDR Assy 3.96 Pitch, 7.92 mm Pitch V, H 2~6 Pos. (3-178841-C) | Tab HDR Assy 6.2 mm Pitch, V 3, 4, 6, 9 Pos. Appecdix 1 SHEET tyca Tyco Electronics AMP K.K. ' Electronics Kawasaki, Japan 13 OF 13 tac Loc NQ. . lIA 108-5302 . NAME AMP Universal Power ConnectorBeth AMP $+ 001 (Rev, MAR 91} WAR. ATS AA AE (FX A # fit HR HB) He tyca / Electronics / IRA 1. sa AA 11 7B RAPA ON P NIH IRETOMBER, RRS. TWH, 108-5302 BL ip BO TeP BAN NF-H. aHRE FH MARRS BAR 1 Om tHS, 2 SER fo REE O LY Re EL JAP AB IAAL PC MT SN ihe CT, ABB O-MERR TS, A-SHK LRA OMI R-RREC KAR, RR REL CMA SOL, HORRIBLE SE BEM O MRR ROA CLAP. BRE RAL CMATSZ CL, 2.1 AMP fs A. = 109-5000 BR GR TE OD - AB Fe (ib B. 114-6142 FY (45 A ALS C. 501-5101 BER SE 3. Ary BAe 3.1 2eHt Lie Bion bee Ran Mic Me SAT, HE, MIRO TRE bo CMI RATS TE, L | m7 YY PNY | NY | UGS | teat 9.Nov.,'94 | SR: K =T vy | NY | NY [7apR05 om es M. Shinde ms J | BET FU00-0291-04 | AH AO [NY | saus0 H_ | REVISE FIPO-o1s~03 | ek | aa MCV | gang a-k aT GA | RET Fyoo-1742-44 of [ee ete] Pag 108-5302 L G | 2RET F00-3628-95 A | MST F | ERET FJ00-3462-95 MS PHT LHT | 19.1095 | HEB: 9. Nov. 94 | SR: Pup aoe. aT a AT fe 9 fea fap lalene] NO- ghee S97 4A68 al 128thAMP J-9011 (Rev, Mar 91} IRIE AAG 2 Ay 3.2 44 Ft A. Ut- tye ohRUST- aver b UES VAT) 175100-1 FPO TSARREBIMSS (0.8 pm VL) 17510D-2 39 o Fi BS 0.8 pm YE) 175152-3 TPH o SHRM (0.8 om Yb) BRT - PVA Bo a7 eF : 396mm EY F, 792mm ey FRVG 2mm EV FT IF NYY YL TRY Hey P Inve Ss (HAY, AVA ETA) 6/6 +4 > (JE5RIL Y 4 7) UL94V-0 C. FANG FF 7 RY TN, 396mm Py F, 7.92mm ey + (BAW, KB) NIFH INE YT 2 BIBT 4 OY (NF 2 EBIL) ULO4V-0 a5 FT : TF HOS HF O.8 ym Lt) D InRY FHP eee TG 2mm ev t+ BEB) NIPPON YF 2 BOF 4 UY (WF 2% BIL) UL94V-0 y Ff THFHIe BRB Sz (0.8 pm LL) 33 = . A. tBE 300 VACB.96mm Ky + W-W, 62mm Ey + W-B, 7.92mm Ev + W-B) 50 VAC (3.96 mm Kv + W-B) B. iE Fig.2. 3 BB C. fA mEeh 30C~105C (A Lm ERR It, AR atick o CEC SRE LSD ES) D. fee) IR: 20mV. 10mA WE BE. aA? > be CREE 616mm REE FATA 0.954005 0% FIT) 1,140.06(F Y HILAR) FAFZ LSLOOK TY FMLA) 1.650.05(F V VADTR) * 396mm Ey 5 RUT 92mm ey FEMA oI S471, 20 2 fBH8 * 3.96mm Ev # RU 792 mm y HK EBA 1h PH FOWO 1 ER & 62mm Ey FREBMAy F-eA PLO 1H BA: IE OBE : FRO I--K: 2k 8T 2 oh OTR FT AANA HIND aA 108-5302 RapAMP J. 001-1 (Rev. Mar 91) ISM. ALR FE it E18 KRAAVIORBERI, BRRORARRI TAL) FRORMAMET SS, BRM iA TL UF el PEER) See SGMeeo> yr} BAP A a4 a7 7 yeeayv ye? bh 175152-1 Yee aye 2b 175161-1 3h EMP 9F-3Y 97 b 175150-1 97-39% b 175149-1 aime | awG#ie | AwG #18 | AWG #20 | Awa #22 | Awc #24 | AWG #26 1,2 14 10 9 6 5 3 3 13 10 8 6 4 2 4 12 9 8 5 4 2 5,6 11 9 q 4 3 9 8 11 8 6 4 3 2 9, 10 1 8 6 4 2 2 12 1 7 6 3 2, 2 15 10 7 6 3 2 1 18 10 6 5 3 2 l Fig. 2 wo yy} BM tA Iv ae} Yu-ay ee b 175152-2,-3 Weeay ee b 17515I-2 sap emp | Fee 1751602 po -2799 b 175149-2 Ae Bk | AWG #16 | AWG#18 | AWG #20 | AWG #22 | AWG #24 | AWG #26 1,2 12 9 7 6 5 8 3 lJ 8 6 5 4 2 4 10 q 6 5 4 2, 5,6 9 7 6 4 3 2 8 9 8 5 4 3 2 9,10 8 6 5 4 2 2 12 8 5 4 3 2 2 15 7 5 4 3 2 1 18 7 4 3 3 2 I Fig. 3 eA ROSH : MROA-K: Ce of PY P BANK ONT RH ROY 108-5302 L LAPAMP J- 001-1 (Rev. Mar 91) IBA. - ARTE AI BA TEAEUS RARE 2 BUR A ok Pimld Pig 4 MESMLERAY. HMO, BRUTE BAI SRT SOE HES HMTWSH OL, MERAH Me SHERRY RIP CT bOHaTEL, 3.5 TERE BRIE L RR HED BH aE at SRIR B i 4 a ae ORR A iB 3.5.1 |BAORRRE EMAL AMPA | MT SRRBRBS BOWE OPER SRLTW SS tH. ch, MUBRERAR STAC ko an B A Te FE 3.5.2 (HAH 10 mQ LAF (HB) INGLY FICMBAIAERRE LES Q) |(@-Lepwy) 20 m0 LF (FHA) >) SRE 5OmV ELF. FE Bit SOMALL EF ORECHET 4, Fig. 8 238, AMP #448 109-5311-1 3.5.2 | MARIE HT 1000 MQ LAE CHR) 500 VDC Flin. (2) 100 MQ LE (#8) ape TRH b Moy eye bhARooe ee he T A fh CHE. AMP #48 109-5302 3.5.2 | iP EE WOE, 79 uyat2 loeKVAC 14h eNin (3) SARvVoL, IRI TIRES " Ys Bat SmA LF MwRoyv er bea yoke FAM CHE. AMP #276 109-5301 3.5.2 [MELE RE Bit BRL, MELE [RIL ZB LAME as (4) 430C LF, be Fig. 8 B48, AMP #48 109-5310 i te 9 TE FE 3.5.3 |i IRE 10 see & AST BH SLAAASZ FE 1.52 mm FRE (1) | CRT) Hwee lavce, CT, 10-56-10HZ I BP LT 7D 20 mQ LAF (RHA) BIS CREF SHIR & Bet 4 Fig. 9 SA ite te 26M AZIL, 100 mA 383, AMP #48 109-5201 Pig, 4 (#8 <) BH: BOLE : MOI K: wT | gg # A FR: #3 FUvP matt oetye- og 27 108-5302 L _ 128 Y}AMP J - 001-1 (Rev. Mar 91) Ea. 188 at S878 B # 6 fe a Fe AF & 3.6.3 |i & MB LY Wysect loz SAR | HIRE 490 m/s? (2) Mee eect, (RoC AIRE ESR 20 m0 LF (PERRY Fae He AF 11 msec (i ES 18 ) (Sst) AMP #148 109-5208 3.5.3 [to SRIRD MER | AAD thet | SUD (he | presi HE 100 mov 9 Heatran] MAES 8:0 ae ___| AMP #348 109-5206 3 MSNQZHUT) LENOIDDE Se Lana eyePonuy oy PERE IS 4 | 814NG.2).7] 2.3N (0.28) Yb . 5,6] 44.1NGSY PT) 2.3N (0,84) b ALO BEY TB So 8 S89NGESLF| 44N (0.45) HE 9,10] 61.7 N (6.3). TF] 5.6N (0.56) UE 12 | 66.6N(6.8)L.7| 6.5. N (0.67) JE 15 | 70.6N(7.2)00 7] 8.2N (0.84) HE 18 | 84.3 N (8.6) LAF 410.5 N (1.07) HE 35.3 jar eye} RB 6.86 N (0.7 kgf) bh DV IDRENUY YS IRET A (4) lave? 4b LETA2AeCMeTSAcCEL, AMP #148 109-5211 3.6.3 |av er b RED 39.2N (4kef) LE IY 9? } SHH & BAA cA} (5) ak, $2 (ESR BE - 100 mm/ AMP #446 109-5212 35.3 jae bBKD BAH :3.92N LF PRES - 100 mm/> (6) (O.4kef LF) 4* No, 289004-46 (Fig. 10) (#0) [| ~2510 8) BURA: O.39N WE (0.04 kef WE) We 0.29N Uk (0.03 kef Wb) 25 fl 3.5.3 | EA ARS aA RE Bie ih 4 4 SUR le Leo yy Pe ARERR (7) mm?_| (AWG) |N (keh Of | Lagos ele & MICS So 0.14 | __ 26 19.6(2) | sae (ERE (2 100 inm/S} 0.22 2d 29.4 (3) AMP #248 109-5205 0.31 22 49.0 (5) 0.51 20 58.8 (6) 0.87 18 68.6 (7) 1.27 16 78.4 (8) 3.5.3 | AR A bRIEH 98N(1 kgf Lt RA ORDA Ble (8) PR ESR BE : 100 mm/> Fig. 4 Gist ) a, ae oR ROSE: LaN-L RYH saab? MeROA-k: WT | ge - 108-5302 L - 12 BaAMP 3-001-1 (Rey. Mar 91) CHA MSH 1B & sae 1k 8 5) B {a ak ER A & 3.5.3 | mrAtE 20 mQ LAF GEES) fHIKIE RE 100 mm/ (9) | (203% Lith) TRIKE RY 26 AMP #248 109-5213 8.5.38 [rere SRW 98N (lO keh LE MIB IE SPE AOE (10) | aR PHEOMPVEBRL TT, CALE HAtHMeT SIE, AMP #848 109-5214 3.6.3 [Th27 7 -D9 FoR 124.5N (2.5 kof DE (1 tm) TYP Rh OD y + Ree (1) 34.3 N (3.5 kgf) Lb (2~4 i) PR PER RE 100 mra/3t 44.1N (4.5 kg) YE (5~18 4) | AMP #48 109-5210 wm te AD OTE ORE 3.6.4 [iA APT TE BEMEANTWHAIEL, FRISAE (1) tA A TBE 123045 C th A 72 BR] 2 340.5 see ADYlkWviz (Su-Ag-Cu) th A 2B RE :240+5C th A 72 BR] 2 340.5 see 3.5.4 [tt A ttt PATE BER RD OIR REE CRY |S) > RRICH Ott CRESS, (2) &, aA URE :260+ 5C SA. 72 ROE 1040.5 sec AMP #148 109-5204 (EL. FIA OHS. 360410, B8HO.5seclit, YA YM ar ee (Lk SAAN 5 evo Pir REST SZ, mM. SUEHd, 130CEL F, 80M LL FLTS. 3.5.4 | Se fap ee 20 mQ I, F RHA) 55C/30, + 85C/B0R OHE 1 (3) Herve LARA UTS, AMP #442 109-5103 3.6.4 |maey 4 eyes AAR IRGC 100 MQ LAL RAL TRZ F 2~65 C, 90~95 % (4) HE SAKE 20m LF RH. 1074770 (#34) 10C RGGE AMP #248 109-5106 3.5.4 | JE KIA 20 ma LF GBA) 5% DIB KIA 48H SOT CL, (5) AMP #278 109-5101 Fig. 4 (#4) FR: se ot RROD - MD I-~ EK: RT} gg A a FueP Rast eky- aR Y * Fe OBR 108-5302 L 12AMP J-001-1 (Rev. Mar 91) G2 ome 3.6 EER AD Te LER BtSR IIA a JA B mea 7 7 6 7 8 9 |; 10 | li 12 13 14 a BR WE FR (a) Hn Ow RRE 1,3 1,4 1,4 1,3 j,4 1,7 1,711,5]1,4] 1,4 1,3 1,3 1,3 i SHR (4 - bw) 2, 4,6 3,6(2,412,5 12,5 fit EE MARIE ita. BE be ie) (EER) je aH PTBAH IA 54H Aver hPBH ay 97 HAH IVY ey hal FE Jas #8 5 | She it BE Wt ATE (RO 3B Ltt) INYDP PRR MARRH NOVY AO 7B RA RRED 1h AL ZE ft OE litte tt 4 7 th AAT Gt SH AE AA (at 3B OK OR $5 (a) MAO RS ERG RT SIR eT Fig. 5 SH: e & # PRA BE : FYP 2nN-+ WN aA WROI-K: 108-5302 ez eT 7A 128AMP J- 001-1 (Rev. Mar 91) CMe. sR 4, m RRB 4.1 RERBE FEO RWM A, FRC PT RBA bE CHERERTTILOLTS, iH i 15~35 C FB Xt Hie BE 45~75 % R fE 86.6~106.6kPa Fig. 6 4,2 it GR 4.2.1 TERR RASR ISA SRA, BSE RRBLOMEBBCSRLALNCHSE IL, EHLERS Ty Pe REL ARAN RI- a eee POR BRE I14-6142 | CBO CT, Fig. 7 ART BRE ESL CEM ORNCH SCL, 42.2 {EFA BR PEREaRER L CAV S Bld, Fig. TILA ERE CHI BOLTS, = Ge ; Bt SF lay Tet ft AWG SRE 46 th AAR ANE SME (mm 2) (mm) (mm) 0.14 26 0.16 7 1.28 UL 1007 0.22 24 0.16 ll 1.57 UL 1007 0.31 22 0.18 12 1.5 JCS 246 0.51 20 0.18 20 2.0 JCS 246 0.87 18 0.18 34 2.13 UL 1007 1.27 16 0.25 26 2.65 UL 1007 Fig. 7 SBI: PRO HR MEOI- Ef: RIT] og fm BR TYP BANU NG -IRSEF 108-5302 L . 12 rtAMP J- 001-1 (Rev. Mar 91) SiR : MMS A Fa a Fhe FR 7 Beet Hs IE IND wy BE Or HR d-bLAw _ | nr \ YY URsayY ee h | Tv ER Fig.8 #2 G4RiL (0 -LA0), ELS DB: By HEM) Fh in tS Tua RoI - Re DY MBOI- KF: 108-5302 9R 123AMP J - 001-1 (Rev, Mar 91) BHR : -RMSA tee Tek Paatlenerest oe. oa Ban a "a IY PRAA FE OR RI ART SS HR Ht Fig.9 (ERR), MIM GROW RS ORTAE A Sie 1.2+0.02 { ) Cy A BB 4 if <>] $5 j 5 fi -\ - - Ee S= 7} / in y j 0.64 0.002 R eRY BAS ae 0.1R O.15R 15 J h p=: <) 40 Oo 0.65 &# | ' AM Be B 54a Fig.10 79> bHASHRD AE Rey DH : AOA : HBON- KK: i eT io z om # TYP LAN-PMINI- mR YH 108-5302 L . 12 AeAMP J- 003-1 (Rev. Mar 91) UAE. MRE Bm eto 3.96 mm Fv + cr ed AVP Y ARPA F-. P yey FUE Eze |. _ EUS NOLL ii zo 777 N00 77 | Say [| aR w * 1 176270-( 176281-0 2 176271-0] 176282-0 176292-(] LHe 47 3 176272-U 176283-L) 176293-0) 4 176273-L 176284-0 176294-(] 6 176274-0 176286-O 176295-0 2m ea 7 8 176275-L] 176286-L) 176296-L 9 176276-L 176287-L) 176297-(0 gals a7 10 176277-U 176288-L) 176298-L 2ale 47 12 176278-O0 176289-L 176299-0 15 176279-0 176290-0 176300-L 35a 4 7 18 176280-00 176291-L 176301-0 Fig. 11 3.96mm Ey + RUT92mm Ev + LR, & He SIFT PF IPEY TUF AY PIA) - ny AEH 17947 25547 x47 25747 2 1-176975-0 1-178495-0 3 (-176976-0 O-178496-C) 4 C1-178487-C O-178497-0 5 (-178488-(0 O-173498-00 6 (1-178489-0 1-178499-00 T192mm bv + 2H FIR ny vy x 178125-0 7.92mm Py F 2 KPMAY F-. Py eY TY (SMT 4 7)178601-0 Fig. 12 3.96 mm Lv + Be | . Fev Punyyrsyr PAP NOP YS it i th a 0B RAR TB id 4 178481-D 178478-0 178740-0 5 178482-) 178479-L] 1534 7 6 178483-0 178480-L Fig. 13 a: at MAOLIE : MOA KE: er : & tS TYP BRAN ONG KH aH SF 4 = BB t 108-5302 L 128AMP J.001-1 (Rev, Mar 91) Pi Ait: ESA raaammanssaan BHR BZLHMSAMBRL OI) CHS, H & nm % fa = O17sise0 | yea 97k AWG #20-#16 |_1-88EB2Mee52 57+ O-175151-0 AWG 426-422 |_2:#9ay 99} O-175is0-0 | 7-av ert AWG #20-#16 [ses ike - 7B O-175149-0 AWG #26-#22 |\ #8 vo % b (AWO#20-#16) Fig.11, 13888 | 797-9 %e 7 [396mm EY F,. 792mm ey F, 1~13R (-178842.0] 6.2mm yt, 3,4.6,98 Fig.11, 13 BBE Fry Peoangyrg 396mm Ev Ft, BRN. SPURTE, 1~18& Fig. 1283 BT NGF 396mm Uy, 792mmt y+, BH, KER. 2~6R (10-178841-0 Frtvyy 6.2mm ey +, BEM, 3,4,6,9% P= 1 Om ROBIE: ROOK: ra SI 12% 1G TyT mao. Hom ft 18 PYF ALKR-WM ORD DADE 108-5302 L 12B#