sn a, petunlal so a) sad pug ‘wasuoa uauum Jno tnounm Emlmazynuem to; pasn ton ‘Aued s1 )1 pm)? 0) PQSOIOSIPJO pew-ideal paidoa so on madam amsniaxemo sl sun JST Page 1/12 No. T-1»2273 Date Issued: PRODUCT SPECIFICA TION (R-1-2273) September 4, 2009 Customer: Revnsed' A Date Revised: GENERAL January 12, 2010 Title Subject: Issued by XMA Connector (For Wire-to-Wirel Hanging Type) Osaka Engineering Center This product specification contains the results of performance tests for the XMA connector (For wire-to-wire/ Hanging type), TEST CONDITIONS -|ndex— 1. PART NAME & PART NUMBER 2. CONSTRUCTION, DIMENSIONS, MATERIAL & SURFACE FINISH 3. CHARACTERISTICS 4, SPECIMEN 5 6, REQUIREMENTS, TEST METHODS & TEST RESULTS 6.1 Appearance 6.2 Mechanical Performance Test 6.2.1 Insertion Force (|.F.) & Withdrawal Force (W.F.) 6.2.2 Crimp Tensile Strength 6 2 3 Contact Retention Foroe 6.2.4 Locking Strength 6.3 Electrical Performance Test 6.3.1 Contact Resistance 6.3.2 Current Continuity 6 3 3 Insulation Resistance 6.3.4 Dielectric Withstanding Voltage 6.4 Environmental Test 6.4.1 Durability 5.4.2 Humidity 6.4.3 HeatAging 6.4.4 Thermal Shock 6.4.5 Hydrogen Sulfide Gas 6.4.6 Salt Spray 6.4.7 Vibration 648 Ammonia Gas 7, NOTICE Prepared by; Checked by: Reviewed by: W. ’Uedlz K Icfiimz' K. “Wand/{a Approved by: KSfiimi'zu BER-4108—3—0
JST Page 2/12 F Title Subject: XMA Connector No T-1-2273 Revised: A 3 (For Wire»to-Wire/ Hanging Type) (R-1»2273) : 1. PART NAME & PART NUMBER E ‘é Part Name Part Number 3 Pin contact SXM-omT-Poe 3 Socket contact SXA-001 T-P0.6L :7 Polarizing key pattern 1 XMAR-*VF-1-S 5 2 to 3-circuit Polarizing key pattern 2 XMAR-*VF-2»R i Rfig‘zgfig‘e Polarizing key pattern 3 XMAR-*VF-3—E E5 4 to 5-circuit Without polarizing key XMAR-* VF-S g G-circuit Without polarizing key XMAR-06VF-S .3 Polarizing key pattern 1 XMAP-*V-1-S Plug 2 to Srcircuit Polarizrng key pattern 2 XMAP—* V-2—R housing Polarizing key pattern 3 XMAP-*V-3—E 4 to 5-circuit Without polarizing key XMAP-* V—S 6-Circuit Without polarizrng key XMAP-OGV-S Retainer 2 to 5-crrcurt XMASw VPS G-circuit XMS-OGV Notet: Number ofcircuits in one»digit figure is indicated in *. 2. CONSTRUCTION, DIMENSIONS, MATERIAL & SURFACE FINISH Construction and dimenswns shall be in accordance With the referenced drawrngs Material and surface finish shall be as specified below. Pan Name Material Surface Finish. etc. Pin contact Phosphor bronze Tin-plated Socket contact Phosphor bronze Tin-plated w Polarizing key pattern 1 PBT (Glass-filled) Color' Natural — 2 to . . . o c) _ . g E 3-circuit Polarizrng key pattern 2 PBT (Glass filled) Color. Red Flammability: 3 g PolariZing key pattern 3 PBT (Glass-filled) Color: Blue UL94V70 a: .C ,1 4 to . . _ . . 6-Circuit Without polarizrng key PBT (Glass filled) Color. Natural 21 Polarizrng key pattern 1 PET (Glassrfilled) Color: Natural m o . . . . g, E 3-Circuit Polarizrng key pattern 2 PBT (Glass-filled) Color, Red Flammability 3 g PolariZing key pattern 3 PET (Glass-filled) Color: Blue UL94V-0 5 4 to - - - - 6-circuit Without polarizrng key PBT (Glass-filled) Color. Natural . . , Flammability‘ Retainer PA 66 (Glass-filled) Color. Natural UL94V-0
JST Page 3/12 Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 3. CHARACTERISTICS Au um aAisniaxaincs iii : Item Rated Value ,3 Current rating 3A (AC, DC) (Noteg) g 3 Voltage rating 250V (AC: DC) é Temperature range -25 to +85 °C (Notes) is _ _ Conductor size AWG #26 to #22 (Notes) 2 Applicable Wire _ g Insulation O.D. $1.3 to 411.9 mm Note2: When AWG#22 applied. Notes: Including temperature rise in applying an electrical current. Notei: Wire conductor shall be tineplated annealed copper wire (stranded wire). 4. SPECIMEN Part Name Material Pin contact SXM-001T-PO.6 Socket contact SXA—001T-PO 6L . 2 to 3-circuit XMARJVH H] Receptade hous'ng 4 to 6-circuit XMAR-*VF-S . 2 to 3ecircuit XMAP-*V-( H 1 mg hwsmg 4 to 6-circuit XMAPaV-S Note5: Number of circuits in one-digit figure is indicated in * Notes: Numbers (1 to 3) showing key pattern is indicated in ( ). Notey: A character of an alphabet In color is indicated in [ ]: (8: natural, R: red, E: blue) 5. TEST CONDITIONS 1) When tested in accordance with the test conditions and method speCified in each item, each requirement shall be met 2) Unless othenivise speCIfied, tests shall be conducted under the followmg ambient conditions specified in JIS C 60068-1 (IEC 60068-1) [Basic Environmental Testing Procedures General and Guidance]. Temperature: 15 to 35 °C Relative humidity: 25 to 75 % 3) For environmental tests, as a rule: the specimen that a receptacle and a plug are assembled for actual use and the Wire of UL1007 style AWG#22 shall be used
JST Page 4/12 Au um aAisnioxainos iii Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6. REQUIREMENTS, TEST METHODS 8. TEST RESULTS 61 Appearance Requirement There shall be no crack, deformation or discoloration which may affect the performance specified in this specification. Test method' Visual Inspection Test result: Good 6.2 Mechanical Performance Test 6 2 1 Insertion Force (I F ) & Withdrawal Force (W F ) Requirement UNIT: N No of Atlnilial At 30th circuits I.F. (max) l W.F. (min) W.F. (min) 2 20 0.7 0.4 3 23 1.0 0.4 4 26 1,3 0.7 5 29 1.6 0.7 6 32 1.9 1.0 Test method: A receptacle housing With crimped contact and a plug housing with crimped contact shall be mated and unmated on the mating aXlS. Initial insertion and withdrawal forces and also withdrawal force at 30th shall be measured A center lock and side lock of plug housing shall be removed before the measurement. (Testing speed 1 to 5mm/sec.) Center lock Insertion 7 7 7 it—Wi 7 7 Erifi'in’ T T ’ TTTT Plug housing Side lock Withdrawal Receptacle housing
JST Page 5/12 F Title Subject: XMA Connector No T-1-2273 Revised: A 3 (For Wire»to-Wire/ Hanging Type) (R-1»2273) é Test result: UNIT: N i ;: £313; Item Ave. Max. Min. ; Initial I F 26 27 24 g 2 Initial W.F. 1.5 1.7 1.4 if W.F. at 30th 1.0 1.2 0.9 g Initial |.F. 4.0 4.4 3.6 g 3 Initial W.F. 2.4 2.7 2.3 E3 W.F. at 30m 1.5 1.8 1.4 § Initial I.F. 5.1 5.4 4.5 E: 4 Initial W.F. 3.1 3.3 2.8 ' W.F. at 30th 2.0 2.3 1.8 Initial |.F. 6.8 7.2 5.9 5 Initial W.F. 3.9 4.2 3.5 W F at 30th 2 4 2 6 2 1 Initial |.F. 8.5 9.0 7.9 6 Initial W.F. 5.0 5.3 4.8 W.F. at 30th 3.4 3.6 3.0 n=10 6.2 2 Crimp Tensile Strength Requirement: . Requirements Wire to be used N min. AWG #26 15 AWG #24 20 AWG #22 35 Test method Pulling load shall be applied to a correctly crimped contact and a Wire The load to pull the wire out of the contact or break the wire shall be measured. (Testing speed 25mm/min.) Test result: UNIT N Item Wire size Ave. Max. Min. 0 1(5me (AWG#26) 34 1 37 2 31 4 Pin contact 0.20mm2 (AWG#24) 60 7 63.7 56,8 0.30i'nm2 (AWG#22) 88 9 90.2 80.4 0 13mm (AWG#26) 39 0 451 33 4 Socket contact 0.20mm2 (AWG#24) 59 9 63.3 55,0 0.30mm (AWG#22) 89 0 91.3 82.4 n:1O
JST Page 6/12 Au um aAisnlaxamos I41 Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.2 3 Contact Retention Force 6.2 4 Requirement: 15N min. Test method A correctly crimped contact shall be mounted in a receptacle housing (plug housing) and pulled along the mating axns The load to pull the contact out of the receptacle housing (plug housing) shall be measured. (Testing speed: 1 to 5mmlsec.) Receptacle housing Wire Plug housing Wire m3: Test result: Item Ave. Max. Receptacle housing 299 32.6 Plug housing 27 0 30 2 Locking Strength Requirement: 2-circuit product: 20N min. 3 to 6»circuit product. 30N min. Test method' A plug housmg and a receptacle housmg shall be mated Then, a load shall be applied between them. The load to come them off each other shall be measured. (Testing speed: 1 to 5mm/sec.) “M Plug housrng h F Receptacle housing Test result: UNIT. N Item Ave. Max. Min. 2-circuit product 942 100 85.3 3 to 6-circuit product 105 113 92.3
JST Page 7/12 Au um aAisninxamos ui Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.3 Electrical Performance Test 6.3 1 Contact ReSistance Requirement: Initial; 10mg: max. A (24 4mm) B After tests, ZOmQ max. Wire Wire . i . i . i (chxzzi i i (AWG#22) . i i 1/ E‘\ Test method Contact reSistance between points A and B of a specimen assembled \ for actual use as shown in the figure on the right Side shall be measured under the followmg conditions. Test current: 10mA (DC) Open voltage: 20mV max. Wire to be used: AWG #22 Test result: See each environmental test item. 6.3 2 Current Continuity Requirement There shall be no current discontinuity longer than 1 microsecond during a vibration test. Test method: Each circuit of a specimen assembled for actual use shall be connected in series and test current of IOmA(DC) shall be applied Current discontinuity longer than 1 microsecond during a test shall be detected by continuity meter. Test result: See vibration test item. 6.3 3 Insulation Re5istance Requirement: Initial: SOOMQ min. After test: 300MQ min. (Humidity & thermal shock tests) Test method. 500V DC shall be applied between the outer surface of a housing and a contact and also between adjacent contacts of a mated specnmen to measure insulation resistance. Test result. UNIT: MQ Measured values Items Housing-Contact Contact-Contact Initial 500 min. 500 min. After humidity test 300 min. 300 min. After thermal shock test 300 min. 300 min. n=10
Au um aAisniaxainos ui JST Page 8/12 Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.3 4 Dielectric Withstanding Voltage Requirement: There shall be no breakdown or flashover. Test method Testing voltage specified below shall be applied between the outer surface of a housing and a contact and also between adjacent contacts of a mated specrmen for one minute, Initial 1,500V AC After test. 1.000V AC (Humidity & thermal shock tests) Test result: Items Housing-Contact Contact-Contact Initial Good Good After humidity test Good Good After thermal shock test Good Good n=lO 6 4 EnVIronmental Test 6.4 1 Durability Requirement: Contact resistance shall be 20mg max. after the test. Test method: A receptacle housrng With crimped contact and a plug housrng With crimped contact shall be mated and unmated. After repeated 30 cycles, contact resistance shall be measured. Test result UNIT: mQ Test item I Initial I After the test Contact Ave. Max. Min. Ave. Max. Min. resistance 6.45 6.6 6.2 6.75 7.0 6 5 n:10
JST Page 9/12 F Title Subject: XMA Connector No T-1-2273 Revised: A 3 (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.4 2 Humidity 3 Requirement. Contact resistance shall be ZOmQ max. after the test. Insulation re5istanoe shall be 300M!) min. after the test. There shall be no breakdown or tlashover on the dielectric withstanding voltage test. Test method: A spemmen shall be placed In a humidity chamber of the followmg conditions. After the test, contact resistance, insulation resistance and dielectric withstanding voltage shall be measured. Temperature: 40 i 2 °C Relative humidity: 90 to 95 % Period: 240 hours Test result: UNIT: m5! Test item Initial After the test Contact Ave. Max. Mll'l. Ave. Max. Min. resistance 6.34 6.7 6.0 6.39 6.6 6.1 n=10 6.4 3 Heat Aging Requirement. Contact reSistance shall be 20m!) max. after the test. Test method: A specimen shall be placed in a heat oven of the following conditions. After the test, contact resistance shall be measured Temperature: 85 1 2 ”C Period: 250 hours Test result. UNIT. m0 Test item Initial After the test Contact Ave. Max. Min. Ave. Max. Min. resistance 6,41 6 6 6.3 6.44 6.6 6.3 n=10
JST Page 10/12 Au um aAisniaxainos Lil Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.4 4 6.4 5 Thermal Shock Requirement. Contact resistance shall be ZOmQ max. after the test. Insulation re5istanoe shall be 300M!) min. after the test. There shall be no breakdown or flashover on the dielectric withstanding voltage test. Test method: A speCimen shall be subjected to a thermal shock test of the following conditions. Afterthe test, contact resistance, insulation resistance and dielectric withstanding voltage shall be measured. 1 cycle consists of: - 55 t 3 “C for 30 minutes +85 1 2 “C for 30 minutes Total cycles: 25 cycles Test result: UNIT: mSZ Test item Initial After the test Contact Ave. Max. Min. Ave. Max. Min. resistance 6.39 6.6 6.3 6.47 6.7 6.4 n=10 Hydrogen Sulfide Gas Requirement. Contact resistance shall be ZDmQ max. after the test. Test method: A specimen shall be subjected to hydrogen sulfide gas of the following conditions. After the test. contact reSistance shall be measured. Concentration: 3 i 1 ppm Temperature: 40 i 2 “C Relative humidity. 80 i 5 ”/0 Period: 96 hours Test result: UNIT: mSZ Test item Initial After the test Contact Ave, Max. Min. Ave. Max. Min. resistance 6.42 6.5 6.3 6.57 6.7 6.3 n=10
Au um aAisnioxainos iii JST Page 11/12 Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.4 6 Salt Spray 6.4 7 Reqwrement. Contact reSistance shall be 20m!) max. after the test. Test method A specimen shall be subjected to a salt spray test of the following conditions After the test, it shall be washed with running water and dried naturally before the measurement of contact resistance, Temperature: 35 1 2 °C Concentration 5 % in weight Period: 48 hours Test result: UNIT: m!) Test item Initial After the test Contact Ave. Max. Min. Ave. Max. Min. resistance 6 34 6 6 6 1 6 79 7 2 6 5 n=10 Vibration Requirement: Contact resistance shall be 20m§2 max after the test There shall be no current discontinuity longer than 1 microsecond during the test. Test method A specimen shall be mounted on a printed circuit board (PCB) and subjected to a vibration test of the following conditions. During the test. current continuity shall be checked. After the test. contact resistance shall be measured. Frequency: 10-55-10Hz/minute Amplitude: 1.52mm Direction: Each of X,Y,Z-axis directions ‘Each axis shall be at right angles to others. Period 2 hours for each direction Test result- UNIT' m0 Test item I Initial I After the test Contact Ave. Max. Min. Ave. Max. Min. resistance 6.77 8.9 6.6 8.99 7.1 6.8 Current continuity There was no current discontinuity longer than 1 microsecond. n=1O
JST Page 12/12 Title Subject: XMA Connector No T-1-2273 Revised: A (For Wire»to-Wire/ Hanging Type) (R-1»2273) 6.4 8 Ammonia Gas Au um aAisnioxainos iu Requirement There shall be no stress corrosion cracking, Test method: A specimen shall be subjected to an ammonia gas test of the following conditions. After the test, stress corrosion cracking shall be checked. Ammonia solution 3 % in weight Solution volume: 25ml per liter of volume Period 7 hours Test result: There was no stress corrosion cracking. n=lO 7. NOTICE (1) This connector has an inertia lock mechanism to prevent the insufficient mating, but this mechanism cannot eliminate completely an insufficient mating, After mating, check the secure locking Without fall. (2) This connector is secure lock type, so the connector must be treated with care after mated. Incorrect handling direction and excessive pulling load to wire harness may cause troubles which affect its performances such as breakage of connector itself (lock devise, etc). To prevent these troubles and make full use of connector‘s performances, special care should be taken on the followmg points when handling wire harness (D Do not apply an external load to the connector continuously except for tension and pulling load when handling Wire harness as usual ® For wires, make an appropriate looseness to mate and unmate the connector on the mating axis without strain.
1 I E j 4 REV DESCRIPTION DATE DESIGNED A Part name is added. OCT.26.2005 E.N ED (.0' _' :3, V (\I LD 6, m d 1.9 | . | a ' m I | m' + T “ I Wire barrel Insulation barrel NOTE I.UnIesS Otherwise specified. tolerances are tU.3 PIN CONTACT PHOSPHOR BRONZE TINiPLATED t:D.E ND. PART NAME MATERIAL SURFACE FINISH REMARKS SIZE UNIT SCALE PROJECTION DATE CUSTOMER A4 METRIC 10:1 @6 MAY.2.1987 AFFROVEED CHECKED DESIGNED DRAWN SERIES NAME XM-XMA CONNECTOR [A S . K M . N E . N PART ND. SXMTUOlTTPOfi DRAWING JSTJ.S.T.MFG.CO., LTD ND. KRD’15753’2 R1 THIS DRAWING CONTAINS INFORMATION THAT Is PROPRIIETARV TO J.S.T. E041 18*1 AND SHOULD NOT BE USED WITHOUT WRITTEN PERMISSION.
1 I E j 4 REV DESCRIPTION DATE DESIGNED A Part name is added. OCT.26.2005 E.N A B C :3 2.8 JST Mark 1.9 E m + + S _ WIRE BARREL INSULATION BARREL NOTE 1.Unless Otherwise Specified. tolerances are tU.3 SOCKET CONTACT PHOSPHOR BRONZE TINiPLATED tU.lB ND. PART NAME MATERIAL SURFACE FINISH REMARKS SIZE UNIT SCALE PROJECTION DATE CUSTOMER A4 METRIC 10:1 @6 MAR.11.1989 AFFROVEED CHECKED DESIGNED DRAWN SERIES NAME XA-XMA CONNECTOR [A S . K M . N E . N PART ND. SXAiumTiPOEL DRAWING JSTJ.S.T.MFG.CO., LTD Nd. KRD’22954 R1 THIS DRAWING CONTAINS INFORMATION THAT Is PROPRIIETARV TO J.S.T. E041 18*1 AND SHOULD NOT BE USED WITHOUT WRITTEN PERMISSION.
I I E I 3 I 5 I B I 7 I 8 REV DESCRIPTION DATE DESIGNED . . NOTE CII" DImenSIunS 1UI h . _f_ d - . t . Duns A B C D n ESS El EI‘WISE spam IE 2 7 12‘5 8.4 7'4 LDIerances are: 3 5.014.011.13 8.8 5' 2.PErt No.:XMAR7 Polarizing key Pattern:1~3 c B 8. 85 Circuits PeIIrIEIng key anxern NU.1 FUIIHZIng key letern ND.2 FDIIrIzIng key Pattern NILE N k J . J \ J Cunfigurniun m [\I far 2 niynuits. Fart. Nu. :XMARSUZVFSISS NATURAL (Wh i I. a) Part Nu. :XMARSUEVFSESR RED Part No. :XMARinszaiE BLUE Cunfiwurntinn for 3 circuit s. Fart Nu. :xMAR-DavF-I-S NATURAL (Wh i Y. e) Ran Nu. :XMAR»D3vF-2-R RED Run Nu. :XMARrUEVFrBrE ELUE D NEI.1 Circuit Mark 7.4 RECEPTACLE HOUSING PETIG.F.) ULSAVSO N121. PART NAME MATERIAL SURFACE FINISH REMARKS SIZE UNIT SCALE PROJECTION DATE CUSTOMER A3 METRIC 5:1 @3 Mar.25.2009 AFFROVEED CHECKED DESIGNED DRAWN 533:5 XMA CONNECTOR S . K T . S E . N 2’? >
B .15 REV DESCRIPTION DATE DESIGNED NOTE 1.Unless OtherwIse SpecIfIEd, tolerances are U ULgAvia, NATURAL No. PART NAME MATERIAL SURFACE F‘INISH REMARKS SIZE UNIT SCALE PROJECTION DATE CUSTOMER A3 METRIC 5:1 $6 SEP. 1.2009 APPROVEED CHECKED DESIGNED DRAWN 5:32:25 XMA CONNECTOR (4‘5 CIYDLIII.) S. K T. S E . N FIT XMARrOVFis Circuit No. ' DRAWING Jsr J . S.T.MFG. 00.. LTD. Nu. KRD'38349‘2 RD THIS DRAWING CONTAINS INFORMATION THAT IS PROPRIETARY TO J.S.T. 130410972 AND SHOULD NOT BE USED WITHOUT WRITTEN PERMI SSION.
B I 2 4 B 7 REV DESCRIPTION DATE DESIGNED NOTE 1.Unless DtherwIse SpecIfIEd, tolerances are U ULSAViD, NATURAL No. PART NAME MATERIAL SURFACE F‘INISH REMARKS SIZE UNIT SCALE FRDJECTION DATE CUSTOMER A3 METRIC 5:1 $3 SEP. 1.2009 AFFROVEED CHECKED DESIGNED DRAWN 5:32:25 XMA CONNE CTOR (6 CI I‘CLI I l) S . K T. S E . N MT NE. XMARTI )VFis Circuit ND. DRAWING JSTJ.S.T.MFG. 00.. LTD. Nu. KRD'38350‘2 R0 IS PROPRIETARY TO J.S.T. 50410972 THIS DRAWI NG CONTAINS AND SHOULD NOT BE USED WITHOUT WRITTEN PERM INFORMATION THAT ISSION.
AND SHOULD NOT BE USED WITHOUT WRITTEN PERMISSION. | E | 3 | 4 | 5 | 5 | 7 | 8 REV DESCRIPTION DATE DESIGNED Cir cu i t No. A I . NOTE Ciri DImenSIonS _ _ _ “its A B C l.UnleSS otherWIse Spatified. I I 2 7 94 EA TDIEI‘finCES Ere O< 04="" fl="" —7="" 2.part="" no.:xmap*(4)v7(a)7(\\)="" gi—l="" _="" _="" i="" cnlnr="" cane="" cir="" cu="" i="" t="" e="" polarizing="" key="" pattern:1~3="" aml?="" :n.|="" .="" .="" g="">< no.1="" circuit="" mark="" i="" i="" i="" i="" l="" i="" r="" i="" w="" r="" w="" i="" i="" i="" i="" i="" i="" i="" %7="" i="" i="" 7="" i="" i="" i="" -="" -="" polarizing="" key="" pnlnrizing="" kev="" polarizing="" kev="I=" i="" cii'ciiiis="" pattern="" no.1="" pattern="" no.2="" pattern="" no.3="" i="" m="" i="" i="" t="" i="" if="" i="" ,="" 7="" i="" i="" i="" canigulutian="" i="" i="" fur="" 2="" circuits.="" i="" i="" i="" i="" iqiiiises'wias="" :rappsenpepr="" isiappeeiipspe="" _="" ‘="" _="" i="" natural="" (white)="" red="" blue="" a="" i="" i="" i="" i="" i="" i="" c="" cunfiiulatiun="" for="" 3="" circuits.="" i="" part="" nd.="" part="" nd.="" part="" nd.="" r—l—n="" xmappdsvpi’s="" xmap’uev’e’r="" xmappdevpepe="" natural="" (white)="" red="" blue="" i="" \="" +="" plug="" housing="" pet="" (g.f.)="" ul94vpu="" i="" g="" nd.="" part="" name="" material="" surface="" finish="" remarks="" i="" size="" unit="" scale="" projection="" date="" customer="" ‘="" a3="" metric="" 5:1="" @3="" mar.25.2009="" ‘="" affroveed="" checked="" designed="" drawn="" seees="" xma="" connector="" s="" .="" k="" t="" .="" s="" e="" .="" n="" part="" 1="" ni“="" xmap*(="" )v*()*()="" drawing="" jstj.s.t.mfg.co.,="" ltd.="" nd.="" krd’38245="" r0="" is="" drawing="" contains="" information="" that="" is="" proprietary="" t0="" j.s.t.="" ec‘iiub'e="">
E 3 5 B 7 8 REV DESCRIPTION DATE DESIGNED Circuit ND. A I: r_ O I N TE L. 1.Unless Otherwise specified 2 ‘ tolerances are I O
1 E 3 4 5 B 7 8 REV DESCRIPTION DATE DESIGNED Circuit No. [X NOTE 1.Unless otherwise specified. ‘ tolerances are I U
I E 3 5 B 7 8 I I | I I I REV DESCRIPTION DATE DESIGNED 2-9 <244444442> B 2.4 1 NOTE 1 1 1.Unless Otherwise Specified, 1 . < .="" 1="" (t="" 1="" 1="" 1="" ‘n="" 1="" ‘\="" tolerance:="" are="" .="">
I I E j 4 REV DESCRIPTION DATE DESIGNED RD.5 I r I I I I , H I I I I I I I ‘ I I I I m I I I I I I as C”. I I I : I I N I I I III | I I ’ I I: *5 f ‘ if .. I 2.5 (0.95) A 2.4 Luck (NOTEE) C”, Di???“ cuits A LG” I I I , I B 12.5 2 I I I I I I I I NOTE 1.Un1ess otherwise specified, tDIeranEes are U