xxBxxDHHx Drawing Datasheet by Sullins Connector Solutions

IN A1— FIRST SITION ATOR NBl NBZ 7 .075 [1.91] SEE NOTE 13 SHEET 1 *4 (.050[1.27]) 2X <23.125[3.18] [6.35]="" —="" .300="" [7.62]="" insertion="" ]="" x="" .012[0.30]="" wnnmmnnn="" :="" i="" +="" 1251.025="" [3.18i0.64]="" thru="" (.030[o.76])="" %="" +.005="" +0.13="" .37o_="" 014940038]="" v="" .610="" [15.49]="" —="" 7="" .060[1.52]="" u="" —‘="" .100="" [2.54]="" 3x="" row="" spacing="" section="" a-a="" tail="" length="" 2x="" #="" 4-40="" threaded="" inserts="" t="" nmnnnmnnnmnnnn="" ‘="" a="" 1012="" original="" release="" 05/01/06="" update="" dwg="" format="" tabulate="" material="" b="" 1743="" incorporating="" "e"="" &="" "h"="" to="" coding="" chart="" 07/07/08="" add="" 62="" to="" 65="" positions="" in="" dim="" table,="" remove="" c="" 2202="" e="" &="" h="" mtl="" options="" 11/15/2010="" add="" contact="" gap="" dim,="" tol="" to="" insulator="" d="" 2919="" width,="" update="" dwg="" format="" 2/14/2014="" pin="" a1="" a="" .050[1.27]="" 3x="" .100[2.54]="" 7="" pin="" a2="" 2x=""><2) .096="" [2.44]="" for="" (r)="" mtg="" l="" @.040[1.02]="" minimum="" 0000000000="" 000—7="" 00000000000000="" 00000000000000="" yooﬂooooooooo$="" pin="" b177="" pin="" 32,,="" 4="" f="" .100[2.54]="" a="" f="" d=""> PCB LAYOUT, CONNECTOR SIDE 2X @125 [3.18] FOR (D) OR (T) MTGS. / \ \C/ .134:|:.015 [3.401038] L mmnnnmmnﬁnmmnnnn J “WT (.110[2.79]) SULLINS connscro- soLunons

oHS COMPLIANT

.610

15.49

.250 6.35

.060 1.52

.018[0.46] X .012[0.30]

_ _ B _ _ DHHD

.125 3.18

THRU

.050 1.27

.075 1.91

SEE NOTE 13

SHEET 1

FIRST

POSITION

INDICATOR

PIN A1

PIN A2

PIN B1

PIN B2

.300 7.62

INSERTION

DEPTH

.370

.015

.005 9.40

0.38

0.13

.125

±.025

3.18

±0.64

TAIL LENGTH

.100 2.54

3X ROW SPACING

.030 0.76

SECTION A-A

.125 3.18

FOR (D) OR (T) MTGS.

.096 2.44

FOR (R) MTG

.040 1.02

MINIMUM

.050 1.27

.100 2.54

PCB LAYOUT, CONNECTOR SIDE

PIN A1

PIN A2

PIN B1

PIN B2

_ _ B _ _ DHHT

2X # 4-40

THREADED INSERTS

MOUNTING STYLES

.025 0.64

_ _ B _ _ DHHR

.110 2.79

.134

±.015

3.40

±0.38

_ _ B _ _ DHHN

NOTES:

INSULATOR MATERIAL: SEE PART NUMBER CODING

CONTACT MATERIAL: SEE PART NUMBER CODING

PLATING: SEE PART NUMBER CODING

OPERATING TEMPERATURE: SEE PART NUMBER CODING

PROCESSING TEMP: SEE PART NUMBER CODING

UL FLAMMABILITY RATING: 94V-0

OPERATING VOLTAGE: 300 VAC MINIMUM AT SEA LEVEL

CURRENT RATING: 1 AMP

CONTACT RESISTANCE: 30 MILLIION OHMS MAX

INSULATION RESISTANCE: 5000 MEGA OHMS

10.

DURABILITY: 500 CYCLES MIN

11.

CONNECTOR IDENTIFICATION: THE PART SHALL BE MARKED WITH A PART NUMBER AND LOT CODE

12.

BOARD THICKNESS ACCOMMODATED: .062

.008[1.57

0.20]

13.

INSERTION FORCE: 6 OZ MAX PER CONTACT PAIR WHEN USING A .062[1.57] TEST BLADE

14.

WITHDRAWAL FORCE: 1 OZ MIN PER CONTACT PAIR USING .062[1.57] PCB

15.

MODIFICATION:

16.

REVISIONS

REV.

ECO. NO

DESCRIPTION

DATE

1012

ORIGINAL RELEASE

05/01/06

1743

UPDATE DWG FORMAT TABULATE MATERIAL

INCORPORATING "E" & "H" TO CODING CHART

07/07/08

2202

ADD 62 TO 65 POSITIONS IN DIM TABLE, REMOVE

E & H MTL OPTIONS

11/15/2010

2919

ADD CONTACT GAP DIM, TOL TO INSULATOR

WIDTH, UPDATE DWG FORMAT

2/14/2014

UNLESS OTHERWISE SPECIFIED:

DIMENSIONS ARE IN INCHES [MM]

TOLERANCES:

ANGULAR:

DECIMALS

.XX=

.02 [.5]

.XXX=

.005 [.13]

.XXXX=

.0005 [.013]

DATE

NAME

DRAWN

DWG. NO.

SHEET 1 OF 2

SCALE: 2:1

C10711

EDGECARD, .050 CC, HP

_ _ B _ _ DHH _

FILE NAME: C10711, _ _B_ _DHH_

THE INFORMATION HEREIN CONTAINS

PROPIETARY INFORMATION OF

SULLINS ELECTRONICS AND IS NOT

TO BE REPRODUCED, USED OR

DISCLOSED TO OTHERS FOR ANY

PURPOSE EXCEPT AS SPECIFICALLY

AUTHORIZED IN WRITING BY AN

OFFICER OF SULLINS ELECTRONICS.

05/01/06

CAGE CODE

54453

PART NUMBER

TITLE

SIZE

REV

CUSTOMER COPY

111.005 0.13] 81.005 0.13] (21.015 0.38] 01.010 0.25] 51.020 0.51] F1.010 0.25] NOOF 111.005 0.13 81.005 0.13 (1.015 0.30 01.010 0.25 [1.020 051 T1010 0.25 PART "MB 0" m IN MM IN MM IN m ]N MM IN MM 1" MM PART NINBER p05, 9. I m] m [ MM] m l m] m [ MM] 94 l m] m [ MM] _ _BOSDHH_ 5 0.200 5.08 0.300 7-62 WM 12-45 0776 19-71 1-090 2769 0-350 8:89 7 713550HH7 55 3. 250 82. 55 3.3 50 85.09 3.540 89.92 3.8 25 97.18 4.140 105.15 3.400 85.35 7 7805014H7 5 0.250 5.35 0.350 8.89 0.540 13.72 0.825 20.98 1.140 28.95 0.400 10.15 _ 7857DHH7 57 3. 300 8332 “00 85.35 3 590 91.19 3.3 75 95.45 4190 1057.3 3.450 8753 7 7BO7DHH7 7 0.300 7.52 0.400 10.15 0.590 14.99 0.875 22.25 1.190 30.23 0.450 11.43 _ 7858014H7 58 3' 350 85.09 3.450 87.5 3 3 540 .3 2‘ 45 3'9 25 99.72 4.240 107.70 3_ 500 5330 7 7808014H7 8 0.350 8.89 0.450 11.43 0.540 15.25 0.925 23.52 1.240 31.50 0.500 12.70 7 1809mm 9 0.400 10.15 0.500 12.70 0.590 17.53 0.975 24.79 1.290 32.77 0.550 13.97 7 7859014H7 59 3.400 85. 35 3.500 88.90 3 .590 93.73 3.975 100.99 4.290 108.97 3. 550 90.17 BlODHH 10 0.450 11.43 0.550 13.97 0.740 18.80 1.025 25.05 1.340 34.04 0.500 15.24 — —B7°DHH— 70 “50 37'53 3'5 5° 90‘” 3 74° ”00 4'0 26 10216 4340 “0‘24 350° 91"" 811014H 11 0.500 12.70 0.500 15.24 0.790 20.07 1.075 27.33 1.390 35.31 0.550 15.51 — —B7JDHH— 71 3- 50° 3330 3500 91:44 3 790 96-27 “-076 103- 53 439° “151 1550 927‘ 812014H 12 0.550 13.97 0.550 15.51 0.840 21.34 1.125 28.50 1.440 35.58 0.700 17.78 _ .B7ZDHH_ 72 3- 550 90-17 3.6 50 92-71 3 340 97~ 54 4- 126 104-30 4-440 “278 3-700 9333 7 7813014H7 13 0.500 15.24 0.700 17.78 0.890 22.51 1.175 29.87 1.490 37.85 0.750 19.05 _ _B73DHH_ 73 3.500 91.44 3.700 93.98 3 .890 98.81 4.175 105.07 4.490 114.05 3.750 95.25 7 7814014147 14 0.550 15.51 0.750 19.05 0.940 23.88 1.225 31.14 1.540 39.12 0.800 20.32 B74DHH 74 3.550 92. 71 3.750 95.25 3 .940 100.08 4.225 107. 34 4.540 115.32 3.800 95.52 7 7815014H7 15 0.700 17.78 0.800 20.32 0.990 25.15 1.275 32.41 1.590 40.39 0.850 21.59 137501414 75 3. 700 93.98 3,500 95.52 3.990 101.35 4.275 108.51 4.590 115.59 3.850 97.79 2 1516DHH, 15 0.750 19.05 0.850 21.59 1.040 26-42 1326 33.68 1.640 41.66 0300 22-85 ::B76DHH: 75 3. 750 95. 25 3.8 50 97.79 4.040 102.52 4.325 109.88 4.540 117.85 3.900 99.05 81701111 17 0.800 20.32 0.900 22.85 1.090 27.59 1.375 34.95 1.590 42.93 0.950 24.13 _ _B77DHH_ 77 3.800 95.52 3.900 9905 4,090 103.89 4.375 111.15 4.590 119.13 3350 10033 ~ ~513°HH~ ‘8 0'35“ “-59 “1950 24113 1'14“ 28-95 ”25 36-22 1'74” 4“" 1.000 25"” 878014H 78 3.850 97. 79 3.9 50 100. 33 4.140 105.15 4.425 112.42 4.740 120.40 4.000 101.50 — ~319DHH— ‘9 °'9°° 22“ 1'°°° 254° 149° 3°23 ”75 37"” 179° 45"" ”5° 26-67 7 7879014H7 79 3.900 99.05 4.0 00 101.50 4.190 105.43 4.475 113.59 4.790 121.57 4.050 102 .87 7 7820014H7 20 0.950 24.13 1.050 25.57 1.240 31.50 1.525 38.75 1.840 45.74 1.100 27.94 82101414 21 1.000 25' 40 1.100 27.94 1.290 32.77 1.575 40.03 1.890 48.01 1.150 29.21 _ 78800HH7 80 3.950 100.33 4.0 50 102.87 4.240 107.70 4.5 25 114.95 4.840 122.94 4.100 104.14 822014H 22 1.050 25.57 1.150 29.21 1.340 34.04 1.525 41.30 1.940 49.28 1.200 30.48 — J53 1°”“— 31 4-000 1015" 4100 104-14 4190 10397 4575 116- 23 4390 124-21 4- 15° 105 -41 5230.41. 23 1,100 27,94 1,200 30,48 1,390 35,31 1,575 42,57 1,99.) 50,55 1,250 31,75 8820HH 82 4.050 102.87 4.150 105.41 4.340 110.24 4.525 117.50 4.940 125.48 4.200 105.58 7 7824011117 24 1.150 29.21 1.250 31.75 1.440 35.58 1.725 43.84 2.040 51.82 1.300 33.02 _ .B83DHH_ 83 4- 100 104-14 4100 106-68 4390 111-51 4-6 76 118177 4990 126-75 4- 250 107-95 7 7BZSDHH7 25 1.200 30.48 1.300 33.02 1.490 37.85 1.775 45.11 2.090 53.09 1.350 34.29 7 7884014147 84 4.150 105.41 4.250 107.95 4.440 112.78 4.725 120.04 5.040 128.02 4. 300 109 .22 82501411 25 1.250 31.75 1.350 34.29 1.540 39.12 1.825 45.38 2.140 54.35 1.400 35.55 _ 788501-1147 35 4. 200 105.53 4.300 109.22 4.490 114.05 4.775 121.31 5.090 129.29 4. 350 110 .49 BZ7|J°1H 27 1.300 33.02 1.400 35.56 1.590 40.39 1.876 47.65 2.190 55.63 1.450 36.83 35501-114 35 4, 250 107,95 4,3 50 110,49 4540 115,32 4,3 25 122.58 5,140 13055 4,400 111,75 _ -528DHH_ 28 1.350 3429 1.450 36-83 1640 41-65 1326 48.92 2240 56-90 1500 38-10 7 7887014H7 87 4.300 109.22 4.400 111.75 4.590 115.59 4.875 123.85 5.190 131.83 4.450 113.03 7 7829014H7 29 1.400 35.55 1.500 38.10 1.590 42.93 1.975 50.19 2.290 58.17 1.550 39.37 _ 78880HH7 38 4. 350 “0.49 4.450 11103 4.540 117.35 4.9 25 125.12 5.240 133.10 4. 500 114. 30 83001411 3° ”5° 36-33 155° 3937 1'74” ”2° ”25 51'“ 234° 59'“ 1'5°° 40'“ _ 78890HH7 89 4.400 111.75 4.500 114. 30 4.590 119.13 4.975 125. 39 5.290 134.37 4. 550 115 .57 83101414 31 1.500 38.10 1.500 40.54 1.790 45.47 2.075 52.73 2.390 50.71 1.550 41.91 83201114 32 1.550 39.37 1.550 4131 1.840 45.74 2.125 54.00 2.440 51.98 1.700 43.18 B9ODHH 90 4.450 113.03 4.550 115.57 4.740 120.40 5.025 127.55 5.340 135.54 4.500 115.84 7 iB33DHH7 33 1.500 40.54 1.700 43.18 1.890 48.01 2.175 55.27 2.490 53.25 1.750 44.45 - J39 1014117 91 4' 50° “4'30 450° “6'84 “"790 121-67 5'0 76 12593 539° 1363‘ “50 “8 ' 1‘ 834014H 34 1.550 41.91 1.750 44.45 1.940 49.28 2.225 55.54 2.540 54.52 1.800 45.72 _ 5923””- 92 4- 550 115-57 4-6 50 118-11 4340 1229“ 5-125 130120 5440 138-18 4- 700 119 ~38 : :53501-11-1: 35 1,700 43,13 1,300 45,72 1,990 50,55 2,275 57,01 2,590 55,79 1,350 45,99 _ _B93DHH_ 93 4.600 116.84 4.700 119.38 4.890 124.21 5.176 131.47 5.490 139.45 4. 750 120 .65 835014H 35 1.750 44.45 1.850 45.99 2.040 51.82 2.325 59.08 2.540 57.05 1.900 48.25 _ 7894DHH7 94 4.550 118.11 4.750 120.55 4.940 125.48 5.225 132. 74 5.540 140.72 4.800 121.92 7 7B37DHH7 37 1.800 45.72 1.900 48.25 2.090 53.09 2.375 50.35 2.590 58.33 1.950 49.53 7 7895014H7 95 4. 700 119.38 4.800 121.92 4.990 125.75 5.275 134.0 1 5.590 141.99 4.850 123.19 83801414 38 1.850 45.99 1.950 49.53 2.140 54.35 2.425 51.52 2.740 59.50 2.000 50.80 _ _3950HH_ 95 4.750 120.55 4.350 123.19 5.040 123.02 5.325 135.23 5.540 143.25 4,900 174.45 939014 39 1.900 48.26 21000 50180 2.190 55.53 2.475 62.89 2.790 70.07 2.050 52.07 _ 7997011117 97 4.800 121.92 4.900 124.45 5.090 129.29 5.375 135.55 5.590 144.53 4.950 125.73 B40DHH 40 1.950 49.53 2.050 52.07 2.240 55.90 2.525 54.15 2.840 72.14 2.100 53.34 _ 7898014117 98 4.850 123.19 4.9 50 125.73 5 .140 130.55 5.425 137.32 5.740 145.80 5.000 127.00 7 7841014H7 41 2.000 50.80 2.100 53.34 2.290 58.17 2.575 55.43 2.890 73.41 2.150 54.51 8990,17, 99 4.900 124.45 5.0 00 127.00 5 .190 131.83 5.475 13909 5.790 147.07 5.050 128 .27 84201414 42 205° 52'°7 115° 54'“ 234° 59"“ 2'5“ 657° 234° "'68 220° ”'88 B 1000H14 100 4.950 125.73 5.0 50 128.27 5 .240 133.10 5.525 140. 35 5.840 148.34 5.100 129 .54 843014H 43 2.100 53.34 2.200 55.88 2.390 50.71 2.575 57.97 2.990 75.95 2.250 57.15 - - - ::B44DHH: 44 2.150 54.51 2150 5115 2.440 51.98 2.725 59.24 1040 7722 2.300 58.42 __8 101011147 101 5.000 127.00 5.100 129.54 5.290 134.37 5.575 141.53 5.890 149.51 5.150 130.81 845014H 45 2.200 55.88 2.300 58.42 2.490 53.25 2.775 70.51 3.090 78.49 2.350 59.59 — —51°ZDHH— 102 5-050 123-27 5-1 50 13031 5 340 135-54 5-5 25 142-90 5340 150-58 5-200 132-05 54513-114 45 2.250 57_15 2350 5959 2,540 54.52 2.826 71.78 1140 7975 2,400 50.95 B 103DHH 103 5.100 129.54 5.200 132.08 5.390 136.91 5.6 76 144.17 5.990 152.15 5.250 133 .35 7 TB47DHH7 47 2.300 58.42 2.400 60.96 2.590 65.79 2.876 73.05 3.190 81.03 2.450 62.23 _ _3104DHH_ 104 5- 150 130.31 5.2 50 133- 35 5440 133-15 5-725 145-44 6040 153-42 5- 300 134-52 848014H 48 2.350 59.59 2.450 52.23 2.540 57.05 2.925 74.32 3.240 82.30 2.500 53.50 _ 78105014H7 105 5. 200 132.08 5.300 134.52 5 .490 139.45 5.775 145. 71 5.090 154.59 5. 350 135 .89 7 7849014147 49 2.400 50.95 2.500 53.50 2.590 58.33 2.975 75.59 3.290 83.57 2.550 64.77 _ _B 105011147 105 5. 250 133.35 5.3 50 135.89 5 .540 140.72 5.8 25 147.98 5.140 155.95 5.400 137.15 3 ,BSODHH, 50 2-450 5213 2-550 “-77 2740 69-50 3-025 76-85 3340 “-84 2-600 66-04 8 10701114 107 5. 300 134.52 5.400 137.15 5 .590 141.99 5.875 149. 25 5.190 157.23 5.450 138 .43 5510““ 51 2-500 5350 1600 56-04 2790 70-87 3376 78-13 3390 86-11 2-550 67-31 7 78108DHH7 108 5. 350 135.89 5.450 138.43 5 .540 143.25 5.9 25 150. 52 5.240 158.50 5. 500 139 .70 7 7852014147 52 2.550 54.77 2.550 57.31 2.840 72.14 3.125 79.40 3.440 87.38 2.700 58.58 778109014147 109 5.400 137.15 5.500 139.70 5.590 144.53 5.975 151,79 5.290 159.77 5.550 140.97 ~22211 2:222 23:2: 2:23 22:2 :22: :22; 21:2 22:22 2:21 22:: 2:22 22:22 .2... 5.... .3... 7 7855014H7 55 2.700 58.58 2.800 71.12 2.990 75.95 3.275 83.21 3.590 91.19 2.850 72.39 B 1119”” 111 5' 50° ”9'70 5500 142-24 5 '790 ”7'07 5550 143 '51 7 7855014147 55 2.750 59.85 2.850 72.39 3.040 77.22 3.325 84.48 3.540 92.45 2.900 73.55 — —5112°”H— “2 5' 55° “037 5-5 5° 143- 51 5 34° 14““ 5-700 ”473 857014H 57 2.800 71.12 2.900 73.55 3.090 78.49 3.375 85.75 3.590 93.73 2.950 74.93 _ .3113DHH_ 113 5-500 142-24 5700 144-73 5 1390 14951 5750 146 -°5 7 7858014147 58 2.850 72.39 2.950 74.93 3.140 79.75 3.425 87.02 3.740 95.00 3.000 75.20 _ _B 114DHH_ 114 5650 143.51 5.750 146.05 5940 150-83 5300 147-32 7 7859014H7 59 2.900 73.55 3.000 75.20 3.190 81.03 3.475 88.29 3.790 95.27 3.050 77.47 811501414 115 5. 700 144.78 5.800 147. 32 5 .990 152.15 'N' MOUNU NG 0N LY 5.850 148 .59 85001414 50 2.950 74.93 3.050 77.47 3.240 82.30 3.525 89.55 3.840 97.54 3.100 78.74 _ _B 115014147 115 5. 750 145.05 5.8 50 148. 59 5 .040 153.42 5.900 149 .85 BélDHH 51 3.000 75.20 3.100 78.74 3.290 83.57 3.575 90.83 3.890 98.81 3.150 80.01 _ _3 117011117 117 5,300 14732 5,900 149,85 5 ,090 154.59 5,950 151,13 7 7852014H7 52 3.050 77.47 3.150 80.01 3.340 84.84 3.525 92.10 3.940 100.08 3.200 81.28 8118DHH 118 5850 14859 59 50 151,13 5.140 155.95 5.000 152,40 111 2?. 3123 3331‘ 3238 iii: 323.33 33%; 3'32? 33%: 3'33 13:23 3338 3533 __s1190.0_ “9 29°" 149'“ 6'°°° ”“0 “9° 15713 “5° ‘53-“ 7 7855014147 55 3.200 81.28 3.300 83.82 3.490 88.55 3.775 95.91 4.090 103.89 3.350 85.09 - 78120014147 12° 5350 151'” 6‘0 5° ”3'67 6 240 15850 6'100 15434 B _ DH H MATERIAL (lNSULATOR/CONTACT) J I’— MOUNTING STYLE R 2 BLACK, PPS/PHOSPHOR BROMIE 0 = FLUSH MOJNTING (PAGE 1) OPERATING TEMP: 55°C TO +125°C NUMBBI 0F POSITIONS N = NO MOUNTING EARS PROCESSING TEMP: 250°C MAX FOR 20 SECS (CONTACTS Pm Row) T = FLUSH MOJNTING, w1T14T14READE0 INSERTS c = MACK, PA9T/PH05P110R 11an R = METAL BOARDLOCKS OPERATING TEMP: 55°C TO +125°C PROCESSING TEMP: 250°C MAX FOR 20 SECS A 2 BLACK, PPS/BERVLLIDM COPPER PLATING OPERATING TEMP: 55°C TO +150°C ALL PLATINGs ARE LEAD FREE AND HAVE .000050" NICKEL umERPLATE PROCESSING TEMP: 250°C MAX FOR 20 SECS CONTACT SURFACE TmMINATION J = BLACK, PA9T/BERVLLIIM COPPER B = .000010' GOLD .000 100' PURE TIN, MATTE OPERATING TEMP: 55°C TO +150°C C = .000030' GOLD .000 100' PURE TIN, MATTE SUI—LINS PRIXSESSING TEMP: 260"C MAX FOR 20 SECS (CONSULT FACTORY FOR OTHER MATERIALS) 1+ 1+ 1+ 1+ CONNECTOISOLMTIOII

oHS COMPLIANT