= Shell: Brass tin plated with or without plastic frame
8*
= Shell: Stainless steel with or without die-cast frame
9*
= Shell: Stainless steel with plastic frame
* on request
Variations
Shellsize 1 = 5W1, 2W2C
Shellsize 2 = 3W3, 7W2, 11W1, 3W3C
Shellsize 3 = 5W5, 9W4, 13W3, 17W2, 21W1
Shellsize 4 = 8W8, 13W6, 17W5, 21WA4, 25W3, 27W2
Shellsize 5 = 24W7, 36W4, 43W2, 47W1
Empty positions ADD „0“ for example 007W2
Contact type
P
= Plug connector
S
= Socket connector
Plating code Quality class for signal contacts
A
= Quality class 3 = 50 mating cycles
B*
= Quality class 2 =200 mating cycles
C
= Quality class 1 =500 mating cycles
X
= without signal contact
Termination applies to signal contacts only
= Solder cup
M
R
= Solder pin – Straight
T
= Solder pin – Angled, .189" 4.80 mm
U
= Solder pin – Angled, .276" 7.00 mm
Z
= Solder pin – Angled, .465" 11.80 mm
Termination for high power or coaxial contacts
Quality class 3 Quality class 1
61 41 = Solder cup 10 A
62 42 = Solder cup 20 A
68 48 = Solder pin – Straight 20 A, D= .077" 1.95 mm
69 49 = Solder pin – Straight 20 A, D= .102" 2.60 mm
70 50 = Solder pin – Straight 20 A, D= .112" 2.85 mm
71 51 = Solder pin – Straight 30 A, D= .125" 3.18 mm
72 52 = Solder pin – Straight 40 A, D= .148" 3.75 mm
59 55 = Solder pin – Angled 15 A
73 56 = Solder pin – Angled 20 A
74 57 = Solder pin – Angled 30 A
75 58 = Solder pin – Angled 40 A
77 60 = Solder pin – Angled 40 A
* on request
X
= 3W3, 5W5, 8W8, 2W2C, 3W3C
Quality class 3 Quality class 1
85 65 = Solder pin – Angled 30 A
81 66 = Solder pin – Angled 20 A
82 67 = Solder pin – Angled 30 A
F9 H4 = Cable connection straight 75 Ω
G1 H5 = Cable connection straight 75 Ω
G2 H6 = Cable connection straight 50 Ω
G3 H7 = Cable connection straight 50 Ω
G4 H8 = Cable connection straight 50 Ω
G5 H9 = Cable connection straight 50 Ω
G6 K1 = Cable connection straight 50 Ω
G7 76 = 3 solder pins straight 50 Ω
G8 86 = 3 solder pins straight 75 Ω
Quality class 3 Quality class 1
G9 78 = 3 solder pins angled 50 Ω
H1 79 = 3 solder pins angled 50 Ω
H2 88 = 3 solder pins angled 75 Ω
H3 89 = 3 solder pins angled 75 Ω
R1
= Screw Crimp 10 A
R2
= Screw Crimp 20 A
R3
= Screw Crimp 30 A
R4
= Screw Crimp 40 A
Mounting style
A1
=
Riveted through hole for hood assembly
B2
= M3 threaded insert
B3
= 4-40 UNC threaded insert
B4
= M3 front spacer
B5
= 4-40 UNC front spacer
E1
= M3 threaded rear spacer with PCB clip,
PCB .063" 1.60 mm
E2
= 4-40 UNC threaded rear spacer with PCB clip,
PCB .063" 1.60 mm
S1
S2
S3
S4
R1
R2
R3
R4
= Metal bracket, M3 threaded insert
= Metal bracket, 4-40 UNC threaded insert
= Metal bracket, M3 threaded insert and PCB clip
= Metal bracket, 4-40 UNC threaded insert and PCB clip
= Metal bracket, M3 threaded insert
= Metal bracket, 4-40 UNC threaded insert
= Metal bracket, M3 threaded insert
PCB clip
= Metal bracket, 4-40 UNC threaded insert
PCB clip
OX
= Standard
9| 2
I P6
7
C om b ina t ion D - SU B C on nec t or s
Technical data
Mechanical and electrical
characteristics
Insulator
Signal contacts
Polyester GF
(UL 94V-O)
Coaxial contacts
PTFE
High power contacts
Shell
Contact plating
Contact material
Retaining clip
Current rating
Test voltage between 2 contacts
shell and contact
Resistance between mated contacts
Insulation resistance
Volume resistivity
Dielectric with standing voltage
Impedance
Contact resistance inner- outer conductor
VSWR-value at according MIL-C-39012 1.2GHz
1.5GHz
2.0GHz
Dielectric with standing voltage
Frequency range
Working voltage
Temperature range
Degree of protection
Insertion force per signal contact
Extracction force per signal contact
Quality class
≤ 3.4N
≤ 0.2N
250 V
≤ 2.7mΩ
7.5 A (UL) 5 A (CSA, VDE)
1000 V, 50Hz
1 min.
≤ 2.7mΩ
5GΩ
10
16
Ωcm
50KV mm
Brass tin plated
Gold plated over nickel
CU alloy
CU alloy
CU alloy
≤ 1GΩ
5GΩ
50 75Ω
≤ 2.7mΩ
≤ 1.2
≤ 1.3
≤ 1.5
750 V 50Hz
0-2GHz
250 V
-25°C to +105°C
Requirements according to IEC 60529 – IP67
≤ 7N
≤ 7N
A = Quality class 3 = 50 mating cycles
B = Quality class 2 = 200 mating cycles
C = Quality class 1 = 500 mating cycles
≤ 7N
ca. 5N
≤ 1mΩ
Solder parameter
Recommended wave-solder parameters
Preheating
max. Temperature
Duration
Solder terminal dipping parameters
max. Solder bath Temperature max. Terminal Immersion Time
120°C
120s
240°C
5s
Technical specifications are subject to change without notice.
9| 3
IP6
7
C o m b i n a tio n D-S U B Co nn ect ors
Panel Mounting
Front panel mounting
Rear panel mounting
Grounding for Coaxial contacts
To optimize a perfect ground connection from the coaxial
outer conductor to the metal shell (Factory installed).
Hole plug
The hole plug can be used for both male and female
connector. The assembly is implemented from the mating
side. The hole plug is used to plug unwanted holes in the
insulator. (Factory installed)
Ground
Threaded insert
Suitable hex bolts with either 4-40 UNC or M3 thread are supplied with the IP67 rated connectors.
Hex bolt material: Stainless steel
9| 4
I P6
7
C om b ina t ion D - SU B C on nec t or s
IP-Code figure definitions
1. Code figure
0
1
2
3
4
5
Definition
Not protected
Protected against access to hazardous parts by the back of the hand.
Protected against fixed foreign objects Ø ≥ 1.969" 50 mm.
Protected against access to hazardous parts with a finger.
Protected against fixed foreign objects Ø ≥ .492" 12.5 mm.
Protected against access to hazardous parts with a tool.
Protected against fixed foreign objects Ø ≥ .098" 2.5 mm.
Protected against access to hazardous parts with a wire.
Protected against fixed foreign objects Ø ≥ .039" 1 mm.
Protected against access to hazardous parts with a wire.
Dust protected.
Remark
Ingress of dust is not completely blocked.
But dust may not penetrate to the extent
that satisfactory operation of the device
or safety is impaired.
6
Protected against access to hazardous parts with a wire.
Dustproof. No ingress of dust.
Definition
Not protected
Protected against dropper.
Protected against dropper when the shell is tipped as much as 15°.
Protected against spray water
Remark
2. Code figure
0
1
2
3
Up to 60° of either side of the vertical, such spray
water shall have no harmful effects.
On the shell from all directions, no harmful effects
shall be incurred.
4
5
6
7
Protected against splash water
Protected against jets of water.
Protected against strong jets of water.
Protected against the effects of temporary submersion in water.
8
Protected against the effects of continuous submersion in water.
Water may not ingress in a volume that would cause
harmful effects when the shell is submerged in water
for 30 min at a depth of 1 m.
Water may not ingress in a volume that would
cause harmful effects when the shell is continuously
submerged in water under conditions agreed between
manufacturer and user.
However, these conditions must be more stringent
than those described under code figure 7.
9k
Protected against water from high-pressure or steam cleaning.
Explanation to spray water protected (IP) systems and their environment.
This system, described in IEC 60529, was developed to represent standard values for respective protection:
a) Contact with, and ingress of, fixed foreign objects
b) The ingress of liquids to which the inside is to be exposed.
The first digit describes the level of protection for life, contacting objects and the intrusion of foreign bodies. The second digit describes the level of protection against
the ingress of liquids. The larger the first and second digits are, the greater afforded protection is, e.g. IP55 must also meet the requirements of all lower protection
levels, such as IP22, IP23, IP34 and IP54.
9| 5
IP6
7
C o m b i n a tio n D-S U B Co nn ect ors
Technical informations
Skin effect
Alternating currents do not uniformly occupy the entire cross section of the conductor, rather inductance effect in the conductor deflects the
current towards the surface of the conductor, whereby this deflection increases with the frequency.
The resistive attenuation of a transmission line increases with the frequency as a result of this skin effect.
The skin depth (equivalent thickness of the layer in which current flows) can be determined using
1
δ=
√
f
π σ
µ
0
µ
r
f = frequency
σ
= conductivity of the conductor material
σ
Ag
= 62 x 10
6
S m
σ
Cu
= 58 x 10
6
S m
µ
0
= 1,256 10
6
Vs Am
µ
r
... relative permeability constant for the employed material
VSWR-Value
The ratio between the value of the largest and the smallest voltages on a loss-free line is known as the ripple or voltage standing wave
ratio s (where 1 m 1 ∞). The reciprocal value of the VSWR is known as the inverse voltage standing wave ratio m (where 0 m 1).
(VSWR = Voltage standing ware ratio)
The value of is linked with the
reflection coefficient r on s transmission line according to the equation
s=
(1 + IrI)
(1
_
IrI)
DeRating Curve
Working current in amperes (A)
Limit temperature
Ambient temperature (°C)
All connectors in the Water Resistant Combination D-Subminiature series are fully loaded with contacts.
They are equipped with either signal, high voltage, high power or coaxial contacts according to requirements.
Our production standard requires that all connectors are fully loaded.
Connectors 3W3, 5W5 and 8W8 female: Socket contacts are fingerprobe safe according to UL1950 and CSA 22.2.950 specifications.
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