02
.
01
6-row
6-row
6-row – general information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 02.02
Technical characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 02.03
Straight male connectors with press-in termination . . . . . . . . . . . . . . . . . . . . . . 02.04
Angled female connectors with press-in termination . . . . . . . . . . . . . . . . . . . . . 02.08
Angled female connectors with solder (SMC) termination . . . . . . . . . . . . . . . . . 02.10
Compatibility with OBSAI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 02.12
with 6 rows, 2.00 mm pitch Page
Directory chapter 02
General information
In comparison to the standard 5-row har-bus® HM
series, this new 6-row version offers a significantly
higher contact density, thus permitting applications
where very high contact density is important. Typical-
ly, for a signal transmission of 1.5 Gbps it is possible
to obtain 7.5 differential pairs per cm of card edge
(see figure 1). For a signal transmission of 2.5 Gbps
at least 5 differential pairs per cm of card edge can be
obtained (see figure 2).
Male and female connectors are both available with
72 or 144 contacts and can be supplied in reel or tube
packaging.
Male connectors
Each contact position can be loaded with any of the
13 different contacts lengths shown (see figure 3).
Figure 3
All male connectors can be supplied with end wall,
coding pins and guiding system.
Female connectors with press-in termination
The 6-row female connector needs comparable
space on the daughter card as the 5-row versions,
as it has similar outer dimensions. Compared to the
male connectors, coding pins and a guiding system
are available upon request too.
Female connectors in SMC
(Surface Mount Compatible) technology
Using the reflow soldering process, these 6-row fema-
le connectors in SMC technology can be soldered to
the PCB at the same time as other SMC components.
So the handling cost can be reduced significantly
and there is no need for a separate press-in process.
These connectors are made from a high temperature
plastic material that can withstand up to 260°C (lead
free soldering). To hold the connector securely on the
PCB before the solder process, kinked contacts are
offered as standard on both connector sides. Further
SMC information see chapter 01.
General information6-row
Figure 1
Figure 2
End wall
Flange
Guiding system
Coding Pos. 1
Guiding system
Coding Pos. 1 / Pos. 2
02
.
02
6-row
02
.
03
Design : complementary to IEC 61 076-4-101 (2 mm hard metric specification)
Number of contacts : 72 or 144
Contact spacing : 2.00 mm (1.50 mm between contact rows on the termination side of female
connectors)
Working current : 1.0 A (24 °C temp. raise)
1.5 A (52 °C temp. raise)
2.0 A (88 °C temp. raise)
Test voltage Ur.m.s. : min. 750 V
Contact resistance : < 20 mΩ
Impedance (differential) : 100 Ω
Typical differential data rate : 1.5 - 2.5 Gbps
Temperature range : - 55 °C ... + 125 °C
during reflow soldering max. 260 °C (peak temperature)
Performance level* : performance level 2 = 250 mating cycles
performance level 1 = 500 mating cycles
Termination technique : press-in for male and female connectors
SMC for female connectors, compatible with lead-free solder process
Pcb characteristics : min. 1.4 mm for male and female connectors with press-in terminations
1.6 mm - 2.4 mm for female connectors with SMC terminations
Recommended configuration
of plated through holes : press-in SMC
Plated hole-Ø 0.6 ± 0.05 mm 0.7 + 0.07
– 0.05 mm
Hole-Ø 0.7 ± 0.02 mm 0.8 ± 0.02 mm
Cu 30 - 50 µm 30 - 50 µm
Sn 5 - 15 µm 5 - 15 µm
Mating force : < 0.75 N/pin
Materials
Mouldings : Thermoplastic resin, glass-fibre filled, UL 94-V0
Contacts : Copper alloy
Contact surface : Au/Ni
Packaging
Tube : Male connectors and female connectors with press-in terminations
Tape & Reel : Female connectors with SMC terminations
Technical characteristics
* Other platings on request
6-row
6-row
02
.
04
Number Contact length [mm]
of mating termination
Identification contacts side side Part number Contact configuration
Connectors
without flange
without coding
without endwall
72 8.2 3.7 17 41 072 1204
17 41 072 2204
144 8.2 3.7 17 44 144 1205
17 44 144 2205
Connectors
without flange
without coding
with endwall
72 8.2 3.7 17 42 072 1203
17 42 072 2203
144 8.2 3.7 17 45 144 1204
17 45 144 2204
Male connectors straight, with press-in termination
Connector dimensions see pages 02.06 and 02.07.
The pin types A, B, C … R, S, T can be mixed in any configuration.
Please request the part number.
6-row
Thin print part numbers: performance level 1
Bold print part numbers: performance level 2
6-row
02
.
05
Number Contact length [mm]
of mating termination
Identification contacts side side Part number Contact configuration
Connectors
with flange
without coding
without endwall
72 8.2 3.7 17 43 072 1209
17 43 072 2209
144 8.2 3.7 17 46 144 1207
17 46 144 2207
Connectors
with flange
with coding 1
without endwall
72 8.2 3.7 17 43 072 1211
17 43 072 2211
144 8.2 3.7 17 46 144 1209
17 46 144 2209
Connectors
with flange
with coding 2
without endwall
72 8.2 3.7 17 43 072 1210
17 43 072 2210
144 8.2 3.7 17 46 144 1208
17 46 144 2208
Connectors
with flange
with coding 3
(= coding 1 + 2)
without endwall
72 8.2 3.7 17 43 072 1212
17 43 072 2212
144 8.2 3.7 17 46 144 1210
17 46 144 2210
Male connectors straight, with press-in termination
Connector dimensions see pages 02.06 and 02.07.
The pin types A, B, C … R, S, T can be mixed in any configuration.
Please request the part number.
Thin print part numbers: performance level 1
Bold print part numbers: performance level 2
6-row
optional coding 2
optional coding 1
optional coding 2
optional coding 1
6-row
02
.
06
Drawing Dimensions in mm
Position
Row
Position
Row
All holes
Board drillings
Position
Row
Position
Row
All holes
Board drillings
Datum plane
depth
Connector dimensions [mm]
Male connectors straight, with press-in termination
6-row
without flange
without coding
without endwall
without flange
without coding
with endwall
6-row
Datum plane
depth
Row Row
72 23.9 11 x 2 (= 22) 24.9
144 47.9 23 x 2 (= 46) 48.9
Contact
positions x1 x2 x3
02
.
07
Drawing Dimensions in mm
Position
Row
Position
Row
All holes
Board drillings
Datum plane
depth
Row
72 11 x 2 (= 22) 30.9
144 23 x 2 (= 46) 54.9
Contact
positions x2 x4
Connector dimensions [mm]
Male connectors straight, with press-in termination
6-row
* Non-metallized drillings
with flange
with coding
without endwall
optional coding 1
optional coding 2
6-row
02
.
08
Number Contact length [mm]
of termination
Identification
contacts side
Part number
Connectors
without flange
without coding 72 3.35 17 51 072 1102
17 51 072 2102
144 3.35 17 54 144 1102
17 54 144 2102
Connectors
with flange
without coding 72 3.35 17 52 072 1105
17 52 072 2105
144 3.35 17 55 144 1105
17 55 144 2105
Connectors
with flange
with coding 1 72 3.35 17 52 072 1106
17 52 072 2106
144 3.35 17 55 144 1106
17 55 144 2106
Connectors
with flange
with coding 2 72 3.35 17 52 072 1107
17 52 072 2107
144 3.35 17 55 144 1107
17 55 144 2107
Connectors
with flange
with coding 3
(= coding 1 + 2)
72 3.35 17 52 072 1108
17 52 072 2108
144 3.35 17 55 144 1108
17 55 144 2108
Female connectors angled, with press-in termination
Connector dimensions see page 02.09.
6-row
Thin print part numbers: performance level 1
Bold print part numbers: performance level 2
6-row
02
.
09
6-row
Drawing Dimensions in mm
Position
Row
Position
Row
All holes
Board drillings
Position
Position
Row
All holes
Board drillings
Row
72 24.0 11 x 2 (= 22) 31.0
144 48.0 23 x 2 (= 46) 55.0
Contact
positions x1 x2 x3
Connector dimensions [mm]
* Non-metallized drillings
without flange
without coding
with flange
with coding
Female connectors angled, with press-in termination
6-row
coding 1
no
coding
coding 3coding 2
02
.
10
Number Contact length [mm]
of termination
Identification
contacts side
Part number
Connectors
without flange
without coding 72 2.5 17 51 072 1802
17 51 072 2802
144 2.5 17 54 144 1802
17 54 144 2802
Connectors
with flange
without coding 72 2.5 17 52 072 1805
17 52 072 2805
144 2.5 17 55 144 1805
17 55 144 2805
Connectors
with flange
with coding 1 72 2.5 17 52 072 1806
17 52 072 2806
144 2.5 17 55 144 1806
17 55 144 2806
Connectors
with flange
with coding 2 72 2.5 17 52 072 1807
17 52 072 2807
144 2.5 17 55 144 1807
17 55 144 2807
Connectors
with flange
with coding 3
(= coding 1 + 2)
72 2.5 17 52 072 1808
17 52 072 2808
144 2.5 17 55 144 1808
17 55 144 2808
Female connectors angled, with solder (SMC) termination
Connector dimensions see page 02.11.
6-row
Thin print part numbers: performance level 1
Bold print part numbers: performance level 2
6-row
02
.
11
Drawing Dimensions in mm
Position
Row
Position
kinked pins
at both ends
of the connector
kinked pins
at both ends
of the connector
Row
All holes
Board drillings
Position
Position
Row
All holes
Board drillings
Row
72 24.0 11 x 2 (= 22) 31.0
144 48.0 23 x 2 (= 46) 55.0
Contact
positions x1 x2 x3
Connector dimensions [mm]
* Non-metallized drillings
without flange
without coding
with flange
with coding
6-row
coding 1
no
coding
coding 3coding 2
Female connectors angled, with solder (SMC) termination
6-row
02
.
12
Compatibility with OBSAI
6-row
HARTING is a supporter member of OBSAI since September 2003.
The Open Base Station Architecture Initiative (OBSAI) has developed a comprehensive set of open
specifications for key module interfaces within the base station architecture. This development will
enable an open market of base station modules.
The OBSAI architecture provides a clear split in functionality and detailed internal interface specifications.
This allows companies to create modules that are truly compatible in all OBSAI compliant base stations.
OBSAI provides the entry for a new, competitive market for functionally standardized modules.
HARTING’s har-bus® HM Signal and HM Power connectors meet OBSAI specifications and provide a
reliable and cost effective solution for connecting plug-in units to the backplane. The connector solution
available from HARTING technology group will offer full compatibility and intermateability with base
station modules.
HARTING's activities in the wireless market are in line with those of OBSAI.
The OBSAI specifications allow HARTING the opportunity to support a large group of wireless base
station manufacturers and module manufacturers with unified, state of art interconnection solutions.
