HARTING
Metric 6-row connectors
34 2
HARTING was founded in 1945 by
the family that still owns the company.
Today, HARTING employs around
2,000 people worldwide, including
150 qualified engineers. The sales
team, including more than 100 sales
engineers is in daily contact with our
customers.
The company is one of the world’s
leading manufacturers of connectors,
and currently have 34 subsidiary
companies in Europe, the United States
and Asia. In several product areas,
HARTING is a market leader.
Great emphasis is placed on close links
with customers, including the provision
of a ‘Just-in-Time’-Service to ensure
rapid delivery to key customers.
HARTING products are designed and
manufactured using the latest
automated techniques, from CAD
systems in the research and
development department to automatic
production techniques on the assembly
lines.
Production and quality control is based
on a ‘zero-error’ philosophy which can
only be reached by the continuous
successful implementation of fully
automated production techniques.
The organisation and procedures for
quality assurance are based on the
EN ISO 9001 standard. A total of
60 engineers and other employees,
most of whom are trained and qualified
to standards laid down by the DGQ
(German Association of Quality) or the
SAQ (Swiss Association of Quality), are
employed solely on quality-assurance
activities.
Quality Connections
Worldwide
People | Power | Partnership
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Metric 6-row connectors Page
6-row – general information
6
SMC solder requirements
Technical characteristics
Straight male connectors
with press-in termination
Angled female connectors
with press-in termination
Angled female connectors
with solder (SMC) termination
List of part numbers
Company addresses
Directory
4
Metric 6-row connectors
General information
It is the user's responsibility to check
whether the components illustrated in
this catalogue comply with different
regulations from those stated in special
fields of application which we are unable
to foresee.
We reserve the right to modify designs
in order to improve quality, keep pace
with technological advancement or meet
particular requirements in production.
This catalogue must not be used in any
form or manner without our prior
approval in writing (Copyright Law,
Fair Trading Law, Civil Code).
We are bound by the English version
only.
5
General information6-row
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. Typically,
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 12
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 female
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.
For further information please contact your local
HARTING representative.
Pin type
Level 3
Level 2
Level 1
Length for mating
Datum plane depth
Figure 1
Figure 2
End wall
Flange
Guiding system
Coding Pos. 1
Guiding system
Coding Pos. 1 / Pos. 2
6
SMC solder requirements6-row
Fig. 1:
SMT board with connector for
"Pin in Hole Intrusive Reflow" assembly
Fig. 2:
Pick-and-place machine for
odd form components
(Courtesy of JOT Automation GmbH)
The continuing trend towards miniaturisation has
revolutionised the assembly of electronic
components. For the past 15 years, most
components have been secured directly to the
pcb surface by means of Surface Mount
Technology (SMT). By dispensing with drilled
holes on the pcb, a space saving of up to 70
percent is achieved.
Today, typical components such as ICs, resistors,
capacitors, inductors, and connectors with straight
terminal pins are almost exclusively fitted using SMD
(Surface Mount Device) technology in mass
production. In contrast, angled SMD connectors at the
edge of the board have not been successful because
of tolerance problems (co-planarity) and stresses
during mating.
“Pin in Hole Intrusive Reflow*”
In this process, the connector is inserted into plated
through holes in a comparable way to conventional
component mounting. All other components can be
assembled on the pcb surface.
The components are positioned using pick-and-place
machines.These automatic assembly machines differ
according to whether the components are small, light-
weight or bulky. Connectors, compared to ICs, are
considered bulky (odd form). They are more difficult to
grip, due to their comparatively heavy weight and
larger size. But machines for odd form components,
provide the higher insertion power, necessary to fit
the components into pcb holes, which are filled with
solder paste. Generally modern SMC production lines
are equipped with both types of machine. Therefore
the "Pin in Hole Intrusive Reflow" process entails no
extra investment costs for the user.
Conventional assembly process:
1. Application of solder paste
2. Positioning the components
3. Positioning odd form components
4. Reflow soldering
5. Pressing in or partially dip soldering the
connector at the board edge
6. Quality inspection
“Pin in Hole Intrusive Reflow” assembly:
1. Application of solder paste
2. Positioning the components
3. Positioning odd form components
4. Reflow soldering
5. Pressing in or partially dip soldering the
connector at the board edge
6. Quality inspection
* Also known as Pin-in-Paste or Through Hole Reflow (THR)
7
Volume of solder paste
Connector
termination
Fig. 4: Plated through hole with connector termination
pcb
Application of solder paste
Before the components are assembled, solder paste
is applied to all the solder pads and the plated through
holes. Usually a screen printing process is used for
this purpose. A squeegee moves across the pcb,
which is masked with screens and presses the solder
paste into all unmasked areas. A good solder joint is
basically determined by the amount of the applied
solder paste. Only a few parameters (illustrated on the
right) will lead to the right quantity.
As an alternative to screen printing, the solder paste
can be applied by means of a dispenser. A high-
precision robot moves the dispenser to all required
positions on the pcb. The dispensing method is
particularly suitable for small pcb’s or applications
which demand high precision and flexibility in
dispensing volumes.
6-row connector was designed for Pin in Hole
Intrusive Reflow with features like an inspection
friendly black colour, tape and reel packaging for
automated handling and it is self retaining on pcb via
kinked pin. The open design – moulded from high
temperature resistant material – ensures good heat
distribution, so that current solder temperature
profiles can be used. The special material of the
insulation body withstands also the higher
temperatures of lead free soldering.
Advantages for using 6-row connectors
are:
lPartial dip soldering or press fitting
is no longer required
lHigh mechanical stability
lComplete compatibility
with Surface Mount Technology
lSavings through integration
into the automated assembly process
lReduced floor space in the production plant
Fig. 3: Dispenser in operation
Solder paste volume
There are numerous scientific studies dealing with
calculation of the required quantity of solder paste.
These studies use various parameters, e.g. the
shrinking factor of the paste during soldering or the
thickness of the screens used for masking the pcb.
Since such calculation methods are complicated to
apply, the following rule of thumb has proved valuable
in practice:
VPaste = 2(VH– VP)
in which:
VPaste = Required volume of solder paste
VH= Volume of the plated through hole
VP= Volume of the connector termination
in the hole
Comment: the multiplier “2” compensates for
solder paste shrinkage during soldering. For
this purpose, it was assumed that 50 % of the
paste consists of the actual solder, the other
50 % being soldering aids.
Requirements for the solder connection
At the beginning of a new production batch, the
process parameters, such as quantity of solder paste
and soldering temperature, can be set by interpreting
simple cross-sections of the soldered connection. A
reliable measure for achieving optimum parameters is
the quantity of solder required to fill the hole. In
soldered connections of high quality, the holes are
filled to between 75 % and 100 %.
SMC solder requirements6-row
8
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 voltager.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
Diameter of holes 0.6 ± 0.05 mm 0.7 + 0.07
– 0.05 mm
Drilling 0.7 ± 0.02 mm 0.8 ± 0.02 mm
Cu 30 - 50 µm 30 - 50 µm
SnPb 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 characteristics6-row
* Other platings on request
Notes
9
10
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 12 and 13.
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
11
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 12 and 13.
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
12
Drawing Dimensions in mm
Position
Row
Position
Row
All holes
Board drillings
Datum plane
depth
Row
Position
Row
Position
Row
All holes
Board drillings
Datum plane
depth
Row
72 23.9 11 x 2 (= 22) 24.9
144 47.9 23 x 2 (= 46) 48.9
Contact
positions x1x2x3
Connector dimensions [mm]
Male connectors straight, with press-in termination
6-row
Pin type
Level 3
Level 2
Level 1
Length for mating
Datum plane depth
without flange
without coding
without endwall
without flange
without coding
with endwall
13
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 x2x4
Connector dimensions [mm]
Male connectors straight, with press-in termination
6-row
Pin type
Level 3
Level 2
Level 1
Length for mating
Datum plane depth
* Non-metallized drillings
with flange
with coding
without endwall
optional coding 1
optional coding 2
Contact length [mm]
No. 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
14
Female connectors angled, with press-in termination
Connector dimensions see page 15.
6-row
Thin print part numbers: performance level 1
Bold print part numbers: performance level 2
15
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 x1x2x3
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
Contact length [mm]
No. 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
16
Female connectors angled, with solder (SMC) termination
Connector dimensions see page 17.
6-row
Thin print part numbers: performance level 1
Bold print part numbers: performance level 2
17
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 x1x2x3
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
18
Notes
17 41 072 1204 10
17 41 072 2204 10
17 42 072 1203 10
17 42 072 2203 10
17 43 072 1209 11
17 43 072 1210 11
17 43 072 1211 11
17 43 072 1212 11
17 43 072 2209 11
17 43 072 2210 11
17 43 072 2211 11
17 43 072 2212 11
17 44 144 1205 10
17 44 144 2205 10
17 45 144 1204 10
17 45 144 2204 10
17 46 144 1207 11
17 46 144 1208 11
17 46 144 1209 11
17 46 144 1210 11
17 46 144 2207 11
17 46 144 2208 11
17 46 144 2209 11
17 46 144 2210 11
17 51 072 1102 14
17 51 072 1802 16
17 51 072 2102 14
17 51 072 2802 16
17 52 072 1105 14
17 52 072 1106 14
17 52 072 1107 14
17 52 072 1108 14
17 52 072 1805 16
17 52 072 1806 16
17 52 072 1807 16
17 52 072 1808 16
17 52 072 2105 14
17 52 072 2106 14
17 52 072 2107 14
17 52 072 2108 14
17 52 072 2805 16
17 52 072 2806 16
17 52 072 2807 16
17 52 072 2808 16
17 54 144 1102 14
17 54 144 1802 16
17 54 144 2102 14
17 54 144 2802 16
17 55 144 1105 14
17 55 144 1106 14
17 55 144 1107 14
17 55 144 1108 14
17 55 144 1805 16
17 55 144 1806 16
17 55 144 1807 16
17 55 144 1808 16
17 55 144 2105 14
17 55 144 2106 14
17 55 144 2107 14
17 55 144 2108 14
17 55 144 2805 16
17 55 144 2806 16
17 55 144 2807 16
17 55 144 2808 16
19
List of part numbers
Part No. Page Part No. Page Part No. Page Part No. Page
20
Representatives – worldwide
Argentina
Condel Electronica, Julian Agüero 3355
(1605) Munro - Pcia. de Buenos Aires
Phone + Fax +54 11 4762.0118
E-Mail: mediavicondel@arnet.com.ar
Roberto Mediavilla
Rivera Indarte 390, (5000) Córdoba
Phone +54 351 425-0567
Fax +54 351 421-2282
E-Mail: rmediavilla@arnet.com.ar
Australia
ADILAM Electronics Pty. Ltd.
14 Nicole Close, North Bayswater
3153 Victoria
Phone +61 3 9737 4900
Fax +61 3 9737 4999
E-Mail: mark.c@adilam.com.au
Internet: www.adilam.com.au
Denmark
Knud Wexøe A/S
Skaettekaeret 11, P.O. Box 152
DK-2840 Holte
Phone +45 45 46 58 00, Fax +45 45 46 58 01
E-Mail: wexoe@wexoe.dk
Internet: www.wexoe.dk
Finland
INTOTEL OY
Kutojantie 4, 02630 Espoo, Finland
P.O. Box 125, 02631 Espoo, Finland
Phone +358-9-521 300
Fax +358-9-755 3581
E-Mail: into@intotel.fi
Internet: www.intotel.fi
Hungary
Mile Kft.
Mádi u. 52, H-1104 Budapest
Tel. +36-1-431-9800
Fax +36-1-431-9817
E-Mail: milekft@mile-kft.hu
Internet: www.mile-kft.hu
India
Sahajanand Impex Pvt. Ltd.
103/104, Magnum Opus
Shantinagar, Vakola Santacruz (East)
Mumbai - 400 055, INDIA
Phone +91-22-5692 5151
Fax +91-22-5692 1026
E-Mail: sales@sahajanand.com
Internet: www.sahajanand.com
Israel
COMTEL Israel Electronics Solutions Ltd.
Bet Hapamon, 20 Hataas st.
P.O. Box 66, Kefar-Saba 44425
Phone +972-9-7677240
Fax +972-9-7677243
E-Mail: sales@comtel.co.il
Internet: www.comtel.co.il
Poland
Soyter Sp. z o. o.
ul. Warszawska 3
05-082 Warszawa - Stare Babice
Phone +48 22 722 0 685
Fax +48 22 722 0 550
E-Mail: handlowy@soyter.com.pl
Internet: www.soyter.com
South-Africa
Cabcon Technologies (PTY)Ltd
P.O. Box 4603, Dalpark
1543 Gauteng
Phone +27 1184533258
Fax +27 118454077
E-mail: cabcon@mweb.co.za
Production plants – worldwide
Espelkamp / Germany – Plant 1 Espelkamp / Germany – Plant 2 Espelkamp / Germany – Plant 3
Espelkamp / Germany – Plant 4 Espelkamp / Germany – Plant 5 Zhuhai / China
Biel / SwitzerlandNorthampton / Great Britain Sibiu / Romania
MO/12.05.04
HARTING Electronics GmbH & Co. KG
P.O. Box 14 33
D-32328 Espelkamp
Phone +49 57 72 / 47-97 200
Fax +49 57 72 / 47-7 77
E-Mail: electronics@HARTING.com
Internet: www.HARTING.com
Global Business Unit
Electronics
Farnell InOne
www.farnellinone.com;
in US: Newark InOne: www.newarkinone.com
FUTURE Electronics
www.futureelectronics.com
RS Components
www.rs-components.com;
in US: Allied Electronics: www.alliedelec.com
Distributors –
worldwide
Subsidiary companies – worldwide
Austria
HARTING Ges. m. b. H.
Deutschstraße 3, A-1230 Wien
Phone +43 1 / 6 16 21 21
Fax +43 1 / 6 16 21 21-21
E-Mail: at@HARTING.com
Belgium
HARTING N.V. / S.A.
Doornveld 8, B-1731 Zellik
Phone +32 2 / 4 66 01 90
Fax +32 2 / 4 66 78 55
E-Mail: be@HARTING.com
Brazil
HARTING Ltda.
Av. Dr. Lino de Moraes Leme, 255
Pq. Jabaquara
CEP 04360-001 - São Paulo - SP - Brazil
Phone +55 11 / 50 34 - 00 73
Fax +55 11 / 50 34 - 47 43
E-Mail: br@HARTING.com
China
HARTING (HK) Limited
Shanghai Representative Office
Room 2302 Hong Kong Plaza South Tower
283 Huai Hai Road (M)
Shanghai 200021, China
Phone +86 21 - 63 90 - 69 35, 63 90 - 69 36
Fax +86 21 - 63 90 - 63 99
E-Mail: ChinaSales@HARTING.com.cn
Czech Republic
HARTING spol. s.r.o.
Mlýnská 2, 160 00 Praha 6
Phone +4 20 2 / 203 80 450
Fax +4 20 2 / 203 80 451
E-Mail: HARTING@HARTING.cz
Internet: www.HARTING.cz
Finland
HARTING Oy
Hakamäenkuja 11 A, FIN-01510 Vantaa
Phone +358 9 350 87 300, Fax
+358 9 350 87 320
E-Mail: fi@HARTING.com
France
HARTING France
181 avenue des Nations
Paris Nord 2
BP 66058 Tremblay en France
F-95972 Roissy Charles de Gaulle Cédex
Phone +33 1 49 38 34 00
Fax +33 1 48 63 23 06
E-Mail: fr@HARTING.com
Germany
HARTING Deutschland GmbH & Co. KG
Postfach 2451, D-32381 Minden
Simeonscarré 1, D-32427 Minden
Phone +49 5 71 / 88 96 - 0
Fax +49 5 71 / 88 96 - 2 82
E-Mail: de.sales@HARTING.com
Great Britain
HARTING Ltd.
Caswell Road, Brackmills Industrial Estate
GB-Northampton, NN4 7PW
Phone +44 16 04 / 76 66 86, 82 75 00
Fax +44 16 04 / 70 67 77
E-Mail: gb@HARTING.com
Internet: www.HARTING.co.uk
Hong Kong
HARTING (HK) Limited
Regional Office Asia Pacific
4208 Metroplaza Tower 1
223 Hing Fong Road
Kwai Fong, N. T., Hong Kong
Phone +8 52 / 24 23 - 73 38
Fax +8 52 / 24 80 - 43 78
E-Mail: AsiaPacific@HARTING.com.hk
Italy
HARTING SpA
Via Dell' Industria 7
I-20090 Vimodrone (Milano)
Phone +39 02 / 25 08 01, Fax +39 02 / 2 65 05 97
E-Mail: it@HARTING.com
Japan
HARTING K. K.
Yusen Shin-Yokohama 1 Chome Bldg., 2F
1-7-9, Shin-Yokohama, Kohoku-ku, Yokohama
222-0033 Japan
Phone +81 45 476 3456
Fax +81 45 476 3466
E-Mail: JapanSales@HARTING.com
Internet: www.HARTING.co.jp
Korea
HARTING Korea Limited
14/F FKI Building, 28-1 Yodo-dong
Youngdungpo-Gu, Seoul 150-756, Korea
Phone +82 2 - 7 84 - 46 14, 7 84 - 46 15
Fax +82 2 - 37 76 - 00 70
E-Mail: KoreaSales@HARTING.co.kr
Netherlands
HARTING B.V.
Larenweg 44, NL-5234 KA 's-Hertogenbosch
Postbus 3526, NL-5203 DM 's-Hertogenbosch
Phone +31 73 / 6 41 04 04
Fax +31 73 / 6 44 06 99
E-Mail: nl@HARTING.com
Norway
HARTING A/S
Østensjøveien 36, N-0667 Oslo
Phone +47 22 / 70 05 55
Fax +47 22 / 70 05 70
E-Mail: no@HARTING.com
Russia
HARTING ZAO
ul. Tobolskaja 12
Saint Petersburg, 194044 Russia
Phone +7 / 8 12 / 3 27 64 77
Fax +7 / 8 12 / 3 27 64 78
E-Mail: info@HARTING.ru
Internet: www.HARTING.ru
Singapore
HARTING Singapore Pte Ltd.
No. 1 Coleman Street, #B1-21 The Adelphi
Singapore 179803
Phone +656 2 25 52 85, Fax +656 2 25 99 47
E-Mail: SEAsiaSales@HARTING.com.my
Spain
HARTING Iberia S.A.
Josep Tarradellas 20-30 4o6a
E-08029 Barcelona
Phone +34 933 638 475
Fax +34 934 199 585
E-Mail: es@HARTING.com
Sweden
HARTING AB
Fagerstagatan 18 A, 5 tr., S-16353 Spånga
Phone +46 8 / 4 45 71 71
Fax +46 8 / 4 45 71 70
E-Mail: se@HARTING.com
Switzerland
HARTING AG
Industriestrasse 26, CH-8604 Volketswil
Phone +41 1 908 20 60, Fax +41 1 908 20 69
E-Mail: ch.zh@HARTING.com
Taiwan
HARTING R.O.C. Limited
Room 6, 10 Floor, No. 171
Sung-Te Road, Taipei, 110 Taiwan
Phone +8 86-2-2346-3177
Fax +886-2-2346-2690
E-Mail: TaiwanSales@HARTING.com.tw
USA
HARTING Inc. of North America
1370 Bowes Road
Elgin, Illinois 60123
Phone +1 (877) 741-1500 (toll free)
Fax +1 (866) 278-0307 (Inside Sales)
Fax +1 (847) 717-9420
(Sales and Marketing)
E-Mail: more.info@HARTING.com
Internet: www.HARTING-USA.com
Eastern Europe
HARTING Eastern Europe GmbH
Bamberger Straße 7, D-01187 Dresden
Phone +49 351 / 4361760
Fax +49 351 / 4361770
E-Mail: Eastern.Europe@HARTING.com
Other countries
HARTING Electronics GmbH & Co. KG
P.O. Box 14 33, D-32328 Espelkamp
Phone +49 57 72 / 47-97 200
Fax +49 57 72 / 47-7 77
E-Mail: electronics@HARTING.com
People | Power | Partnership
