Pressure | Temperature | Level | Force

Measurement technology formobile working machinesAbout us
As a family-run business acting globally, with over 9,300
highly qualified employees, the WIKA group of companies
is a worldwide leader in pressure and temperature measurement. The company also sets the standard in themeasurement of level, force and flow, and in calibration
technology.
Founded in 1946, WIKA is today a strong and reliable
partner for all the requirements of industrial measurement
technology, thanks to a broad portfolio of high-precision
instruments and comprehensive services.

2

With manufacturing locations around the globe, WIKA
ensures flexibility and the highest delivery performance.
Every year, over 50 million quality products, both standard
and customer-specific solutions, are delivered in batches of 1
to over 10,000 units.
With numerous wholly owned subsidiaries and partners,
WIKA competently and reliably supports its customers
worldwide. Our experienced engineers and sales experts are
your dependable contacts locally.

Contents
Reliable partnership

4

Demanding requirements

6

Product review

12

WIKA worldwide

24

High-performing.
Robust. Reliable.
Advanced measurement technology provides the basis
for complex control systems in modern mobile working
machines. Just like the machine itself, the measurement
technology must also be robust and reliable to endure
extreme operating conditions and high performance
demands.

As a true partner, WIKA provides support throughout theentire product lifecycle: WIKA offers expert consultation
with product selection, professional project management indevelopment and implementation as well as reliable quality
assurance; and supply chain efficiency.

WIKA’s portfolio of measurement technology for pressure,temperature, level and force is tailored for use in mobile
working machines − high-performing, robust and reliable.

3

The right partner counts

Secured competitive advantages
Highest customer expectations, rapid technological progress,a highly dynamic economic environment and intensifying
global competition – market conditions for manufacturers ofmobile working machines are challenging.
Leading manufacturers secure their competitive advantages
through a superior procurement strategy. To do so, they seek
best-in-class suppliers and develop sole source relationships
for key components, including measurement instruments.

4

Measurement technology directly impacts the functional
properties of machines and requires careful considerationand selection. Beyond meeting technical and quality requirements, the right partner must provide reliable delivery,
long-term security of supply, and competitive terms and conditions. The right partner must also support customer-specificsolutions and offer innovations.

Reliable partnershipPart of your business
WIKA places customer benefit at the very top. As a
privately owned, global company, WIKA is positioned tocreate value-add for its customers in all dimensions withindependent, flexible decision-making.

On the other hand, as a supplier, WIKA can add value to theprocess landscape of its customers: WIKA understands that
reliability is a product of processes which are consistentlyaligned to the customer’s needs.

On the one hand, measuring products from WIKA support
machine manufacturers in generating of functional value for
their customers. The target parameters are the performance,
the robustness and the reliability of the mobile working
machine.

This is ensured by the WIKA management system, which
combines the principles of lean management with the Kaizen
philosophy and Six Sigma methodology.
This makes WIKA a high-performing and reliable partner for
manufacturers and equipment suppliers of mobile working
machines.

5Performance counts

Working with high performance
Productivity, fuel efficiency, low emissions and operationalsafety - these are the factors on which owners measure theperformance of their mobile working machines. It does notmatter what type of application is involved. Ultimately, themobile working machine has to carry out motion tasks –powerfully, precisely, quickly, effectively and safely.
In order to meet the high requirements of their customers,
manufacturers of mobile working machines rely on the precisely synchronized control of main and auxiliary functions up
to the point of full automation as well as on power management systems regulated on the current power demand of
the entire work process.
6

This can only be achieved economically using complex
control systems which rely to a high degree on effective
sensors.
For the sensor system itself, the main requirement istherefore obvious – it must accurately and safely reflect theoperating state of the working machine at any time.
After all, a mobile working machine is only as high-performing
as the measurement technology installed.

Demanding requirements

Performance is in the detail
WIKA understands measuring performance as the optimal
combination of the best technologies with state-of-the-art
production processes, all aligned to the customer application.
This is why WIKA produces measurement technology with aunique, in-house production depth and thus retains complete
control over all value-add processes – from the first line ofproduct development to the delivery of the finished product.
Together with a zero-defect strategy in the manufacturing
processes, WIKA is able to develop and manufacture measuring performance at the exact point, instead of categorisingthese into different performance classes at the end of the
production process.
The basis is always given by the requirements of known
machine manufacturers around the world as well as theexpertise from more than 70 years in the development andmanufacture of high-quality measurement technology. As aresult, WIKA products have the optimal measuring performance – in accuracy, precision and dynamics.

7

Robustness counts

Working under extreme conditions
Shock and vibration, mud and dust, humidity and dryness,cold and heat and also a fluctuating electromagnetic
environment – mobile working machines the world over are
exposed to extreme operating conditions.
Nonetheless, mobile working machines are expected toperform unaffected and provide highest productivity, efficiently and safely. Machine owners cannot afford unpredictable machine reactions, a drop in machine performanceor even a failure of the machine due to external operating
conditions.

8

To ensure a proper function of mobile working machines arobust design of the control systems and the corresponding
measurement technology is essential.
After all, mobile working machines are only as robust as themeasurement technology installed.

Demanding requirements

Robustness is in the detail
WIKA meets the harsh operating conditions of mobile
working machines with exceptionally robust products that
integrate technological expertise, high-quality materials andmanufacturing processes.
It is precisely the details that make up the robustness of
WIKA products. In particular, extensive real-world producttesting is an integral part of the development and quality
assurance processes. The test procedures realistically
reproduce future operating conditions and often far exceed
internationally recognized standards.

Hence, WIKA products feature high resistance to pulsation,
shock, vibration and temperature extremes, as well as highweather protection and outstanding EMC characteristics. The
resilience against moisture, dust, dirt and aggressive media
are also a given.

9Reliability counts

Working with great endurance
Total cost of ownership – the most powerful machine canonly be operated economically if it is reliably operable over its
entire service life at a consistently high level.
Mobile working machines are used in remote areas all over
the world and often around the clock to maximize return on
investment. Thus, the owners expect the highest machine
availability. Also, any drop in machine performance over its
service life is unacceptable.

10

Particularly disruptions due to electronic deviations are
extremely critical – they are hard to diagnose and correct.
Therefore, control systems in mobile working machines andthe corresponding measurement technology must deliverconsistent, error-free performance.
After all, mobile working machines are only as reliable as themeasurement technology installed.

Demanding requirements

Reliability is in the detailAs a matter of principle, WIKA designs its measurement
technology to perform reliably over the machine’s full service
life. The details in design, material component selection andproduction processes all contribute to product quality anddurability.
For products that will be exposed to high mechanical loads
with dynamic load cycles, WIKA uses the autofrettage
manufacturing technique to meet requirements for long-term
stability during operation.

Based on extensive finite element method calculations,specific overload ranges are determined and for individual
metal components, the yield point is exceeded to determine
the optimal alloy microstructure and stress-strain curve.
As a result, WIKA products provide maximum long-term
stability and problem-free operation – even in overload conditions with high stress cycles.

11Electronicpressure sensors
Working under pressure
In mobile working machines, the central functions are driven
through hydraulic, pneumatic and hydropneumatic systems.
What is common to all these systems is the pressure
measurement is the decisive factor for describing theirloaded state.

■ Electronically controlled working hydraulics

For mobile working machines, this means with the interactionof all these systems – only those who master the pressure
measurement also master productivity, energy efficiency andoperational safety.

■ Flow and level measurement

With the increasing electrification of modern mobile working
machines, electronic pressure sensors are used in almost all
relevant systems:

OEM pressure sensor

MH-4■ Electro-hydraulic travel drive control■ Electronically controlled CVT■ Live load determination and load torque monitoring■ Tyre pressure and chassis control systems■ Monitoring of output processes■ Redundant safety circuits

The MH-4 is the state-of-the-art pressure sensor for mobile
working machines. It combines mature WIKA thin-film technology and the latest generation of WIKA electronics in an
extremely compact design. Both its measuring performanceand also its robustness are impressive. For the MH-4, abroad portfolio of output signals, electrical and processconnections and also the possibility of customer-specificlabelling are standard features. The MH-4 is the mosteconomical solution for the realisation of mobile hydraulics
systems in medium to high quantities.
■ Measuring ranges:

0 ... 40 bar to 0 ... 1,000 bar■ Non-linearity:≤ +/-0.25 % FS BFSL

■ Reference accuracy:■ Shock/vibration resistance:■ Medium temperature:■ Ingress protection:■ Options:12≤ +/-1 % FS-100 / 40 g

-40 ... +125 °C
IP67 to IP69K

Signal limiting,diagnostic function

Product review
OEM pressure sensor

MH-3

The MH-3 is the standard pressure sensor for mobile working
machines and has been designed for use in small to medium
quantities. It has been based on WIKA thin-film technology ina particularly slender design. With its outstanding reliability,
the MH-3 has proven its worth worldwide.
■ Measuring ranges:

0 … 40 bar to 0 … 600 bar■ Non-linearity:≤ +/-0.4 % FS BFSL

■ Reference accuracy:■ Shock/vibration resistance:■ Medium temperature:■ Ingress protection:■ Options:

CAN pressure sensor

MHC-1-500 / 20 g

-40 ... +125 °C
IP67 to IP69K

Signal clamping,diagnostic function

The MHC-1 combines the characteristics that allpressure sensors of the MH product line feature with a CAN
signal interface. This is controlled by the SAE J1939 or
CANopen® communications protocols. The MHC-1 ensures
optimal sensor connection in CAN systems with simple
installation and individual CAN configuration.
■ Measuring ranges:

0 … 40 bar to 0 … 600 bar■ Non-linearity:≤ +/-0.2 % FS BFSL

■ Reference accuracy:■ Shock/vibration resistance:■ Medium temperature:■ Ingress protection:■ Options:

Pressure sensors for all requirements≤ +/-1 % FS

≤ +/-1 % FS
500 / 20 g

-40 … +125 °C
IP69K

Y-connector

Apart from the pressure sensors of the MH product line, the
WIKA portfolio offers specific pressure sensors for special
measuring requirements. These are used in mobile working
machines wherever specific requirements are imposed.
■ A-10:■ S-20:■ IS-3:■ P-30:■ S-11:Pressure sensors for general industrial
applications

Pressure sensors for applications with more
stringent requirements
Pressure sensors for applications inhazardous areas
Precision pressure sensors

Pressure sensors for viscous, adhesive andparticle-laden media

13

Mechanicalpressure switches
Simple switching
In mobile working machines, for simple switching functions,mechanical pressure switches are used.

■ Steering systems

They withstand high electrical switching power and can thus
be built into a load circuit without an interposing relay.

■ Hydraulic travel drives

Therefore, for mechanical pressure switches, neither an
additional voltage supply nor a signal input for control
electronics is necessary. Mechanical pressure switches canalso be used for redundant safety circuits.

■ Filter monitoring■ Braking systems■ Load monitoring■ Process monitoring■ Lubrication systems

With mechanical pressure switches, warning and shut-off
functions (direct and independent of the actual control
electronics) are generated in mobile working machines:

OEM compact pressure switch

PSM01

The PSM01 is the economical solution for implementing
switching functions in mobile working machines. It is a highquality, snap-action switch with self-cleaning contacts andcan be delivered as a normally closed, normally open orchange-over switch. Its switch point can be individually andeasily set via an adjustment screw. The compact design of
the PSM01 also enables mounting in hard-to-access locations, particularly with a socket wrench.
■ Setting ranges:

0.2 … 2 bar to 40 … 400 bar■ Switching frequency:

max. 100/min■ Switching power:■ Shock/vibration resistance:■ Medium temperature:■ Ingress protection:

14

4 A at 12 V; 2 A at 24 V
30 / 10 g-40 … +120 °C
up to IP67

Product review

OEM compact pressure switch with settableswitch hysteresis

PSM02

In addition to the features of the PSM01, the PSM02 offers
the possibility to individually set the switch hysteresis, andthus also the reset point, alongside the switch point.
■ Setting ranges:

0.2 … 2 bar to 40 … 400 bar■ Switching frequency:

max. 100/min■ Switching power:■ Shock/vibration resistance:■ Medium temperature:■ Ingress protection:

4 A at 12 V; 2 A at 24 V
30 / 10 g-40 … +120 °C
to IP6715

Electronic
temperature measurement
Thermally soundFor mobile working machines, on the one hand, high power
density and energy efficiency are required, on the other
hand, strict emission regulations must be adhered to.
As a consequence, electronic temperature management
systems, controlled to the instantaneous cooling demand,
are used in modern mobile working machines. These
ensure that all systems are always working in the optimal
temperature range in order to achieve the highest-possible
productivity for the working machine.

■ Hydraulic oil■ Transmission oil■ Engine oil■ Cooling fluids■ Process/output fluids

In addition, the temperature of the respective systems
always reveals information about their operating state. Only athermally sound working machine is effective.
Accordingly, electronic measurement technology is used in
mobile working machines, especially in systems that serve
the immediate operating functions and therefore must be
monitored:

OEM compact thermometer

TF35

The TF35 is a resistance thermometer with all the characteristics required for up-to-date temperature managementof a mobile working machine. It is a screw-in instrument with
an electrical plug connection, manufactured in a particularlycompact and robust design. Alongside a large number ofdifferent resistance measuring elements, there is, of course,
a wide portfolio of thermowells and process and electricalconnections for the TF35.
■ Measuring elements:■ Temperature range:■ Operating pressure:■ Shock/vibration resistance:■ Ingress protection:

16

Pt100, Pt1000, Ni1000,
NTC or KTY-50 … +250 °C
to 600 bar
500 / 10 g
to IP67

Product review
OEM compact thermometer with connection cable

TF37

The TF37 offers the technological features of the TF35 foruse in mobile working machines. For ever-tighter spacerequirements at the measuring point, the TF37 is thus
designed with a connection cable.
■ Measuring elements:■ Temperature range:■ Operating pressure:■ Shock/vibration resistance:■ Ingress protection:

OEM compact thermometerwith transmitter

TR33

to 50 bar

500 / 10 g
to IP67■ Measuring elements:

Pt1000■ Output signal:

4 ... 20 mA, 1 ... 5 V,
0 ... 10 V, etc.

■ Temperature range:■ Shock/vibration resistance:■ Ingress protection:

TFS35-50 … +250 °C

The TR33 can be used as a combination of a Pt1000
measuring element with a transmitter, wherever a standard
measuring signal is required by the control electronics.

■ Operating pressure:OEM temperature switch

Pt100, Pt1000, Ni1000,
NTC or KTY-30 … +250 °C

to 270 bar
50 / 20 g
IP67

The TSF35 is a bimetal temperature switch and can be
designed as a normally closed or normally open contact. Dueto its high transmissive electrical switching power, it can beinstalled into a load circuit without an interposing relay. Thismeans that neither an additional voltage supply nor a signal
input on control electronics is necessary.
■ Switching temperature:

50 ... 200 °C■ Shock/vibration resistance:

30 / 10 g■ Switching power:■ Operating pressure:■ Ingress protection:

12 V at 3 A; 24 V at 24 V
to 100 bar
to IP6517

Electronic force
measurement
Working with force
In many mobile working systems, it does not make sense
to determine the load condition via pressure sensors, either
because the system in question is not driven hydraulicallyor because its kinematics do not allow the indirect load
determination from the pressure of the driving working
hydraulics to be sufficiently accurate.
Particularly for mobile working machines with their highinstalled power and the high power density, the transition
between optimum utilisation of the efficiency on the one handand unwanted or potentially hazardous operating conditions
on the other hand is often only a thin line.

■ Load torque monitoring■ Live load determination■ Cable force determination■ Forces in tie bars
■ Torque determination

As a result, force measuring systems are used whereverload conditions cannot be detected optimally by pressure
measurement or a measurement is required directly in the
power train:

OEM tension link

F7301

The F7301 is a tension link for static and dynamic tensile
force measurement directly in the flow of forces. It is madefrom high-strength fine-grain structural steel or stainlesssteel. State-of-the-art welded-in thin-film elements provide
the force measurement. As an OEM product, the F7301 is
designed and manufactured specifically to customer requirements. Therefore, a multiplicity of product execution canbe provided in terms of nominal load, geometry and signal
output.
■ Measuring ranges:

0 ... 5 kn to 0 ... 10,000 kn■ Vibration resistance:

20 g■ Non-linearity:■ Nominal temperature:■ Ingress protection:■ Options:18≤ +/-0,25 % FS BFSL
-40 … +80 °C
to IP69K

CANopen®, Safety version,
ATEX/IECEx

Product review
OEM load pin

F5301

The F5301 has been designed for the static and dynamic
measurement of bearing forces in pin bearings. The load
pins are made from high-strength stainless steel, the force
measurement is made via welded-on thin-film sensors. As an
OEM product, the F5301 is designed and manufactured inaccordance with customer-specific requirements. For optimalconnection to the system, there are a multitude of signal
outputs available.
■ Measuring ranges:

0 ... 1 kN to 0 ... 300 kN■ Vibration resistance:

20 g■ Non-linearity:■ Nominal temperature:■ Ingress protection:■ Options:

Universal load-measuring shackle

F5302-20 ... +80 °C
to IP69K

CANopen®, safety version,
ATEX/IECEx

The F5302 is a load-measuring shackle for static anddynamic tensile force measurement. The force transducer
is a high-strength stainless steel load pin with welded-on
thin-film sensor elements. The dimensions and handling of
the F5302 shackle correspond to those of standard shackles.
Thus a universal application, even in existing systems, isguaranteed.
■ Measuring ranges:

0 ... 7.5 t to 0 ... 15 t

■ Vibration resistance:

20 g■ Non-linearity:■ Nominal temperature:■ Ingress protection:

Force transducers for all measuring requirements≤ +/-1 % FS BFSL

≤ +/-1 % FS BFSL
-20 ... +80 °C
IP67

For use in mobile working machines, WIKA offers a portfolio
of force measurement technology for almost all measuring
requirements. The right product can also be provided forhighly specific customer requirements:■ F1211:■ F1222:■ F3831:

Compression load cell for general industrial
applications
Miniature compression force transducer
Shear beam to 10 t

■ F9302: Strain transducer

19Electroniclevel measurement
The correct level counts
In mobile working machines, operating fluids and auxiliary
fluids are as functionally relevant as fluids that are deployedin the operating process. Without these, the working machine
is not operable or the operating process cannot be carriedout. Therefore, the knowledge of the level of these fluids isessential in the operation of a mobile working machine.
With a reliable level monitoring, the operating cycles
and interruptions for filling can be planned based on
consumption. In addition, when the output of fluids is partof the operating process, the productivity of the working
machine can be determined online with continuous levelmeasurement. Correspondingly, in mobile working machines,
levels are monitored in order to ensure the highest degree of
productivity and machine availability:

Vertical level sensor

RLT■ Process/output fluids■ Fuels■ SCR fluids■ Cooling fluids■ Hydraulic oil■ Auxiliary fluids

The RLT is a wear-free magnetic float transducer based on ameasuring resistance chain for vertical installation in medium
to large vessels. For the RLT there are various measuring
lengths and measuring resolutions available, its float can beproduced in different geometries and materials.
■ Guide tube length:

150 … 1,500 mm■ Medium density:≥ 750 kg/m³■ Resolution:■ Medium temperature:■ Operating pressure:■ Output signal:■ Ingress protection:20

to +/- 3 mm

-30 … +150 °C
to 40 bar

3-wire potentiometer or
4 … 20 mA
to IP67

Product review
Vertical magnetic float switch

RLS

The RLS is a contact-free magnetic float switch for verticalmounting in medium to large vessels. It can be produced as
normally closed, normally open or change-over contact withup to four switch points at individual heights. For the float,
there are various geometries and materials available.
■ Guide tube length:

60 … 1,500 mm■ Medium density:≥ 800 kg/m³■ Switching accuracy:■ Medium temperature:■ Operating pressure:■ Ingress protection:

Horizontal magnetic float switch

HLS-M

to 40 barto IP67■ Medium density:≥ 800 kg/m³■ Operating pressure:to 1 bar■ Ingress protection:

OLS-C-30 … +150 °C

The HLS-M is a maintenance-free magnetic float switch withcompact dimensions for lateral mounting in small to medium-sized vessels. It can be used as a normally closed or anormally open contact. The HLS-M can be made of stainlesssteel or plastic and is suitable for vessel mounting from theinside or outside.
■ Medium temperature:

Optoelectronic switch

to +/- 3 mm

-40 … +120 °C
IP65

The OLS-C, as an optoelectronic level switch, features nomoving parts. The OLS-C is manufactured to be particularlyrobust and compact and suitable for horizontal and also
vertical mounting in vessels. It is available as normally closed
and normally open contact in various insertion lengths. For
controlling the level directly on the vessel, the OLS-C is fittedwith an LED display.
■ Insertion length:

to 1,500 mm■ Medium temperature:-40 … +150 °C■ Switching accuracy:■ Operating pressure:■ Ingress protection:≤ +/- 0.5 mm
to 25 barto IP6521

Mechanicalindicators
Traditional indication
Even in the most-modern, electronically controlled mobile
working machines, traditional mechanical indicators havetheir place. Especially in large working machines with many
decentrally arranged systems, measured values can be readdirectly at the measuring point.

■ Hydraulic oil

Mechanical indicators have clear advantages: On the one
hand, analogue indicators can be intuitively read by theoperator and, on the other hand, they are independent of
the on-board electronics due to their purely mechanicalfunctional principles.

■ Process fluids■ Transmission oil■ Engine oil■ Cooling fluids■ LubricantsThus, even in the event of a failure of the electronic systems
or during maintenance, the state of the working system
can be checked reliably. With respect to the risk potentialof systems which are under pressure and temperature,
this is an increase in safety. In mobile working machines,
mechanical indicators are primarily used in systems for themonitoring of fluids:

Standard pressure gauge

113.53The model 113.53 Bourdon tube pressure gauge is producedwith a stainless steel case. With its liquid filling it is suitablefor use on measuring points with high dynamic pressureloads and strong vibrations.
■ Nominal sizes:

40, 80, 100■ Medium temperature:

to 60 °C

■ Scale ranges:■ Ambient temperature:■ Ingress protection:

22

0 … 1 bar to 0 … 1,000 bar
to -40 ... +60 °C
IP65

Product review
Pressure gauge for high temperatures

213.53The model 213.53 Bourdon tube pressure gauge in astainless steel case is suitable for the pressure indication atincreased media temperatures. The liquid filling ensures ahigh degree of indication accuracy with dynamic pressure
spikes and vibrations.
■ Nominal sizes:

50, 63, 100■ Medium temperature:

to 150 °C■ Scale ranges:■ Ambient temperature:■ Ingress protection:

Heavy-duty pressure gauge

213.40

IP67■ Nominal sizes:

63, 80, 100■ Medium temperature:

to 100 °C■ Ambient temperature:■ Ingress protection:

54-40 ... +60 °C

The model 213.40 Bourdon tube pressure gauge is fitted witha forged brass case. It is, therefore, extremely robust against
mechanical loads. With its liquid filling it is suitable for use
on measuring points with high dynamic pressure loads andvibrations.
■ Scale ranges:

Robust bimetal thermometer0 … 0.6 bar to 0 … 1,000 bar

0 … 0.6 bar to 0 … 1,000 bar-40 ... +60 °C
IP65Model 54 is a stem thermometer for use on measuring points
with more stringent requirements. The liquid filling ensuresindication accuracy with dynamic pressure spikes andvibrations.
■ Nominal sizes:

63, 80, 100■ Scale ranges:

to 250 °C■ Stem lengths:■ Operating pressure:■ Ambient temperature:■ Ingress protection:

63 … 1,000 mm
to 25 bar static-20 ... +60 °C
IP65

23

WIKA weltweit
EuropeAustria
WIKA Messgerätevertrieb
Ursula Wiegand GmbH & Co. KG
Tel. +43 1 8691631
info@wika.at / www.wika.at
Benelux
WIKA Benelux
Tel. +31 475 535500
info@wika.nl / www.wika.nl
Bulgaria
WIKA Bulgaria EOOD
Tel. +359 2 82138-10
info@wika.bg / www.wika.bg
Croatia
WIKA Croatia d.o.o.
Tel. +385 1 6531-034
info@wika.hr / www.wika.hr
Denmark
WIKA Danmark A/S
Tel. +45 4581 9600
info@wika.as / www.wika.as
Finland
WIKA Finland Oy
Tel. +358 9 682492-0
info@wika.fi / www.wika.fi
France
WIKA Instruments s.a.r.l.
Tel. +33 1 787049-46
info@wika.fr / www.wika.fr

North America

Asia

Africa/Middle East

Romania
WIKA Instruments Romania S.R.L.
Tel. +40 21 4048327
info@wika.ro / www.wika.ro

Canada
WIKA Instruments Ltd.
Tel. +1 780 4637035
info@wika.ca / www.wika.ca

China
WIKA Instrumentation Suzhou Co., Ltd.
Tel. +86 512 6878 8000
info@wika.cn / www.wika.com.cn

Botswana
WIKA Instruments Botswana (Pty.) Ltd.
Tel. +267 3110013
info@wika.co.bw / wika.co.bw

RussiaAO “WIKA MERA”
Tel. +7 495-648018-0
info@wika.ru / www.wika.ru

USA
WIKA Instrument, LP
Tel. +1 770 5138200
info@wika.com / www.wika.us

India
WIKA Instruments India Pvt. Ltd.
Tel. +1800-123-101010
info@wika.co.in / www.wika.co.in

Egypt
WIKA Near East Ltd.
Tel. +20 2 240 13130
info@wika.com.eg / www.wika.com.eg

Serbia
WIKA Merna Tehnika d.o.o.
Tel. +381 11 2763722
info@wika.rs / www.wika.rs

Gayesco-WIKA USA, LP
Tel. +1 713 4750022
info@wikahouston.com
www.wika.us

Japan
WIKA Japan K. K.
Tel. +81 3 5439-6673
info@wika.co.jp / www.wika.co.jp

Namibia
WIKA Instruments Namibia Pty Ltd.
Tel. +26 4 61238811
info@wika.com.na / www.wika.com.na

Spain
Instrumentos WIKA S.A.U.
Tel. +34 933 9386-30
info@wika.es / www.wika.es

Mensor Corporation
Tel. +1 512 3964200
sales@mensor.com
www.mensor.com

Kazakhstan
TOO WIKA Kazakhstan
Tel. +7 727 225 9444
info@wika.kz / www.wika.kz

Nigeria
WIKA WEST AFRICA LIMITED
Tel. +234 17130019
info@wika.com.ng / www.wika.ng

Latin America

Korea
WIKA Korea Ltd.
Tel. +82 2 869-0505
info@wika.co.kr / www.wika.co.kr

Saudi Arabia
WIKA Saudi Arabia Llc
Tel. +966 53 555 0874
info@wika.sa / www.wika.sa

Malaysia
WIKA Instrumentation (M) Sdn. Bhd.
Tel. +60 3 5590 6666
info@wika.my / www.wika.my

South Africa
WIKA Instruments Pty. Ltd.
Tel. +27 11 62100-00
sales@wika.co.za / www.wika.co.za

Philippines
WIKA Instruments Philippines Inc.
Tel. +63 2 234-1270
info@wika.ph / www.wika.ph

United Arab Emirates
WIKA Middle East FZE
Tel. +971 4 883-9090
info@wika.ae / www.wika.ae
Australia
Australia

Switzerland
WIKA Schweiz AG
Tel. +41 41 91972-72
info@wika.ch / www.wika.ch
Türkiye
WIKA Instruments
Endüstriyel Ölçüm Cihazları Tic. Ltd. Şti.
Tel. +90 216 41590-66
info@wika.com.tr
www.wika.com.tr
UkraineTOV WIKA Prylad
Tel. +38 044 496 83 80
info@wika.ua / www.wika.ua

Germany
WIKA Alexander Wiegand SE & Co. KG United Kingdom
Tel. +49 9372 132-0
WIKA Instruments Ltd
info@wika.de / www.wika.de
Tel. +44 1737 644-008
info@wika.co.uk / www.wika.co.uk
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WIKA Italia S.r.l. & C. S.a.s.
Tel. +39 02 93861-1
info@wika.it / www.wika.it
Poland
WIKA Polska spółka z ogranizoną
odpowiedzialnością sp. k.
Tel. +48 54 230110-0
info@wikapolska.pl
www.wikapolska.pl

Argentina
WIKA Argentina S.A.
Tel. +54 11 5442 0000
ventas@wika.com.ar
www.wika.com.ar
Brazil
WIKA do Brasil Ind. e Com. Ltda.
Tel. +55 15 3459-9700
vendas@wika.com.br
www.wika.com.br
Chile
WIKA Chile S.p.A.
Tel. +56 9 4279 0308
info@wika.cl / www.wika.cl
Colombia
Instrumentos WIKA Colombia S.A.S.
Tel. +57 601 7021347
info@wika.co / www.wika.co
MexicoInstrumentos WIKA Mexico S.A. de C.V.
Tel. +52 55 50205300
ventas@wika.com / www.wika.mx

WIKA Alexander Wiegand SE & Co. KG
Alexander-Wiegand-Straße 30 | 63911 Klingenberg | Germany
Tel. +49 9372 132-0 | info@wika.de | www.wika.deSingapore
WIKA Instrumentation Pte. Ltd.
Tel. +65 6844 5506
info@wika.sg / www.wika.sg
Taiwan
WIKA Instrumentation Taiwan Ltd.
Tel. +886 3 420 6052
info@wika.tw / www.wika.tw
Thailand
WIKA Instrumentation Corporation(Thailand) Co., Ltd.
Tel. +66 2 326 6876
info@wika.co.th / www.wika.co.th

Australia
WIKA Australia Pty. Ltd.
Tel. +61 2 88455222
sales@wika.com.au / www.wika.com.au
New Zealand
WIKA Instruments Limited
Tel. +64 9 8479020
info@wika.co.nz / www.wika.co.nz

Uzbekistan
WIKA Instrumentation FE LLC
Tel. +998 71 205 84 30
info@wika.uz / www.wika.uz

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