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TYPE EL - CLASS ISEPTEMBER 2011
Instruments for the
food-, beverage-, and
pharma industries
www.ghm-messtechnik.de
MADE IN GERMANY
. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
Quality "Made in Germany"
The GHM Messtechnik companies develop and manufacture all devices and systems exclusively in Germany. With the merger, the product portfo-lio increased significantly.Well-known corporations appreciate our quality "Made in Germany".
Synergies
Result in enhanced competence, optimum service and best advice for all aspects of measurement and control technol-ogy.
We offer a complete product portfolio for the require-ments of the following segments:
Process Engineering
Laboratory Measurement
Industrial Electronics
Industrial Measurement
Test Bench Measurement
Customising
Our ambition - Your advantage
As a specialist and full-range supplier of measure-ment technology we develop customized and market-
driven solutions for you, matching the high demands of the industry.
Flexibility and innovation
These two terms belong together and are the driving force behind the success of GHM Messtechnik.
We find solutions for the requirements of our cus-tomers in addition to the substantial standard program.
Just ask us ...
Our expertise in food, beverage and pharma industries
Our products largely meet the special de-mands of companies from the food-, bevera-ge-, and pharma sectors and are now waiting for approval.
Hygienic Design for cleaning and sterilization processes
CIP- / SIP-capable measuring
Stainless steel sensors
FDA-conform materials
EHEDG certifications
3A approval (projected)
Protection class IP67 / IP69K
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
Food safety is an important issue. Therefore all measuring devices used for food production have to be not only precise and reliable
but must also fulfill the highest hygienic standards.
The GMH Messtechnik is a full-range supplier in this area. The know-how of the four companies allows us now to offer all-in-on solutions.
Since the late 90s the “Lebensmittelhygieneverordnung” (LMHV, hygiene regulations for food) have become ef-fective in Germany and replaced the hygiene regulati-ons of the German federal states.
The producer can assure food hygiene only if the used measuring devices are designed according to hygie-nic aspects and fulfill the corresponding regulations.
Measuring requirements for hygienic designed instruments
Hygienic process control is mainly based on the following points, which the measuring devices have to fulfill therefore:
Design and installation of the devices according to the rules of the Hygienic Design Standard surface roughness Ra < 0.8 μm Cleanable according to CIP (Cleaning in place) and SIP (Sterilization in place) Usage of materials in contact with the media according the white lists of FDA and/or 3A Verification document according to DIN 10204- 2005 Approval according to EHEDG and / or 3A High protection class IP67 or IP69K
Measurements at highly varying circumstances
The media used, produced or processed in the food indust-ries often change their characteristics like density, consis-tency, reflectivity, conductivity and temperature. Boiler, tanks and other receptacles are filled with diverse media and the cleaning processes have to be adapted to this. The GMH devices provide reliable and safe measure-ments for all processes.
CIP- / SIP- cleaning process
Sensors used at food industries must be suited for CIP- and SIP- processes and exterior clea-ning. This makes high demands on housing, electronic circuits and sensor technology. Of cause, GMH devices fulfill these require-ments. All components can be adapted to the expected conditions and cavity-free designed process connections ensure all methods of an up-to-date and environmentally friendly clea-ning and sterilization.
Recommended materials for food-, beverage- and pharma industries
We set value on using only materials in contact with media listed by FDA or 3A. All parts in contact or close to media have the ability to resist the cy-clic cleaning and sterilization temperatures.
Special aspects at the hygienic / aseptic process control area
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
Process instrumentation page 6 ff
Laboratory measurement page 17 f
Industrial electronics page 19 ff
Peripheral measurement page 23 f
PROCESS CONNECTION
It is important to choose an adequate process connection for each application to get a hygienic solution conforming to standards. Diameter, volume and design characterize dimension and type of connection; medium, temperature and pressure define the possible measuring methods.We offer hygienic and easy-to-clean standard and special process connections for all methods.
Advantages
Thread size M12, G ½, G ⅜, G 1 Leakage drilling Flexible modular adaption to all established process connections, i.e.: TriClamp SMS Aseptic flange connection DIN 11864 Varivent DRD flange DIN- / ISO-flange
Application
Mounting on piping, tanks, boiler and other receptacles
Process connection
Temperature
Limit level
Flow
Level
Analysis Measurement (DK , Conductivity, pH / ORP)
Overview and Selection guide
pH / ORP
Temperature
Pressure
Conductivity
Air moisture
Material moisture
Display / Controller
Data logger / EASYBus
Switching devices
Monitoring devices
Transmitter
Transmitter isolation
Power supply
Calibration- / Testing devices
Level
Temperature
Pressure
Flow
Filtration
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
TEMPERATURE
Temperature measurement (GTL)
The temperature probe series GTL.. of the GHM group provi-des more than 22 basic versions. This ensures best solutions
for most diverse applications in pharma, food and bevera-ge industries.
Probes
Process connection M 12, G ½ or compression fit- ting (without thread) or union nut G ⅜ Compact design Optionally with neck tube Electric connection M 12 plug or cable connection Several probe lengths and probe diameters Protection class IP67 or IP69K Process connection and protective tube made of stainless steel 1.4404
Transmitter
Conversion rate ≤ 100 ms Fast respond to small changes 16-bit A-/D-converter High resolution and stability High accuracy Configuration according to customer preferences GTL Programming tool enable
customer to carry out configuration
Transmitters / Displays
GMH Messtechnik offers transmitters and display compatible to the temperature probes for peripherals (not for compact design types with measuring converter in sensor head). This includes control and display units with Pt100 / Pt1000 or thermocouples input, measuring converter for top DIN-rail or wall mounting and monitoring modules.
GTL Programming tool
Clamp-on temperature probe GTL7.. for temperature monitoring of CIP- / SIP-
processes, KZE and UHT facilities
Change / cleansing without process break down Insensitive to vibrations due to spring seat of sensor
and firm fixing of adapter Optimized heat transfer due to 935 silver plate Fast response time (up to 3s) and high accuracy
(up to 0,2 % o.e.) due to integrated pipe wall correction Piping adapter DN10..DN80,
Tube standards: DIN11850 series 2, DIN11866 series B, ISO 1127, ASME (DIN 11866 series C, OD-tube) High temperature version for 160 °C permanent temperature.
Advantages GTL probes, transmitters / displays Temperature range -40..+200 °C Wide range of types Optional head transmitter Tapered measuring tips ensure short response time High accuracy (cl. A, cl. AA) Available with calibration certificate Variable installation length Protection class IP67 or IP69K Evaluation electronics (Ex-proof areas, PROFIBus, SIL 2)
Application
Process monitoring and controlling CIP- or SIP- process control
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
LIMIT LEVEL
Capacitive limit level measurement (MLC)
Years of experience with continuously measuring level sen-sors helped us to develop a new measuring method for level
switches which has already been filed as patent.
Established systems use an oscillating circuit with the medium as capacitor. In contrast, the new method measures the charge carrier capacity of the medium. The conductivity of the medium does not influence the measuring value.
Advantages
Process connection G½ and G1 Fast response time of 0,02..10s Max. 2 switching points for phase separation of media Ultra-wide LED indicator Programmable via GHMware
Calorimetric limit level measurement (HLK)
Complete probe tip made of stainless steel
The level sensor can detect liquids unaffected by conductivity or coloring. Coarse granula-
tes and mud-like products can be detected as well. Programmable filters with long term ave-
raging ensure the reli-able detection of highly fluctuating media.
Conductive limit level measurement (MLR)
This is a very cost-effective but also flexible method for limit level measurement.
The probe can be designed as single or multi rod. The probe rods can be subsequently shortened and bent to fit them optimally to the measuring situati-on. The evaluation electronics can be installed in the sensor head or in a switch cabinet.
Advantages
Process connection M 12, G ½, G 1 Electrode length: 5..5000 mm With / without integrated electronics Up to 4 electrodes, PFA coated (optionally) Min. media conductance > 2 μS Level detection and regulation of up to 3 levels with integrated electronics Ultra-wide LED indicator Programmable via GHMware
Application
Multistage limit level detection of liquids in tanks or pipes Pump protection
External point level switches Up to 4 electrode inputs + Pt100-input (for electrode rods with integrated temperature sensor) Configuration by rotary/DIP-switches, touch screen or GHMware operating software 2 or 5 alarm outputs (SPDT relais or transistor) Measuring range 0.05 kΩ..500 kΩ Wide range power supply 18 to 230 V AC/DC Response time ≤ 50 ms..10 s Housing width 22.5 or 50 mm, DIN rail mounting TS35 DIN EN 60715
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TYPE EL - CLASS ISEPTEMBER 2011
V
. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
FLOW
Flow measurement of smallest quantities (HFK35-FIN)
The electronic flow monitoring with calorimetric measuring method does not need any moving parts in the flow (i.e.
no turbine wheel or float). Therefore this sensor can be also used with aggressive media.Continuously measurements of smallest quantities of - for example - flavorings, liquors, water, etc. or che-mically aggressive media is the main application field of the flow-meter HFK35-FIN.
Advantages HFK35-FIN Several tube dimensions (6, 8 and 10 mm) adequate squeeze or screw terminals Flow: 0,001..10 l/min Pressure range: -1..+10 bar Accuracy: ±2 % OMNI electronic with analog output (4..20 mA) and 2 switching points
Application Monitoring and measuring of smallest flows, Leakage control
Calorimetric flow measurement (HFK)
Advantages of further HFK-sensors Process connection: TriClamp or G ½ From pipe diameter DN25 Measuring range: Water: 0,2..3 m/s Fast response time of 1..2 s Switch-, analog-, frequency- or impulse- output (Option: monitoring temperature
via analog- and flow via switching output) Application: Controlling and measuring
Electromagnetic flow measurement (MFI)
With the electromagnetic measuring principle a voltage which is directly proportional to the flow velocity is induced in a con-
ductor (liquid) which moves in a magnetic field. The induced voltage is tapped by the electrodes and under consideration of
the pipe cross section it is converted by the transmitter into the current flow volume.
The measurement method is practically independent of pressu-re, density, temperature and viscosity, has no moving parts (main-
tenance free) and no pressure losses.
Advantages
Ultra-compact design (space-saving installation) Completely made of stainless steel Range of nominal sizes from DN 1..DN 100 Vacuum resistant PFA-lining Variable process connection concept Bidirectional flow Turnable transmitter housing Integrated batch-controller (optional)
Application
Measurement of conductive liquid, pasty and viscous media with a minimum conductivity of > 5 µS/cm Hygienic and sterile applications Monitoring and controlling of processes, e.g. CIP circuits or filtration processes
Measurement of pulsating fluids Simple dosing and batch applications
magneticinduction (B)
magnet
electrode electrode
Applicable for i.e.:Medium [μS/cm]Alcohol 1..10Demineralized Water > 20Fruit-, Vegetables juice 2000..16000Beer, Wine 1200..3000Milk, Cream 2000..5000NaOH (2 % at 20 °C) 85000HNO3 (3 % at 20 °C) 72500
conductor
UE = B x D x v
Q = v x A
UE: induced voltage
v: average flow rate
Q: volume flow
D: pipe diameter
A: pipe cross sectional area
magnet
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TYPE EL - CLASS ISEPTEMBER 2011
. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
LEVEL
Hydrostatic level measurement (SA11 / TA1010)
The level measurement is done by measuring the hydrostatic pressure. Pressure is created by the liquid column above
the sensor and is directly proportional to the fill level. The results can be visualized or processed by means of evalua-
tion electronics adapted to the sensor.
Level measurement for any tank shape via pressure measurement High accuracy ≤ 0,5 % Differential pressure measurement via double pressure measurement and evaluation electronics Complete stainless steel version Protection class IP65 or IP68 Suitable for tank linearization via TA1010 or TA9648 evaluation electronics (6 Tank geometries as well as selectable special tank shape Flexible adaption to all common process connections
Attention:Phydr. / PO > 0,25Pdifference = Phydrostatic + PO - POPdifference = Phydrostatic
Capacitive level measurement(UNICON-CL)
Measuring ranges 0..200 mm to 0..3000 mm Units (mm, cm, in, ft, yd, m) programmable PTFE-measuring rod with G ¾-connection thread Compact design in 2-wire technology Outputs: 2 x 4..20 mA (for level and
temperature), electrically isolated 2 x transistor switching outputs Protection class IP65 Accuracy 0,5 % ±2 mm Constant temperatures up to 120 °C
(steam sterilisable)
Application Liquid, conductive adhering media
Potentiometric level measurement (MLP)
The MLP series continuously measures the level of all flow-able media with a 3-pole rod probe. Using electrostatic in-duction effects allowed us to move the reference pole into the probe. Therefore an electric connection is not neces-sary any more at the tank. This enlarges the field of ap-plication; i.e. measurements in glass or plastic tanks.
Dynamic measurement of small liquid levels already from 5 cm to max. 2.5 m Minimum conductivity of ≥ 1 μS/cm Measuring method independent of overpressure Only one measuring rod for metal or plastic tanks Applicable for permanent ambient temperatures up to 130 °C Several process connections Rod lengths with millimeter precision
Weighing measurement (DMS50 ...)
Transmitter without contact to medium Strain gauge input / Ex approval Measuring range from 0..2 kg to 0..5000 kg, maximum 0..100 t Basic accuracy 0,02 % to 0,1 % Repeat accuracy ≤ 0,03 % Max. overload 150 % to 200 % Protection class IP40 to IP67
Electrical transmitter (DMS50)
1 or 2 effective directions Teach-in function Tare function Simulator function Unit selectable (kg, t, N, kN, Nm, bar) Min- / max- value memory LED- or LCD- display Basic accuracy < 0,1 % to < 0,025 % Modbus- / PROFIBus DP- connection Up to 4 alarm outputs
Application
Level measurement in complete tanks Control of batch processes
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
well suited
moderate suited
not suited
MEDIUMAlcohol 1..10 18..25
Beer (Pils) 1..2000 120
Ice cream 2000.. 5000
17
Acetic acid > 10000 6,2
Fruit juice 4000.. 8000
50..70
Glycol 50..100 37
Ketchup 5000 ... 30000
158
Oil 0,5..5 1,5..3
Cream 2000.. 3000
150
Saltwater 50000 60..80
Liquid chocolate 5..10 2 ... 8
Drinking- and ground water
300..800 79
Wine 2000.. 5000
20..50
Rela
tive
Die
lect
ric
Cons
tant
DK
Cond
uctiv
ity
in μ
S/cm
Tem
pera
ture
m
easr
uem
ent i
n °C
Calo
rimet
ric L
imit
Leve
l W
ater
unt
il 3
m/s
Cond
uctiv
e Li
mit
Leve
l
Capa
citiv
e Li
mit
Leve
l
Calo
rimet
ric F
low
Wat
er u
ntil
3 m
/s
Elec
trom
agne
tic
Flow
OVERVIEW AND SELECTION GUIDE
The measurement with conductive 2- and 4- pole sensors is the most widespread method in practice. The variety of process connections allows measurements in almost every applica-tion - ranging from water to aggressive acid.
Measuring every conductivity ranges till ultra pure water 0..5 μS/cm to 0..500 mS/cm Temperature compensation Accuracy ≤ 0,5 %
Conductive conductivity meter (UNICON-LF)
pH- / ORP-measurement (UNICON-pH)
One of the most important values in process measurement becomes child’s play with our con-
verters and display units. Working and connecting, configuration and even calibration is as intuitive as
possible.
Single-rod measuring cell Temperature compensation Measuring range for pH / ORP Accuracy ≤ 0,2 %
ANALYSIS MEASUREMENT
Capacitive DK-value meter (MLC433 / 437)
The MLC433 / MLC437 is used for monitoring the dielectric cons-tant DK of a product. For example oil, water mixtures can be
monitored with this device. Freely scalable current output (4..20 mA) is integrated for value output. A LC-display shows the current status and measuring value.
DK-measuring range 1..175 Accuracy ≤ 1 % Protection class IP67 to IP69K
Application
Media separation via DK (i.e. CIP-control) Production quality control via DK Detection of powdery median (sugar, flour, coffee powder, spices, baking powder, …)
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silverline
silverline silverline
. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
LABORATORY MEASUREMENT
New handheld instruments
The housing design of GHMsilverline has been thoroughly adapted to its current and future applications.
The shaping is ergonomically optimized, prehensile areas and fields of view are clearly recognizable.
Haptics, interface and product graphics support intu-itive operation. Maximum variability for various phy-sical values are achieved by only few components.
Depending on equipment variant and measuring unit the basic housing can be optimally fitted to its specific use – therefore it is possible to focus on cost efficiency or maximal comfort.
Special features
Robust and waterproof housing Waterproof connectors Compact dimensions Resistant silicone protective cover Easy handling Long battery life Many functions:
min- / max value memory, auto-hold, data logger*, analog output*, serial interface*,
etc.
GHMsilverline consists of following components, which are available as a set, too:
Waterproof handheld instrument High quality case USB flash drive with operating software* USB adapter and cable incl. connection for analog output* Accessories like waterproof pH-electrode and buffer solutions or waterproof temperature probe (depending on set type)
Included in the sets: manufacturer's calibration at delivery manufacturer's calibration after 1 year,
automatic reminder of calibration laboratory
Measurands
pH / ORP (SL-pH) Temperature (SL-Pt eco) Pressure (SL-P) Conductivity
Coming soon:
Temperature Air humidity Material humidity
* except SL-Pt eco The temperature device has reduced range of functions, because it is an eco variant.
silverline
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
INDUSTRIAL ELECTRONICS
Display / Controller
Visualization is the most important factor monitoring and dis-playing processes and application flows for the user.
Our range of displays for front panel or direct mounting offers solutions for nearly all measurement quantities and physical units.
A common feature of the displays is easy configura-tion via front panel buttons or DIP switches plus manifold options with relay and analog outputs.
Use under harsh conditions is feasible due to envi-ronmental class IP65. If you have not found the ap-propriate display for your application yet, please do not hesitate to ask for a customer-specific so-lution.
Advantages
Dimensions 48 x 96 mm / 24 x 48 mm Universal Inputs Standard signal Resistance Frequency Speed Counter Difference Pressure Flow Cycle time Conductivity pH value Productivity Temperature Level Relay switching outputs Self diagnosis Programmable characteristic Transmitter power supply,
isolated Serial Interface Min- / Max value memory EASYBus connection is possible
Data Logger / EASYBus
Advantages of Data Logger:
Stand-alone application Large data memory (up to 250.000 data sets) Long battery life > 5 years Individual programming of recording interval and recording time Logger for temperature-, climate-, standard signal-, humidity-,
impulse-, operating state measurement
Advantages of EASYBus:
Minimum amount of installation and planning Display and monitoring system for several measurement points Unrivaled cost/performance ratio High flexibility: Subsequent modifications and extensions possible at any time
Application of EASYBus:
Cooling chambers (temperature monitoring) Heating / air conditioning / ventilation (temperature, humidity,
CO2-monitoring) Utility rooms / computer rooms / laboratories (temperature, humidity) Manufacturing rooms (temperature, relative humidity, CO2)
EASYLOG 80CL
Software EASYControl net
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
Calibration and Testing
Calibration devices for strain gauge ampli-fiers with manual or IEEE488 operation.
Bridge resistances 120, 350, and 1000 Ohms. Sensitivities from 0,1 to 50 resp. 250 mV/V in 10 resp. 20 steps. Accuracy ± 0,02 %.
Test standard for physically correct simula-tion of strain gauge bridges, potentiometers, thermocouples, RTDs, current, voltage, and ta-chometer generators.
The microprocessor used allows direct entry of sensor values as physical quantities. Calibration and nominal values are accounted for as well.
INDUSTRIAL ELECTRONICS
Switching and Monitoring Devices
Our switching and monitoring devices ensure the safe opera-tion of an installation. The devices are freely configurable or
programmable with a free choice of functionality.
Threshold switch Isolation guard Power monitoring Emergency relay Safety temperature limiter
Transmitter
Signals from Pt100, thermocouples, strain gaug-es, or resistors cannot always be processed di-rectly.
Otherwise the signal follows a function need-ing processing as a linearized standard signal.
For these and other signals and applications we offer transmitters. In most cases the trans-mitter can be enhanced with alarm contacts for a safe shutdown in case of emergency.
Signal conditioning Linearization Characteristics transformation
Isolating Converters
Independent of the size of an installation, many failures and problems relate back to noisy sig-nals or electrical potential mismatch.
The solution is the galvanic isolation of the signal. With a universal design nearly all devices only iso-
late signals, but also convert signals.
Galvanic isolation Power feed isolation Switching repeater isolation Transmitter isolation
Power Supply
DC power supplies and DC/DC-converter in standard housing for wall- or DIN rail moun-ting.
Galvanic isolation input / output Adjustable output voltage Stabilized, short circuit protected Power limiting with positive
characteristic Self start after short circuit
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. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
PERIPHERAL MEASUREMENT
Level
Inspection glasses for vertical mounting in various lengths to monitor fluid levels and visual appearance.
Float gauges for vertical mounting in various lengths and designs monitoring fill levels with one or more switch-points.
Float gauges for horizontal mounting monitoring fill levels with one contact or with capacitive measures. Ultrasonic method for granules and ductile materi-als avoiding direct contact.
Temperature
GHM Messtechnik offers an extensive range of measuring devices and probes for the measure-ment of temperature.
Temperature probes are available in very diffe-rent types with Pt100 / Pt1000 or thermocou-ple, as data logger, with integrated electronic (transmitter), ATEX-Protection or Display. There are also Bi-metal monitors for temperatu-re control in strong design, external adjustable temperature switch and platinum temperature meter with high accuracy. All can be combined with transmitters FLEX-T (switch, analog, or fre-quency output) or OMNI-T (switch, analog, or frequency output and LED display).
Injection probe Immersion probe Surface probe Air / gas probe Asphalt probe Clip-on probe Pipeline probe Radio-based probe
Further physical parameters Humidity Pressure Conductivity pH / ORP O2 / CO / CO2 Flow
Pressure
Membrane pressure monitor with settable switching point
Pressure meter with thick-film sensor and protected pressure cell
Stainless steel meter with flush mount membrane in 2-wire technology for combination with transmitters FLEX-P or OMNI-P
Ceramic pressure cell in stainless steel housing
All pressure sensors are available also with wireless transmitter
Flow
Piston valve design Piston in line design Float Paddle Dynamic flap Gear wheel Bolt Calorimetric Magnetic-Inductive Vortex Sight glass Flap Sphere Flow limiter
Filtration
Magnetic filter with microstrainer and magnet plug in solid construction, micro mesh 5..300 µm with clear-sight lid.
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Martin SpringmannKey Account Manager Food & BeverageGHM Messtechnik
Standort MartensKiebitzhörn 1822885 Barsbüttel
+49 - 40 - 6 70 73-221 +49 - 40 - 6 70 73-229 +49 - 172 147 44 07 m.springmann@ghm-messtechnik.de
Peter TaubertStralsunder Straße 149
04349 Leipzig +49 - 34298 - 159606 +49 - 34298 - 159605 +49 - 171 - 3377475
p.taubert@ghm-messtechnik.de
Jürgen KerstenKamperlingsweg 947906 Kempen +49 - 2152 - 8090795 +49 - 2152 - 8090797 +49 - 172 - 5298587 j.kersten@ghm-messtechnik.de
Jürgen KerstenKamperlingsweg 947906 Kempen +49 - 2152 - 8090795 +49 - 2152 - 8090797 +49 - 172 - 5298587 j.kersten@ghm-messtechnik.de
Hans-Joachim PetermannKrögerstraße 3022145 Hamburg +49 - 40 - 67998410 +49 - 40 - 67998411 +49 - 172 - 4346881 h.petermann@ghm-messtechnik.de
Thomas StumpeHarster Chaussee 20
19243 Wölzow +49 - 38852 - 233224 +49 - 38852 - 233225 +49 - 172 - 4346880
t.stumpe@ghm-messtechnik.de
Michael WulfStralsunder Straße 4
23879 Mölln +49 - 4542 - 9064571 +49 - 4542 - 9064572 +49 - 172 - 4346882
m.wulf@ghm-messtechnik.de
Joachim HöflingKleinhaslach 80
90599 Dietenhofen +49 - 9824 - 928682 +49 - 9824 - 928681 +49 - 172 - 8460512
j.hoefling@ghm-messtechnik.de
Michael UhlenbrockRoeberstraße 242117 Wuppertal +49 - 202 - 6094172 +49 - 202 - 7092640 +49 - 171 - 4108173 m.uhlenbrock@ghm-messtechnik.de
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N. N.
+49 - 160 - 97810985 w.huckenbeck@ghm-messtechnik.de
M Å L E T E K N I K M E E T T E C H N I E K
. . . p r o f e s s i o n a l I n s t r u m e n t s „ M A D E I N G E R M A N Y “
SALES WORLDWIDE
OUR SALES PARTNER
OUR GERMAN SALES TEAM
Sales Subsidiary Denmark
Sales Subsidiary Netherlands
Sales Subsidiary Czech Republic / Slovakia
KEY ACCOUNT MANAGEMENT
Sales Area 6: 00000 - 09999 98000 - 99999
Sales Area 3: 40000 - 4199945000 - 5099952000 - 52999
Sales Area 7:54000 - 5699960000 - 6099964000 - 69999
Sales Area 1: 20000 - 20449 20459 - 21040 21451 - 21480 21509 - 2151322000 - 2299924000 - 2599927000 - 2772927778 - 2779328000 - 28999
Sales Area 5: 30000 - 34999 37000 - 39999
Sales Area 2: 10000 - 19999 20450 - 20458 21041 - 21450 21481 - 2150821514 - 2199923000 - 2399926000 - 2699927730 - 2777727794 - 2799929000 - 29999
Sales Area 4: 35000 - 3699942000 - 42999 44000 - 4499951000 - 51999 53000 - 5399957000 - 59999 61000 - 61999
Wolfgang Huckenbeck | Team Leader
Tenter Weg 2-842897 RemscheidGermany
+49 - 2191 - 9672 - 58 +49 - 2191 - 9672 - 40 +49 - 160 - 97810986 w.huckenbeck@ghm-messtechnik.de
Sales Area 9:70000 - 79999 88000 - 89999
Sales Area 8:80000 - 87999 90000 - 97999
Occo AndriessenDirector
GHM-Meettechniek BVZeeltweg 303755 KA EemnesNetherlands +31 - 35 - 53805 - 40 +31 - 35 - 53805 - 41 www.ghm-nl.com info@ghm-nl.com
Michal Doubek und Lubos RousekDirectors
GHM-Greisinger s.r.o.Ovci hajek 2 / 2153158 00 PRAGUE 5 Nove ButoviceCzech Republic +420 251 613 828 +420 251 612 607 www.greisinger.cz info@greisinger.cz
Erling Mathiesen Director
GHM Maaleteknik ApSMaarslet Byvej 28320 MaarsletDenmark +45 64 64 92 - 00 +45 64 64 92 - 01 www.ghm.dk info@ghm.dk
Europe: AustriaBelarusBelgiumBulgariaCzech RepublicCroatiaDenmarkEstoniaFinlandFranceGreat Britain GreeceHungary
IrelandItalyLithuaniaMoldovaNetherlandsNorwayPolandPortugalRomaniaRussiaSerbiaSlovakiaSloweniaSpain
SwedenSwitzerlandTurkeyUkraine
Worldwide: AustraliaBrazilEgyptIndiaIsraelJapanMalaysiaMarokko
OmanPeoples Republic of ChinaPhilippinesSingaporeSouth AfricaSouth KoreaTaiwanThailandU. A. E.USAVietnam
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GHM Messtechnik GmbH | Vertriebszentrale ErolzheimSchloßstraße 688453 ErolzheimGermany
+49 - 7354 - 937233 - 0 www.ghm-messtechnik.de info@ghm-messtechnik.de
GHM Messtechnik GmbH Standort Martens Kiebitzhörn 1822885 BarsbüttelGermany +49 - 40 - 67073 - 0 +49 - 40 - 67073 - 288 www.martens-elektronik.de info@martens-elektronik.de
GHM Messtechnik GmbH Standort HonsbergTenter Weg 2-842897 RemscheidGermany +49 - 2191 - 9672 - 0 +49 - 2191 - 9672 - 40 www.honsberg.com info@honsberg.com
GHM Messtechnik GmbH Standort GreisingerHans-Sachs-Straße 2693128 RegenstaufGermany +49 - 9402 - 9383 - 0 +49 - 9402 - 9383 - 33 www.greisinger.de info@greisinger.de
GHM Messtechnik GmbH Standort ImtronCarl-Benz-Straße 1188696 OwingenGermany +49 - 7551 - 9290 - 0 +49 - 7551 - 9290 - 90 www.imtrongmbh.de info@imtrongmbh.de
GHM Messtechnik GmbH Standort T&AMiramstraße 8734123 KasselGermany +49 - 561 - 948710 - 50 +49 - 561 - 948710 - 51 www.tua-online.com info@tua-online.com
GHM Maaleteknik ApSMaarslet Byvej 28320 MaarsletDenmark +45 - 646492 - 00 +45 - 646492 - 01 www.ghm.dk info@ghm.dk
GHM-Meettechniek BVZeeltweg 303755 KA EemnesNetherlands +31 - 35 - 53805 - 40 +31 - 35 - 53805 - 41 www.ghm-nl.com info@ghm-nl.com
GHM-Greisinger s.r.o.Ovci hajek 2 / 2153158 00 Prague 5 Nove ButoviceCzech Republic +420 - 251 - 613828 +420 - 251 - 612607 www.greisinger.cz info@greisinger.cz
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