Specialty Meters

• 1% Resistance substitution from 1 to 11, 111, 110Ohm
• Seven decade ranges of resistance
• 3 binding posts permit isolated substitutions

• Automatic substrate recognition
• Magnetic induction for ferrous substrates
• Eddy current measurement for non-ferrous substrates

• Measures the thickness level of steel-based structures and other materials
• Suitable for use both indoors and outdoors
• Wide measurement range with multiple transducer compatability

• Sunlight readable dot-matrix display with backlight
• 100K internal datalogger with export to Excel
• Echo to Echo option to reduce coating errors

• Comprehensive evaluation of thickness levels in steel
• Full colour high quality LCD display
• Built-in datalogger stores thousands of readings

• Range: 44 lbs, 20kg, 196 Newtons (±0.5% accuracy)
• Ideal for a wide variety of applications in the electronics, automotive, chemical, plastics and machinery industries
• Reversible display and fast/slow response mode

• Ranges: 0.05 to 100kg; 0.05 to 220lbs; 0.2 to 980 Newton
• Basic accuracy 0.5%
• Tension or Compression, Peak hold and Zero functions

• Clear LCD dual display
• Current overload protection
• User defined electricity cost calculation

UT681 series handheld cable testers can be used to fast check if Ethernet/telephone/BNC/HDMI cables are conducting, short-circuit, crossed or open-circuit. They are ideal tools for technicians to install, maintain and inspect week current system circuit.

• The material thickness gauge is used for quick and easy measurement of ink layer thicknesses on metallic surfaces with a thickness between 0 to 2.2 mm.
• Compared to other material thickness gauges, this material thickness gauge does not have to distinguish between ferrous and non-ferrous metals, it automatically detects the substrate.
• Due to the measuring range and the possibility of measuring on ferrous and non-ferrous metals, the material thickness gauge covers a large part of measuring tasks.

• PCE-CT 100 is a thickness measuring instrument used to quickly and easily determine coating thicknesses on ferrous (Fe) and non-ferrous (nFe) metals.
• This compact handheld coating thickness gauge uses magnetic induction (ISO 2178) and eddy current (ISO 2360) coating thickness measurement methods to take non-destructive measurements of coating and dry film thickness (DFT) on metal substrates such as steel and aluminum.
• When accompanied by an external sensor probe (sensor probes sold separately), this coating thickness gauge is ideal for painted and powder-coated surface testing, automotive and aircraft surface finish inspections, primed and coated materials testing, and manufacturing quality control applications.

• The surface tester works according to the magnetic inductive (ISO 2178) and the eddy current method (ISO 2360). These methods supported by the surface tester are used for the non-destructive testing of materials.
• It is used to measure the thickness of magnetically neutral layers on a magnetic or non-magnetic base material and is ideal for reliable layer thickness measurements on site.
• With the external probe, the layer thickness can be measured quickly and easily, even in hard-to-reach places. The surface tester was developed for non-destructive, fast and precise layer thickness measurements and is easy to use.

• With this Material Tester, layer thicknesses on metallic surfaces can be reliably determined. It has a measuring range of 1500 µm. This means that the Material Tester is used, for example, in a paint shop, for incoming goods inspection or for an expert.
• With the Bluetooth interface on the unit, all data can be transferred to a mobile iOS or Android device and exported as a CSV, PDF or TXT file. A live view with analysis of the measured values ​​is also possible via the free app with the unit.
• In addition to the Bluetooth interface, the unit has a micro USB interface. All data can also be transferred to the PC and analyzed via this interface in the Material Tester.

• With this Material Tester, layer thicknesses on metallic surfaces can be reliably determined. The Material Tester has a measuring range of 1500 µm. This means that the Material Tester is used, for example, in a paint shop, for incoming goods inspection or for an expert.
• With the Bluetooth interface on the Material Tester, all data can be transferred to a mobile iOS or Android device and exported as a CSV, PDF or TXT file. A live view with analysis of the measured values ​​is also possible via the free app with the Material Tester.
• In addition to the Bluetooth interface, the Material Tester has a micro USB interface. All data can also be transferred to the PC and analyzed via this interface in the Material Tester.

• With this Material Tester, layer thicknesses on metallic surfaces can be reliably determined. The Material Tester has a measuring range of 1500 µm. This means that the Material Tester is used, for example, in a paint shop, for incoming goods inspection or for an expert.
• With the Bluetooth interface on the Material Tester, all data can be transferred to a mobile iOS or Android device and exported as a CSV, PDF or TXT file. A live view with analysis of the measured values ​​is also possible via the free app with the Material Tester.
• In addition to the Bluetooth interface, the Material Tester has a micro USB interface. All data can also be transferred to the PC and analyzed via this interface in the Material Tester.

• Is a mobile device for the fast and precise determination of e.g. paint layer thicknesses. With this thickness gauge layer thickness measurements on ferrous and non-ferrous metals can be performed.
• The measured value is displayed directly on the LC display of the thickness gauge. Thanks to the built-in memory of the thickness gauge and the advanced functions, statistics can be recorded.
• These statistics can be evaluated directly on the thickness gauge. When evaluating the recorded statistics in the thickness gauge, you can choose between a tabular and a graphical view.

• In comparison to many other paint thickness gauges, this Coating Thickness Gauge does not have to differentiate between ferrous and non-ferrous metal. It is used for the quick and precise detection of layer thicknesses on metals.
• With the small and compact design of the Coating Thickness Meter, one-hand operation is possible. Despite its small size, the coating thickness measuring device has a measuring range of 1500 µm and an accuracy of ± (3% + 1 µm).
• The measured values displayed can be output in µm, mm and in mils on the Coating Thickness Meter.

• The material tester PCE-CT 26FN can measure non-destructive coatings (paints, plastics…) on steel/iron and non-ferrous metals. The material tester is ideally suited, for example, to detect accidental damage to the vehicle immediately.
• It can also be used in the industrial sector for incoming and outgoing inspection in order to be able to offer consistently consistent product qualities.
• The ergonomically shaped material tester with integrated probe and very simple operation allows you to quickly determine measurement results with high accuracy.

• It is a Thickness Meter that takes non-destructive measurements of nonmagnetic coating, insulating layer and dry film thickness (DFT) on metal substrates such as steel and aluminum.
• Ideal for surface testing, automotive paint inspection, material testing and manufacturing quality control applications, this Thickness Meter is designed to measure layers of paint, ink, plastic, chrome, copper, zinc, enamel, paper, glass, rubber and similar materials.

• PCE-CT 5000H is a thickness measuring instrument used for the rapid determination of coating thicknesses on ferrous (Type F) and non-ferrous (Type N) metals. The coating thickness gauge automatically detects the type of metal to be measured.
• The PCE-CT 5000H coating thickness gauge uses magnetic induction (ferrous) or eddy current (non-ferrous) to take non-destructive measurements of coating and dry film thickness (DFT) on metal substrates such as steel and aluminum.
• This thickness gauge is ideal for painted and powder-coated surface testing, automotive paint inspection, coated material testing, and manufacturing quality control applications.

• PCE-CT 65 is a thickness gauge that uses magnetic induction (ferrous) or eddy current (non-ferrous) to take non-destructive measurements of coating and dry film thickness (DFT) on metal substrates such as steel and aluminum.
• This thickness gauge is ideal for painted and powder-coated surface testing, automotive paint inspection, coated material testing, and manufacturing quality control applications.
• The easy-to-use downloadable PC-compatible software included with this thickness gauge allows for detailed analysis of measurement results via computer. Measurement values are shown in a table and different working modes can be selected for data filtering.

• The coating thickness gauge is a versatile measuring instrument and it is made possible by the various optional sensors on the layer thickness gauge.
• For example, the coating thickness gauge can easily measure the layer thicknesses of paints, galvanic coatings, galvanizing or even anodic oxide layers on metal. With the sensors, for example, layer thickness measurements with a thickness of up to 60 mm are possible.
• In addition to the layer thickness sensors for the layer thickness gauge, there is also the climate sensor. With this climate sensor at the coating thickness gauge, the ambient temperature, the ambient humidity and the dew point can be measured.

• The paint layer thickness gauge PCE-CT 80 is a measuring device for the nondestructive measurement of coatings (paints, lacquers, plastics …) on steel / iron and non-ferrous metals.
• Thanks to the externally connected sensor on the PCE-CT 80 ink layer thickness gauge, even difficult-to-reach measuring points can be easily achieved.
• The menu navigation of the paint thickness gauge allows easy adjustment and setting to new parameters and makes this handy paint coating thickness gauge an indispensable tool for control measurements in production, workshop and quality assurance.
• Includes FN1.5 probe in kit for 0 to 1500 μm or 0 to 59 mils measurements.

• The PCE-PA6000 power meter is a tabletop device for measuring effective power, apparent power, power factor, energy consumption, current, continuous voltage, resistance and frequency.
• The power meter also offers the possibility to connect industrial current converters with a transmission relation of 100/5A or 1000/5A. Its large 93 x 52mm LCD is easy to read and provides a variety of results, including Watts, cos φ, ACV and ACA.
• With the optional PCE-PA ADP current adaptor with ground wire (up to 10ACA) it can safely and quickly measure and analyse with the help of the power meter. Measurement of current and power can be done directly with test cables that come with the device or indirectly using the clamps.

• The PCE-TG 100 is a compact ultrasonic thickness meter for homogeneous materials. This ultrasonic thickness meter PCE-TG 100 works with an external ultrasonic probe; this probe conducts ultrasonic waves into the material to be tested.
• Different materials conduct ultrasound at different speeds, so you can choose different ultrasonic speeds on the PCE-TG 100 ultrasonic thickness meter. The step size is 1 m/s with a setting range of 500 to 9999 m/s. The meter is factory pre-set with five different sound speeds for different material.
• With the ultrasonic thickness meter, you can determine the material thicknesses of metal, glass, plastics and other homogeneous materials in seconds. Operation of the ultrasonic thickness meter is very easy via the six buttons.

• The thickness meter PCE-TG120 is a very easy-to-use wall thickness gauge for all materials. This thickness meter works to accurately measure the material thickness / wall thickness with ultrasound.
• Different materials require different ultrasonic speeds. The wall thickness meter is factory pre-set with five different sound velocities for different material. With the thickness meter, you can determine the material thicknesses of metal, glass, plastics and other homogeneous materials in seconds.
• The speed of sound can be freely adjusted on the thickness meter and thus adapted to a wide variety of materials. The test head of the wall thickness meter is designed in such a way that it can easily measure on angular workpieces.

• PCE-TG 250 is a portable Thickness Meter with an easy-to-read 4-digit display. This ultrasound-based Thickness Meter uses a contact transducer (included) to measure the thickness of coated and uncoated ferrous and non-ferrous metal, glass, plastic, and other homogeneous materials including aluminum, brass, copper, iron, lead, nickel, steel, gold, titanium, pyrex and quartz glass, nylon, polyethylene, and silicone rubber.

• The PCE-TG 300 is a wall thickness gauge with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the PCE-TG 300.
• For damping or scattering materials such as plastic or cast a special sensor is available. An angled 90° sensor also enables measurements at hard-to-reach measuring points. The speed of sound can be set freely on the wall thickness gauge PCE-TG 300 and thus adapted to a wide variety of materials.
• The measured values ​​are displayed directly on the easy-to-read TFT color display. Due to the internal memory, which can be read out via the optionally available software, different measuring points can be clearly stored.

• PCE-TG 50 is a compact ultrasonic material thickness meter or gauge used to measure the thickness of metal, glass, plastic and other homogeneous materials.
• This portable handheld material thickness gauge operates with an external ultrasonic contact transducer sensor probe and requires the use of coupling gel or paste.
• The probe directs ultrasonic waves through the coupling gel into the material to be tested. Since different materials conduct ultrasound at different speeds or velocities, the PCE-TG 50 material thickness gauge allows for ultrasound velocity adjustments to accommodate a wide variety of material testing applications.

• The LAN tester PCE-LT 15 is a combination device which detects configuration errors in the network and at the same time can be used as a multimeter. Thus, the periphery of a network can be quickly checked with the LAN tester.
• With the LAN tester PCE-LT 15 it is possible to check 8-pin data cables with RJ-45 connectors for continuity, open connections, and short circuits. In addition to the LAN test function, the LAN Tester can also measure DC and AC voltages.
• With the LAN tester, which also serves as a multimeter, it is possible to perform a continuity test with buzzer and a diode test. The LAN tester is also a device that identifies the most common network installation errors.

• The PCE-DX-AS durometer is used for measuring surface hardness (shore A) of hard rubbers and soft plastics. The shore durometer is composed of a single component with a measuring head and a 360º dial.
• To improve the readability of peak value, the device comes with a drag needle, that ensures the maximum reading can be captured. Once it has been measured, it can be reset to zero.
• With the PCE-DX-AS (A) model of durometer, you will always obtain the most accurate value of maximum pressure and also be able to accurately reproduce this value.

• The PCE-Instruments PCE-2000N durometer uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
• The impact of the hard metal ball on the test surface results in a plastic deformation of the surface at the point of impact. From this deformation results in an energy loss, which is proportional to the work-piece hardness and can be determined by the ratio of rebound to impact velocity of the specimen.
• . The durometer from PCE Instruments can be used to measure six different hardness scales (HL, HV, HRA, HRC, HB, HV, HS) as well as ten different materials.

• PCE-2500N is a portable handheld pen-sized digital material hardness tester, rebound hammer or durometer for use with metals.
• This high-accuracy hardness tester quickly and accurately measures the surface hardness of 10 common metal materials including steel, cast steel, alloy tool steel, stainless steel, cast iron, ductile iron, cast aluminum alloy, brass, bronze and copper.
• Displays measurements in Rockwell A, B or C (HRA, HRB or HRC), Brinell (HB), Vickers (HV), Shore (HS) or Leeb (HLD)

• PCE-HT 225E is a durometer or concrete test hammer, also called a concrete rebound hammer or Swiss hammer, used for non-destructive measurements of surface hardness and compression strength.
• Suitable for use with concrete, rock and building materials, this rebound hammer features a direct digital display, voice functionality, USB port data interface and memory for storing up 200 measurement values.
• The manufacturer-calibrated concrete test hammer clearly shows the measured values directly on the attached LCD screen, making the results easy to read. The USB port allows for data transfer to a PC or printer.

• PCE-HT-225A is a durometer or concrete test hammer, also called a concrete rebound hammer or Swiss hammer, used for non-destructive measurements of surface hardness and compression strength. Suitable for use with concrete, rock and building materials, this manufacturer-calibrated manual rebound hammer is economical, practical and easy to use.
• The quality of concrete is judged mainly on the basis of compressive strength, since compressive strength is directly responsible for the structural behavior and durability of concrete constructions.
• The compressive strength is designated by a sequence of letters and numbers. For example, “B 25” is considered normal concrete with a compressive strength of 220 kg / cm² or 3100 psi.

• The durometer is an analog measuring device to determine concrete strength. The measuring method of the concrete hardness tester is based on the Schmidt principle.
• With this measuring method, a kinetic impact energy hits the concrete from the concrete hardness tester. The resulting rebound enables the concrete hardness tester to determine the strength of the concrete.
• What is special about this concrete test hammer is the particularly high impact energy of 4.5 J. The concrete test hammer can be used to determine the concrete strength of high-strength concrete, also known as high-performance concrete, on bridges, high-rise buildings and foundations, for example.

• The tension dynamometer is ideal for carrying out mobile tension measurements such as those made by surveyors. Quality materials are used for the manufacture of the tension dynamometer.
• Despite the high measuring capacity, these materials enable a compact design with a low weight. The tension dynamometer is supplied with a radio display and two shackles in a transport case.
• The tensile dynamometer is only suitable for tensile measurements; other force measuring devices must be used for pressure tests, such as our PCE-FB series force measuring gauges.

• The force gauge is ideal for carrying out mobile tension measurements such as those made by surveyors. Quality materials are used for the manufacture of the tension force gauge.
• Despite the high measuring capacity, these materials enable a compact design with a low weight. The tension force gauge is supplied with two shackles in a transport case.
• Interesting functions of the force gauge are the PEAK hold function, summation function and the various units of measurement such as kg / t / lb / N or kN.

• The tension dynamometer is ideal for carrying out mobile tension measurements such as those made by surveyors. Quality materials are used for the manufacture of the tension dynamometer.
• Despite the high measuring capacity, these materials enable a compact design with a low weight. The tension dynamometer is supplied with a radio display and two shackles in a transport case.
• Interesting functions of the tension dynamometer are the PEAK hold function, summation function and the various units of measurement such as kg / t / lb / N or kN.

• The force gauge is ideal for carrying out mobile tension measurements such as those made by surveyors. Quality materials are used for the manufacture of the tension force gauge.
• Despite the high measuring capacity, these materials enable a compact design with a low weight. The tension force gauge is supplied with two shackles in a transport case.
• Interesting functions of the force gauge are the PEAK hold function, summation function and the various units of measurement such as kg / t / lb / N or kN.

• CIE L*a*b*C*h, L*a*b* and XYZ
• Automatic white and black calibration
• Determines reference values to compare to samples
• Measuring of different colors
• Suitable for many different surfaces
• 8°/d geometry diffused illumination integrating sphere system illuminates sample from 8-degree angle

• CIE L*A*B, XYZ, Yxy, LCh, CIE LUV, HunterLAB
• Black and white calibration
• Determination of reference values and samples
• High accuracy
• 8 mm aperture

• Automatic calibration of black-and-white contrast
• Continuous performance
• Designed for food industry
• Measures various colors
• Application on different surfaces

• Featuring a single 8 mm aperture and including SCI and SCE specular modes for industrial color measuring applications, the PCE-CSM 20 offers a long battery life, a 4-color lamp life and an easy-to-use portable design.
• The powerful battery allows up to 5000 measurements. The lighting used on the spectrophotometer is designed to carry out three million measurements. Camera/illumination locating for small samples.
• The high-quality processing of the spectrophotometer is very fast. The ability to choose aperture size and light source allows the user to discriminate between colors that may look the same.

• Featuring a custom 4 mm aperture and including SCI and SCE specular modes for industrial color measuring applications, the PCE-CSM 21 offers a long battery life, a 9-color lamp and an easy-to-use portable design.
• The PCE-CSM 21 covers the full spectrum from 400 to 700 nm in 10 nm increments. The powerful battery allows up to 5000 daily measurements. The software supports both SCI and SCE spectral measurements at once
• The unit features a 3.5 inch TFT color touch screen and a 256 image element CMOS image array for superior usability and accuracy. Camera/illumination locating for small samples.

• Operating frequency range: 1 to 10 MHz
• Measured time interval range: 6 to 1000 microseconds (µs)
• Sound velocity: 1000 to 9999 m/s
• Implements shadow, echo, and mirror-shadow testing methods

• Measurement range: 0.5 to 9999 mm (steel; longitudinal wave)
• Operating frequency range: 0.5 to 20 MHz
• Sound velocity: 1000 to 15000 m/s (continuously adjustable)
• AVG and DAC evaluation methods, display and probes delay, damping and reinforcing functions, export and reporting functions

• 20°, 45°, and 75° measurement angle
• Measuring range up to 200 gloss units
• For medium and high gloss
• Measurement on textiles and paper possible

• Due to its compact design, the PCE-2550 metal hardness tester is very easy to use for incoming and outgoing inspection.
• The measuring range of the metal hardness tester PCE-2550 is sufficiently large for very soft, as well as for extremely hard surfaces.
• The measured values ​​can be stored in the PCE-2550 and later readout and processed via the available software.

• PCE-COM 20 is a portable handheld non-destructive material tester for non-ferrous metals. This non-destructive testing (NDT) device uses eddy current to determine the electrical conductivity of non-ferrous metals such as aluminum and copper.
• Featuring an operating frequency of 60 kHz, the conductivity meter has a large measuring range of 0.51 … 112% IACS with an accuracy of +/- 0.5% at 20°C / 68°F.
• Thanks to a resolution of up to 0.01% IACS, automatic temperature compensation (ATC), and lift-off compensation (up to 500 μm), the device ensures quick, easy, accurate, and reproducible measurements of coated or corroded pieces during changing ambient conditions.

• The Material Tester is a measuring tool for testing the strength of concrete. The Material Tester measures strength according to the Schmidt principle.
• According to this measurement method, the quality of concrete can be measured with the Material Tester. Thus, the Material Tester finds its essential application in the construction and in the construction sector.
• The Material Tester is also suitable for testing the hardness of rolled paper. The built-in mechanism on the hardness tester always ensures the same impact energy of 2.207 Nm.

• It is a small, lightweight device with a simple navigation meter. Despite the fact that the device functions on a very complex and elaborate level, the measurement results can be gained quickly and easily
• Due to its rugged design, the device has a long lifetime. This device is calibrated on ISO, DIN, ABSI, and JIS standards.
• The surface texture meter can be applied for various mechanical manufacturing processes as a piece of controlling equipment.

• Profilometer PCE-RT-11 is a portable measuring instrument for the determination of surface roughness according to Ra, Rz, Rq, and Rt in just one device.
• The profilometer works according to the same piezoelectric microprobe principle as the highly accurate laboratory measuring instruments.
• The easy handling of the profilometer as well as the high repetitive accuracy characterizes this device.

• 4 measurable parameters of roughness
• The probe of the roughness meter consists of a high-quality diamond
• The display of the roughness meter outputs the measured values in tabular form
• The measured values can also be output by the roughness meter as a graph

• Measures Ra, Rq, Rsm, Rsk, Rz, Rt, Rp, Rv, Rc
• Numerical and graphical display of measured values
• 3 different cutoff wavelengths
• Statistical functions

• Selection of 21 parameters
• Fast and accurate measurement
• 3 different cut-off wavelengths
• Micro-USB interface for PC connection
• Storage of 20 measurement curves

• Large measuring range: Rz: 0.02 μm to 320 μm; Ra, Rq: 0.005 μm to 32 μm
• Measurement of all roughness profile values
• Different filters are adjustable
• Diamond test head
• Removable motorized sensor

• After a measurement with the spectrophotometer, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily.
• In addition to the individual color space coordinates, the deviation between the reading is also displayed.
• When using the spectrophotometer, it is possible to store up to 1000 reference values and up to 10,000 samples on the device.

• With a maximum inaccuracy of 1%, the surface tester is a high-precision measuring instrument for fast and easy measurements on surfaces.
• The one-button operation allows quick and easy operation of the surface inspection device. Another special feature of the surface tester is the data storage function.
• This surface tester automatically stores up to 1,245 measurements. To read the data, the surface tester must be connected to a computer.

• The torque wrench tester consists of a handheld measuring device and an external torque transducer.
• The torsion transducer is connected to the hand-held device via a 1.5 m / 4.9 ft long cable and thus enables installation in a test stand or direct assembly on a test bench.
• The torque measuring device is delivered adjusted so that the control measurements can be started immediately.
• The measurement uncertainty of the torque measuring device is only 0.5% of the measuring range.

• The torque wrench tester consists of a handheld measuring device and an external torque transducer.
• The torsion transducer is connected to the hand-held device via a 1.5 m / 4.9 ft long cable and thus enables installation in a test stand or direct assembly on a test bench.
• The torque measuring device is delivered adjusted so that the control measurements can be started immediately.
• The measurement uncertainty of the torque measuring device is only 0.5% of the measuring range.

• The torque wrench tester consists of a handheld measuring device and an external torque transducer.
• The torsion transducer is connected to the hand-held device via a 1.5 m / 4.9 ft long cable and thus enables installation in a test stand or direct assembly on a test bench.
• The torque measuring device is delivered adjusted so that the control measurements can be started immediately.
• The measurement uncertainty of the torque measuring device is only 0.5% of the measuring range.

• The torque wrench tester consists of a handheld measuring device and an external torque transducer.
• The torsion transducer is connected to the hand-held device via a 1.5 m / 4.9 ft long cable and thus enables installation in a test stand or direct assembly on a test bench.
• The torque measuring device is delivered adjusted so that the control measurements can be started immediately.
• The measurement uncertainty of the torque measuring device is only 0.5% of the measuring range.

• The torque meter for drinking bottles was developed to determine the torque of screw caps on drinking bottles and similar containers in a stationary manner.
• This measurement with the torque meter for drinking bottles is particularly important to find out whether the containers are properly closed.
• This measuring method with the torque meter for drinking bottles is particularly necessary for the food industry. I
• The turntable of the torque meter for drinking bottles can hold samples with a diameter between 20 and 200 mm.

• The torque meter for drinking bottles was developed to determine the torque of screw caps on drinking bottles and similar containers in a stationary manner.
• This measurement with the torque meter for drinking bottles is particularly important to find out whether the containers are properly closed.
• This measuring method with the torque meter for drinking bottles is particularly necessary for the food industry.
• The turntable of the torque meter for drinking bottles can hold samples with a diameter between 20 and 200 mm.

• The torque meter for drinking bottles was developed to determine the torque of screw caps on drinking bottles and similar containers in a stationary manner.
• This measurement with the torque meter for drinking bottles is particularly important to find out whether the containers are properly closed.
• This measuring method with the torque meter for drinking bottles is particularly necessary for the food industry.
• The turntable of the torque meter for drinking bottles can hold samples with a diameter between 20 and 200 mm.

• In particular, the whiteness meter can be used to measure the white of textile prints, dyes, building materials, cardboard, and paper as well as plastics.
• The device consists of a light source and an optical measuring system, which measures the reflection of the light and thus determines the whiteness of the surface according to  ISO R457 (ISO 2469).
• It can be used directly after an initial calibration on the supplied white standard. A memory of up to 245 measurement data allows logging of the measured values.

• Reference memory of 2000 colors, storage for 20,000 samples
• Includes white and black calibration standards
• High measuring accuracy and stability with 18 illumination choices and UV
• Single and average measurements with delta pass/fail display
• Spectrophotometer measures from 400 to 700 nm in 10 nm increments

• Measurement with the colorimeter can be used as a reference value while other readings can be recorded as a sample and later be compared to the reference value easily.
• When using the colorimeter, it is possible to store up to 100 reference values and up to 20,000 samples on the device
• The measured data can also be transferred to a PC via the USB interface. A special PC software is included in the package.

• White calibration
• Determination of reference values and samples
• Exchangeable measuring apertures
• Suitable for many different surfaces
• Easy to use including PC software

• CIE L*a*b*C*h, CIE L*a*b*
• White calibration
• Determination of reference values and samples
• Measuring aperture: Ø8 mm
• D65 light source

• Automatic white and black calibration
• Determines degree of whiteness and yellowness
• Different measurement modes for different colors
• Offers two different measuring apertures (Ø 4 mm and Ø 8 mm)
• 3 light source options

• External removable sensor
• Data storage for later analysis
• Measuring range up to 1000 GU
• Simple one-button operation
• Precise measurements thanks to high accuracy

• Measurement geometry 60°
• Fast measurement time
• With evaluation software
• Light source: D65
• Wave length: 400-700 nm

• Various measuring geometries
• 3.5″ TFT
• Internal measurement value storage
• Short measuring time
• Evaluation software

• Measurement of surface opacity
• Battery operation
• Interface and software
• Easy handling
• Reflectance measurement up to 100

• Measurement geometry: 60°
• Measurement to 1000 gloss units
• Internal memory up to 5000 readings
• Small measurement area / Fast measurement time
• Light source: D65
• Wavelength: 400-700 nm

• Handheld device
• Large digital display
• Plastic case included
• For Shore A measurements
• Easy to use

• Portable handheld digital hardness testing device
• Measures Shore A hardness in soft gums, rubber and elastomers
• Features a USB port and downloadable PC software for data transfer
• For single and serial measurements

• For Shore D hardness testing
• Ideal for use with hard rubber, hard resin, acrylic, glass, thermoplastic, etc.
• Handheld, portable, digital measuring device
• Measurement range: 0 … 100 Shore D
• Accuracy: ± 2 Hardness – Grade

• Portable handheld digital hardness testing device
• Measures Shore D hardness in hard rubber and thermoplastic
• Features a USB port and downloadable PC software for data transfer
• Large, easy-to-read display
• For single and serial measurements

• Direct display of measured value
• Maximum and average value functions
• Power-saving automatic shutdown
• Wide measuring range
• One-handed operation

• For use with cast steel, hammered steel, cold-rolled steel, stainless steel, cast iron, ductile iron, aluminum alloy, brass, bronze, and forged copper alloy metals
• Hardness units: HL, HRC, HRB, HRA, HB, HV, HS
• Measures all common hardness parameters
• Accuracy: ±6 HL at HL = 790
• Maximum hardness: 976 HV

• Handheld device
• Digital display
• For Shore O measurements
• Single and Serial-Measurements
• Data transfer to pc

• Measuring range up to 3,000 kg
• Measurement units: kg / t / lbs / N / kN
• Adjustable gravitation range
• Summing function
• Shackles and transport case included

• Measurement range up to 3000 kg / 30 kN
• Selectable units of measurement: kg / t / lb / N / kN
• Functions: Peak hold, Summation
• Adjustable gravitation range
• Shackles and carrying case included

• Measuring range up to 5,000 kg / 50 kN
• Functions: PEAK Hold, Summation
• Measurement units: kg / t / lbs / N / kN
• Adjustable gravitation range
• Shackles and transport case included

• Measuring range up to 5,000 kg / 50 kN
• Function: PEAK Hold, Summation
• Measurement units: kg / t / lbs / N / kN
• Adjustable gravitation range
• Shackles and transport case included

• Measurement range up to 50000 kg / 500 kN
• Function: Peak hold function, Summation function
• Selectable units of measurement: kg / t / lb / N / kN
• Adjustable gravitation range
• Remote control indicator, shackles, and carrying case included

• Measurement range up to 50000 kg / 500 kN
• Function: Peak hold function, Summation function
• Selectable units of measurement: kg / t / lb / N / kN
• Adjustable gravitation range
• Shackles and carrying case included

• USB interface
• Graphic display
• Fast response time
• PC software included
• Memory for 100 measurements

• 4 measurement modes (real-time measurement / maximum value / average measurement / automatic memory measurement)
• Alarm function with multi-colored LED (yellow / green / red) and switching contact output 2.85 V
• Internal memory for up to 100 measured values
• Statistics evaluation (MIN / MAX / average)

• 4 measurement modes (real-time measurement / maximum value / average measurement / automatic memory measurement)
• Internal memory for up to 100 measured values
• Statistics evaluation (MIN / MAX / average)
• Alarm function with multi-colored LED (yellow / green / red) and switching contact output 2.85 V.

• 4 measurement modes (real-time measurement / maximum value / average measurement / automatic memory measurement)
• Internal memory for up to 100 measured values
• Statistics evaluation (MIN / MAX / average)
• Alarm function with multi-colored LED (yellow / green / red) and switching contact output 2.85 V

• 4 measurement modes (real-time measurement / maximum value / average measurement / automatic memory measurement)
• Internal memory for up to 100 measured values
• Statistics evaluation (MIN / MAX / average)
• Alarm function with multi-colored LED (yellow / green / red) and switching contact output 2.85 V.

• Differently shaped measuring adapter
• Device for mounting on test stands
• Peak measurement
• Delivery with extension rod
• Evaluation via USB interface
• Fast measured value display

• Graphic display
• Fast response time
• PC software
• Store 100 readings internally or unlimited to PC
• Measuring cells is easily changeable

• Graphic display
• Fast response time
• PC software
• Store 100 readings internally or unlimited to PC
• Measuring cells is easily changeable

• Pull and pressure force measurement
• 1600 Hz sampling rate
• Error limit 0.1% of the measuring range
• Function: PEAK function (MIN / MAX), Limit value
• Store 100 readings

• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements
• Measuring cells is easily changeable

• USB interface
• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements

• USB interface
• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements

• USB interface
• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements

• USB interface
• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements

• USB interface
• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements

• USB interface
• Graphic display
• Fast response time
• PC software
• Memory for 100 measurements

• Differently shaped measuring adapters
• Device for mounting on test stands
• Fast display of measured value, Peak measurement
• Power supply via charging adapter
• Delivery includes an extension rod

• Differently shaped measuring adapters
• Device for mounting on test stands
• Peak measurement
• Power supply via charging adapter
• Delivery with extension rod

• Different shaped measuring adapters
• Device for mounting on test stands
• Peak measurement
• Power supply via charging adapter
• Delivery with extension rod

• Stainless steel force gauge
• Measurement of static compressive forces
• Ring force transducer and pressure adapter
• Screw mount for axial assembly, Integrated drag pointer
• Pressure force display in Newton [N]

• Stainless steel force gauge
• Measurement of static compressive forces
• Ring force transducer and pressure adapter, Integrated drag pointer
• Screw mount for axial assembly
• Pressure force display in Newton [N]

• Stainless steel force gauge
• Measurement of static compressive forces
• Ring force transducer and pressure adapter, Integrated drag pointer
• Screw mount for axial assembly
• Pressure force display in Newton [N]

• Stainless steel force gauge
• Measurement of static compressive forces
• Ring force transducer and pressure adapter, Integrated drag pointer
• Screw mount for axial assembly
• Pressure force display in Newton [N]

• For adhesive forces to 500 N or 110 pounds
• Defined test parameters
• Mobile implementation
• Automatic and manual measurement mode
• Evaluation via software

• With digital measuring distance display
• Maximum operating length of 236.36 mm / 9.30″
• Max. force range 500 N
• Delivered without force gauge

• Compatible with all PCE-series force gauges
• Maximum force measurement: 500 N / 50 kg
• Automatic or manual (push-button) operation, Adjustable traverse / distance
• Adjustable feed speed: 50 … 500 mm / min,
• AC power connection (110V or 220V)

• Display for DMS
• mV / V input
• Relay output
• Potential-free digital input
• Interface and analog output

• Up to 1600 Hz sampling rate
• Minimum and maximum value determination
• Tare and zero function
• For load cells, force sensors, etc.
• Digital inputs and outputs

• Offering an adjustable rotational speed, this portable analogue viscometer
• Provides a coefficient table on top of the motor housing for on-the-spot calculations of absolute viscosity
• Uses electric power to maintain a constant speed of either 6, 12, 30 or 60 revolutions per minute (rpm)
• Features a built-in level and adjustable feet to ensure measurement precision
• Includes four different rotors or spindles (spec. 1, 2, 3 and 4)