PCE Instruments

The closing force transducer is a wireless, electronic closing force measuring device for rail vehicle and bus doors and sliding steps. A further development of the tried and tested Original BIA Class 1 measuring device is supplied with the closing force transducer. It combines the well-known robust construction for years of use in harsh environments and lasting precision with the flexibility of a wireless application and a user-friendly app. This results in many advantages for you in daily use, such as automatic measuring point identification via QR and barcodes, the immediate availability of the measured values and the direct creation of a PDF report.

The original BIA class 1 closing force measuring device is an electronic closing force measuring device for rail vehicle and bus doors. The elaborate design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. For cyclic measurements on vehicles with multiple doors, a quick and easy implementation is of great importance. For this purpose, software was developed that drastically reduces the measurement process and the effort required for documentation. With just a few operating steps, the measurements for a complete vehicle can be taken over, printed out in tabular form and saved in a database. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.

The original BIA class 2 is a mechanical closing force measuring device for bus doors. The elaborate design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments.

The closing force measuring device is a wireless, electronic measuring device for rail vehicle doors and sliding steps. The closing force measuring device is a further development of the well-established BIA600 closing force measuring device. It combines the well-known robust construction for years of use in harsh environments and lasting precision with the flexibility of a wireless application and a user-friendly app. This results in many advantages for you in daily use, such as automatic measuring point identification via QR and barcodes, the immediate availability of the measured values and the direct creation of a PDF report.

The closing force measuring device is an electronic measuring device for rail vehicle doors. The elaborate design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. For cyclic measurements on vehicles with multiple doors, a quick and easy implementation is of great importance. For this purpose, software was developed for the clamping force measuring device, which drastically reduces the measurement process and the effort involved in documentation. With just a few operating steps, the measurements of a complete vehicle can be taken over, evaluated in tabular or graphic form and then printed out as a report. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.

The closing force measuring device is a wireless, electronic measuring device for externally powered doors and gates. Typical use is the final inspection of new systems as well as regular inspections. A further development of the well-established FM 100 closing force measuring device is supplied with the closing force measuring device. It combines the well-known robust construction for years of use in harsh environments and lasting precision with the flexibility of a wireless application and a user-friendly app. This results in many advantages for you in daily use, such as automatic measuring point identification via QR and barcodes, the immediate availability of the measured values and the direct creation of a PDF report.

The closing force transducer is an electronic measuring device for externally powered doors and gates. Typical use is the final inspection of new systems as well as regular inspections. Its uncompromising design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. In the case of cyclical measurements on systems with several doors and gates, a quick and easy implementation is of great importance. For this purpose, Drive Test has developed software that drastically reduces the measurement process and the effort required for documentation. With just a few operating steps, the measurements of a complete system can be taken over, printed out in tabular form and saved in a database. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.

The force transducer is an electronic closing force measuring device for power-operated windows, sunroofs and tailgates in the motor vehicle sector. Typical areas of application are testing and production in the automotive industry. It is also increasingly being used by technical monitoring institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. When it comes to measuring setups in testing and production, quick and easy execution is of great importance. For this purpose, Drive Test has developed software that drastically reduces the measurement process and the effort required for documentation. With just a few operating steps, the measurements can be loaded into a PC, evaluated, exported and documented. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.

The closing force measuring device is an electronic closing force measuring device for power-operated windows, sunroofs, and tailgates in the automotive sector. Typical applications include testing and production in the automotive industry. It is also increasingly used by technical inspection agencies. Its uncompromising design combines precision with practical robustness, ensuring accurate measurement values ​​even after years of use in harsh environments. Fast and easy execution is crucial for measurement setups in testing and production. For this purpose, we have developed software that drastically reduces the measurement process and the effort required for documentation. With just a few steps, the measurements can be loaded onto a PC, evaluated, exported, and documented. We provide suitable interfaces (e.g., Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The force transducer is an electronic closing force measuring device for power-operated windows, sunroofs and tailgates in the motor vehicle sector. Typical areas of application are testing and production in the automotive industry. It is also increasingly being used by technical monitoring institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. When it comes to measuring setups in testing and production, quick and easy execution is of great importance. For this purpose, Drive Test has developed software that drastically reduces the measurement process and the effort required for documentation. With just a few operating steps, the measurements can be loaded into a PC, evaluated, exported and documented. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.

The closing force measuring device is an electronic measuring device for power-operated windows, sliding roofs and doors in the automotive sector and for sliding steps in the rail vehicle sector. It allows measurements up to 600 N with a spring stiffness of 10 N/mm. Its uncompromising design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. For measurement set-ups in testing and production, quick and easy execution is of great importance. For this purpose, Drive Test has developed software that drastically reduces the measurement procedure and the effort required for documentation. With just a few operating steps, the measurements can be loaded into a PC, evaluated, exported and documented. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The built-in display is used to indicate the force and weight detected by force sensors and load cells with strain gauges. The output signal of the measuring cell is irrelevant because the panel meter makes it possible to display the correct weight in mV / V based on the set sensitivity. The panel meter shows the measured values ​​on a 6-digit LED display. The measuring range could theoretically be between -199999 ... 999999. Depending on the desired and adjusted scaling, a corresponding unit sticker can be applied to the installation indicator. The panel meter can directly supply voltage to the connected measuring cell with strain gauges. The supply voltage can be selected between 5V and 10V. Depending on the voltage selected, up to 8 or 4 force or load cells can be connected to the panel meter. A special feature of this digital display for mV / V is the modular output concept. Different, changeable output cards are available depending on the application.

The closing force measuring device is an electronic device for power-operated windows in the automotive sector. Typical applications include testing and production in the automotive industry. For this purpose, we have developed a device that is characterized by its ease of use for repeatable measurements. Due to the requirements of various common standards, we offer the device with different spring stiffnesses. It is also increasingly being used by technical inspection institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measurement values ​​even after years of use in harsh environments. Fast and easy execution is crucial for measurement setups in testing and production. For this purpose, we have developed software that drastically reduces the measurement process and the effort required for documentation. With just a few steps, the measurements can be transferred to a PC, evaluated, exported, and documented. We provide suitable interfaces (e.g., Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The closing force measuring device is an electronic device for power-operated windows in the automotive sector. Typical applications include testing and production in the automotive industry. For this purpose, we have developed a device that is characterized by its ease of use for repeatable measurements. Due to the requirements of various common standards, we offer the device with different spring stiffnesses. It is also increasingly being used by technical inspection institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measurement values ​​even after years of use in harsh environments. Fast and easy execution is crucial for measurement setups in testing and production. For this purpose, we have developed software that drastically reduces the measurement process and the effort required for documentation. With just a few steps, the measurements can be transferred to a PC, evaluated, exported, and documented. We provide suitable interfaces (e.g., Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The closing force measuring device is an electronic device for power-operated windows in the automotive sector. Typical applications include testing and production in the automotive industry. For this purpose, we have developed a device that is characterized by its ease of use for repeatable measurements. Due to the requirements of various common standards, we offer the device with different spring stiffnesses. It is also increasingly being used by technical inspection institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measurement values ​​even after years of use in harsh environments. Fast and easy execution is crucial for measurement setups in testing and production. For this purpose, we have developed software that drastically reduces the measurement process and the effort required for documentation. With just a few steps, the measurements can be transferred to a PC, evaluated, exported, and documented. We provide suitable interfaces (e.g., Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The closing force measuring device is an electronic device for power-operated windows in the automotive sector. Typical applications include testing and production in the automotive industry. For this purpose, we have developed a device that is characterized by its ease of use for repeatable measurements. Due to the requirements of various common standards, we offer the device with different spring stiffnesses. It is also increasingly being used by technical inspection institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measurement values ​​even after years of use in harsh environments. Fast and easy execution is crucial for measurement setups in testing and production. For this purpose, we have developed software that drastically reduces the measurement process and the effort required for documentation. With just a few steps, the measurements can be transferred to a PC, evaluated, exported, and documented. We provide suitable interfaces (e.g., Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The closing force measuring device is an electronic closing force measuring device for power-operated windows in the automotive sector. Typical areas of application are testing and production in the automotive industry. For this purpose, we have developed a device that is easy to use for repetitive measurements. Due to the requirements of various common standards, we offer the device with different spring stiffnesses. It is also increasingly used by technical monitoring institutions. Its uncompromising design combines precision with practical robustness and ensures accurate measurements even after years of use in harsh environments. For measurement set-ups in testing and production, quick and easy execution is of great importance. For this purpose, software has been developed that drastically reduces the measurement procedure and the effort required for documentation. With just a few operating steps, the measurements can be transferred to a PC, evaluated, exported and documented. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The crane scale has a measuring range of 0 … 1000 kg / 2204 lb and a resolution of 0.1 kg. With an accuracy of 1% of the measuring range, the crane scale is also a precise measuring device. This is why the crane scale is used, for example, when weighing raw materials. The backlit LCD display on the digital crane scale has a digit height of 30 mm and can be easily read from a large distance. In addition to the kg display, the digital crane scale can also display the attached weight in lb and in N. The robust metal housing of the crane scale allows it to be used in harsh industrial conditions. The crane scale is operated by three 1.5V AA batteries. Only the largest weighed load is displayed and held via the "MAX" function of the crane scale. With the "tare" function, the displayed measured value on the crane scale can be zeroed. This function comes into action when, for example, measuring equipment is attached. The "Hold" function of the crane scale enables a displayed measured value to be held. An ISO calibration certificate is included with the crane scale.

The closing force measuring device is an electronic measuring device for sliding roofs, automatic window lifters and tailgates in the automotive sector. Typical applications are manufacturing, development and production tests in the automotive industry. The closing force gauge with its low spring stiffness was developed to test soft elements that are clamped into a closing system. The device excels with easy handling for repetitive measurements. Its uncompromising design combines precision with practical robustness and ensures accurate readings even after years of use in harsh environments. For measurement set-ups in testing and manufacturing, quick and easy execution is of great importance. For this purpose, software has been developed that drastically reduces the measurement procedure and the effort required for documentation. With just a few operating steps, the measurements can be transferred to a PC, evaluated, exported and documented. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test sequence.

The closing force transducer from Drive Test is a wireless, electronic closing force measuring device for automatic elevator doors and machine guards. With the FM 300 BT, Drive Test delivers a further development of the tried and tested FM 300 measuring device. It combines the well-known robust design for years of use in harsh environments and lasting precision with the flexibility of a wireless application and a user-friendly app. This results in many advantages for you in daily use, such as automatic measuring point identification via QR and barcodes, the immediate availability of the measured values and the direct creation of a PDF report.

The closing force measuring device is an electronic measuring device for elevator doors and protective devices on machines. Typical use is both the final acceptance of new systems and regular inspection. Its uncompromising design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments. In the case of cyclical measurements on objects with several elevators, a quick and easy implementation is of great importance. For this purpose, software was developed that drastically reduces the measurement process and the effort required for documentation. With just a few operating steps, the measurements of all elevator doors in a building can be taken over, printed out in tabular form and saved in a database. We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.

A handheld refractometer used to determine the salt content or % salinity ppt and salinity SG (specific gravity) of salt water, sea water and other solutions containing a concentration of salt. This portable pocket salinity refractometer has a double scale to allow the user to view both measurement parameters at once. The ultra-smooth focusing eyepiece provides high-quality optics, presenting an easy-to-read scale on a semi-transparent blue and fully transparent clear background. Ambient room lighting offers ample illumination to clearly read the results.

The meter is an easy-to-use handheld device for measuring pH, mV, °C and °F. With the PCE-228 pH meter, both temperature and pH values can be directly stored onto a SD card (in Excel format), or transferred to a PC through an RS-232 interface. An optional software and data cable for the meter are available as optional accessories to transfer data to a computer. Temperature compensation in the meter can be done manually or automatically by way of the temperature sensor which is included. The pH meter has two calibration points. The calibration can be done with the trimmer on the side of the device which is protected under a cover. With this combined device, the user can determine pH value, temperature or Redox potency (ORP). For the latter measurement parameter, a Redox electrode must be ordered separately from the pH meter. We recommend the ORP-14 electrode. The pH meter is powered by a 9V battery which is included.

The PCE-228-Kit includes a multifunctional pH meter complete with a PE-3 electrode, temperature sensor, SD memory card, batteries, user manual, calibration solution and protective carrying case. The included PCE-288 pH meter is an easy-to-use handheld device for measuring pH, mV and °C. With the PCE-228 pH meter, both temperature and pH values can be directly stored onto an SD card in Excel format, or transferred to a PC through the RS-232 interface. An optional software and data cable for the PCE-228 pH meter are available as optional accessories to transfer data to a computer.   Temperature compensation in the PCE-228 pH meter can be done manually or automatically by way of the temperature sensor which is included. The pH meter has two calibration points. The calibration can be done with the trimmer on the side of the device which is protected under a cover. With this combined device, the user can determine pH value, temperature or Redox potency (ORP). For the latter measurement parameter, a Redox electrode must be ordered separately from the PCE-228 pH meter. We recommend the ORP-14 electrode. The pH meter is powered by a 9V battery which is included. Here at this link you can find an overview of any type of pH meter that you may need.

The main purpose of cosmetics production is not only to make good-smelling products with good-sounding names and lists of beneficial ingredients, but to make them efficient so that these products really improve the condition of the skin or hair and in no way damage them. The pH measurement in cosmetics is a priority test that should be performed not only to ensure that the pH of the product matches the pH of the skin, but also to ensure good quality, suitable viscosity, color / odor and to ensure durability of the cosmetics.  A too acidic or too alkaline medium in shampoo can, for example, lead to a disorder and cause scalp problems. Therefore, the pH value in cosmetics is strictly and continuously monitored and not only in the final product. It is important to understand that monitoring is required at all stages: first in the raw materials and all the ingredients, then during the production process and finally in the finished shampoo application, gel / dye / foam that are on the shelves of the supermarkets. Here, it is necessary to fulfill the requirements and regulations of health organizations and GMP principles. Many of us have experienced at least once that after a short while the pleasant smell of the foam worsens, even though in the beginning everything was fine. This is proof that the manufacturer made mistakes during the production process and perhaps did not pay enough attention to measuring and correcting the pH. The cosmetic product should not only be perfect on the day of its manufacture and meet the standard, it should also have a very good stability. Today, many hair and facial products are presented as "BIO". Manufacturers of such products need to remember that making such a product is much harder. The natural ingredients that make the product "BIO" can be quite capricious. When talking about standard cosmetic products (both hair and skin), the ideal pH is between 4.5 ... 5.5. Depending on the skin type for which the product is intended, and also on the function of the product (refers to chemical substances, hair dyes, strong hair and body sprays), the values ​​may be lower and higher. The use of a pH meter with a special glass electrode is one of the well-known methods of pH measurement in cosmetics. The pH meter ensures that you get reliable results when taking measurements in shampoo, liquid cleansing toners and foams, gels and many other substances (containing water). pH meters used for cosmetics are often portable, very easy to use, light in weight and easy to handle. The glass electrode is perfect on the one hand because it is always easy to keep clean, but on the other hand a glass electrode requires careful handling because of its fragility. Modern electrodes receive special protection, such as "a coat" around them, which makes them very sturdy. The application of the pH electrode requires attention and careful adjustment. It is necessary to follow all rules regarding the application, cleaning and maintenance of this sensitive instrument. Although the pH tests are carried out on the additives or finished product of the shampoo, it is imperative to maintain the required ambient temperature, as their deviation can lead to erroneous measurements. The pH and maintenance of the efficacy of cosmetics is one of the reasons why such products should be stored at certain temperatures. Some of them should not be refrigerated or exposed to direct sunlight and excessively warm temperatures.

The pressure transducer PCE-DMU 10 can be used for relative and absolute pressure measurements. The pressure transmitter can be used for fuels, oils and gases. The ceramic membrane allows a robust application in plant and machine construction, in the field of HVAC technology and also in commercial vehicle technology in the hydraulic sector. The modular design of the pressure transmitter allows a combination of process connections, pressure ranges and electrical connection variants and thus meets almost all requirements of industrial automation. The pressure transmitter has an accuracy of 0.5% of the measuring range.

The soil pH meter is used to measure the soil pH value. The pH and temperature can be stored directly on the SD card. The special pH electrode of the pH meter is manufactured so that it is possible to measure with the pH meter in loosened soil. Temperature compensation is either manual or automatic via the supplied temperature sensor. Please always make sure that the measuring principle requires a minimum residual moisture in the soil. Thus, this soil pH meter is the ideal solution for the accurate measurement of soil pH, in substrates, for horticultural irrigation solutions used in greenhouses and also in agricultural products and plants. The meter is always factory calibrated. A continuous recalibration of the pH meter is carried out by means of the supplied calibration standards (buffer solutions). The calibration data remains stored when the battery is changed. In general, you can simply pierce the electrode into the ground and read the pH directly on the digital display. If you would like to carry out a measurement according to DIN or if you can not penetrate deep enough into the soil due to soil hardness, then you should prepare a DIN soil solution and use it for the exact measurement. Professional gardeners as well as environmentalists know how much depends on the condition of the soil. Depending on its composition it may be very fertile, or absolutely inappropriate for cultivation. pH level (acidity) of the soil, together with the temperature, moisture content and of course amount of light determine the quality of the soil, in the garden, on the fields, in the greenhouses, winter gardens, on the terrace, flowers beds or in the pots at home. pH meter with a thin electrode is applicable anywhere where pH value of a soil sample should be measured. Due to the thin long tip, penetrating the soil is very easy, and the measurement is immediate. The results indicate whether certain measures should be taken to change a too acidic or too alkalic medium in the soil and to adjust it in correspondence with the plans that are growing or will be growing in the soil. Not all kinds of plants require the same soil. And there is no ideal standard which all the gardeners should strive for. Neutral pH for soil is between 6.5 to 7, but there are many agricultural cultures that need 6 and even 5. A correctly prepared soil sample is sufficient for getting a reliable result and making a conclusion about the soil condition. Electrode should be handled with care and possible not applied in the sample with stones or rock particles, since it may damage the glass. Correct cleaning after measuring procedure and storage allow to apply the same electrode over a longer time period.

The surface pH meter is used to measure the pH on surfaces such as paper, cardboard, leather, textiles and skin. The pH and temperature can be stored directly on the SD card. The special pH electrode of the pH meter is particularly flat and made of epoxy, which makes the pH electrode particularly resistant to impact. Temperature compensation is either manual or automatic via the supplied temperature sensor. In addition to the measurement of the pH value of surfaces, the pH meter can also be used to measure very small sample volumes from .1 ml upwards. For this, the surface pH meter is supplied with a special measuring cuvette. This cuvette can be plugged directly onto the electrode of the pH meter.

The wine pH meter is a very easy-to-use handheld pH / mV / °C meter. The pH value and the temperature can be saved directly on the SD card (Excel file) or transferred directly from the pH meter to a PC via the RS-232 interface. For this purpose, we optionally offer software and the appropriate RS-232 interface cable as accessories. The temperature compensation takes place either manually or automatically using the temperature sensor supplied. All of this allows a quick and reliable pH measurement. The pH meter has a three-point calibration, which is carried out automatically. The combination measuring device can be used to determine the pH value, the temperature or the REDOX potential (ORP). For the latter measurement parameter, however, a REDOX electrode must be ordered additionally. Here we recommend the ORP electrode ORP-14. The pH meter is battery operated (6 x 1.5 V batteries are included).

The durometer can be used to quickly check the hardness of components even when they are installed. The durometer impresses with its large measuring range, easy handling, robust design and temperature resistance down to -20°C/-4°F. In addition to the hardness in Rockwell, Brinell and Vickers, the durometer can also be used to determine the tensile strength of steels up to 1740 MPa. The uci durometer has a manual test probe with a test force of 50N as standard, with this probe it is possible to measure from all directions in space without a correction factor. Another advantage of the durometer is its NDT feature. At the tip of the probe there is a Vickers diamond which is excited in the ultrasonic frequency range. If the diamond touches the test piece surface during the hardness test, the vibration is damped. The resulting frequency shift is directly related to the surface hardness of the test piece. Due to the low test forces, the penetration depths of the diamond are very small, which is why only an almost invisible impression remains. The uci durometer is therefore used for checking small thin-walled components, for surface-hardened test specimens or for nitrided components. The durometer has also proven itself in the measurement of weld seams and the inspection of components with complex geometries. In addition to the UCI measuring method, the durometer can also be equipped with a rebound tester. This allows the durometer to be upgraded to a Leeb durometer. The universal durometer combines the advantages of two methods: Ultrasonic Contact Impedance (UCI) and Dynamic Rebound (Leeb). This allows the user to solve almost any field hardness testing task. The universal durometerr enables express hardness testing of carbon and structural steels, welds, electroplated coatings, overlays, heat resistant, corrosion resistant and stainless steels, hardness measurement of hardened surfaces, thin-walled hardened parts, even in hard-to-reach places and at any angle. Ultrasonic contact impedance (ASTM A1038) With the UCI probe, hardness testing of small, thin specimens with complex shapes is now possible. With the UCI probe, the user can measure the hardness of grooves, small radius surfaces, shaft necks with mirror-like surfaces, gears and blades. Rebound hardness test according to Leeb (ASTM A956) With a dynamic type D probe (Leeb probe), the user can test the hardness of solid parts with rough surfaces. The instrument can be equipped with additional interchangeable probes with different dimensions and spring stiffnesses. Main function This instrument has all the functions for working with materials and scales, making it a universal instrument for non-destructive metal hardness testing. The one-point calibration allows the creation of a user-defined hardness scale based on an available sample with known hardness. This advantage allows the user to calibrate the durometer as accurately as possible to approach the accuracy of a stationary durometer. It also allows the user to measure the hardness of a large batch of products quickly and with high accuracy. The user can create and store more than 500 hardness scales and view the history of all measurements after testing. The UCI probe is pre-calibrated for steel. The Leeb probe is pre-calibrated for steel, cast iron, stainless steel, aluminium, bronze and brass, copper. Standard Rockwell, Vickers, Brinell and Shore calibrations are also available. The user can create and correct additional calibrations for soft and hard materials. Key benefits of the universal durometer: - Large colour display with bright backlight. - Stable operation under difficult climatic conditions. - Extended temperature range (frost-proof down to -20°C/-4°F). - For long-term operation under field and workshop conditions, the instrument is designed in a dust proof housing. - Rubber buffers protect the unit from accidental shocks or falls from a height of up to 5 m, while the unit remains fully functional. - 2 detachable probes: Ultrasonic contact impedance (UCI) and dynamic rebound (Leeb). - One-point calibration function (type calibration) - The unit has the functions of displaying the minimum, maximum and average hardness values, the function of filtering out of range false readings. - The function of simultaneous display of 20 measurements in a series enables the analysis of the with a large number of measurements and significantly increases the speed of processing the results of the results considerably. - Function to create diagrams for a series of measurements helps visualise the hardness measurement over the entire surface of a dimensionally stable product. - For expert work to achieve maximum accuracy, it is possible to set the sensitivity coefficient and to adjust the signal processing of the probe. - The automatic storage of all measurements avoids data loss and allows, if necessary, an analysis of the data after a longer period of time. analysis of the data after a longer period of time - The storage of the calibration in the memory of the UCI probe allows a quick exchange of the sensor sensor without having to return the unit to the manufacturer for factory calibration in the event of a defect. manufacturer for factory calibration.

The Climate Meter has been designed for professional use in fields such as the air-conditioning sector. The Climate Meter determines both relative humidity and ambient temperature. The Climate Meter can be connected to type K thermo-elements to detect, for instance, the temperature of a wall by means of a surface probe. The internal memory of the Climate Meter allows you to record humidity and temperature values, with a free adjustment of the measurement rate for real time measurements or data storage thanks to its SD memory card (1 to 16 GB). The Climate Meter can be previously programmed via the keypad so the device can record values without the need of being present during the process. For long term records, we recommend you to power the Climate Meter by means of a power adapter (optional). Recorded values can be transferred to a PC for further analysis (.xls file in the SD card). This property allows you to check measured values or design a graphic by means of the Excel calculation program.

The decibel meter is particularly suitable for measuring noise in the field of industrial, health, safety and environmental monitoring. The decibel meter has a logger function, which allows storage of up to 32,700 readings. This makes it ideal for long term monitoring. The decibel meter can be connected to the PC with a USB cable. A live measurement is also possible with the sound level meter and the data can be viewed directly and can be evaluated. The software provides data representation in graphic formats and tables. This data can be transferred, for example, to MS Excel. The sound level meter has an analogue output and offers further features that are unique in its class.

The sound level meter is an optimal sound level meter for measurements at workplaces, construction sites, in traffic, airports, etc. The sound level meter is a class 2 device and is equipped with an octave band frequency filter. The sound level meter can optionally be upgraded with a 1/3 octave band filter. In addition to the numerical display of the measured value, a graph can show the course of the sound level. The sound level meter has various frequency weightings such as A, B, C and Z. The sound meter can also display measurements with the time weightings Fast, Slow, Impulse and Peak. The measuring range of the sound level meter extends from 25 ... 136 dbA at a frequency of 2 Hz ... 12.5 kHz. 3 different measurement profiles can be stored in the sound level meter. Here the user can decide which parameters the sound level meter should record. For example, you can choose between Laeq, LcPeak, LaFmax, LaFMin, etc. The peak hold function in the sound level meter makes it possible to record the maximum sound pressure level during long-term measurements and freeze it in the display. A 24 bit AD converter and the specially developed electronics of the sound level meter help to reduce the inherent noise to a very low level. Sampling the measurement signal with more than 48 kHz enables high accuracy and improved stability of the measurement value on the sound level meter.

The noise meter / sound meter is particularly suitable for measuring noise pollution in the field of industrial, health, safety and environmental monitoring. The sound level meter has a logger function, which enables the storage of up to 32,700 measured values. This makes it ideal for long-term monitoring. The sound level meter can be connected to the PC with a USB cable. A live measurement is also possible with the sound level meter and the data can be viewed directly and evaluated. The software offers data representations in graphic formats and tables. This data can be transferred to MS Excel, for example. The data logger has an analog output and offers additional features that are unique in its class. The calibration frequency for the class II sound calibrator is 1 Hz and is a sinusoidal shape. Compared to other calibrators, this class II sound calibrator has three adjustable sound pressure levels. 94 dB, 104 dB and 114 dB are available and can be selected by pressing a button on the class II sound calibrator. This means that an additional 104 dB sound pressure level is available. With an accuracy of ± 0.4 dB, the class II sound calibrator is particularly precise. This means that the Class II sound calibrator can be used to check sound measuring devices for their accuracy and, if necessary, to adjust them. The class II sound calibrator can optionally be equipped with an ISO certificate. With a battery life of 5 hours, the class II sound calibrator has a particularly long operating time. The integrated automatic switch-off automatically switches off the class II sound calibrator after 2 minutes of inactivity.

The noise meter has a measuring range of 30 … 130 dB and can be used where sources of noise are to be recorded. For example, the noise meter is used to control the noise level on stamping presses, ventilation systems or on busy roads. With the push of a button, you can switch between the frequency ratings A and C on the Bluetooth noise meter. With the data logger function of the noise meter, up to 32,700 readings can be recorded. For optimal positioning of the microphone, the noise meter can also be mounted on a tripod. With the Bluetooth interface, the Bluetooth sound level meter can be set up with an Android or iOS device. The measured values ​​from the Bluetooth sound level meter live can be transmitted and saved via the free app. The values ​​measured by the noise meter can then be exported in CSV file format for further processing. In addition to the Bluetooth interface, the noise meter also has a mini USB interface. This allows the Bluetooth noise meter to be connected to a computer. With the software for the Bluetooth noise meter, the measured values ​​can then be transmitted live to the PC and, if necessary, exported as a CSV for further processing. With the included 12V DC power supply, the Bluetooth noise meter can be used stationary. For mobile use, the Bluetooth noise meter can be operated with a 9V block battery. The transport case enables safe transport for the Bluetooth noise meter for mobile use. Optionally, the Bluetooth noise meter can be equipped with an ISO calibration certificate.

Our sound level meter records and visualizes sound levels in the range from 30 to 130 dB. It offers three manual measuring ranges as well as an automatic measuring range mode. When switched on, the automatic mode with a range of 30 to 130 dB is activated by default, while the manual ranges are 30 to 90 dB, 50 to 110 dB and 70 to 130 dB. The user can choose between the frequency weightings A or C and the time weightings "Fast" and "Slow" by pressing a button on the sound level meter. The "Fast"mode is used for measuring short sound pulses or peak levels, while the "Slow"mode is suitable for general sound level measurements. The sound level meter is charged via the micro-USB interface and comes in a practical case for transportation. In addition to the basic functions such as MIN, MAX and HOLD, the sound level meter automatically switches off after approximately 3 minutes of inactivity to extend battery life. The "Auto Power Off" function can also be deactivated.

Our condition monitoring sound level meter records and visualizes sound levels in the range from 30 to 130 dB. It has three manual measuring ranges and an automatic measuring range mode. When the device is switched on, the automatic mode with a range of 30 to 130 dB is activated by default. The manual ranges are 30 to 90 dB, 50 to 110 dB and 70 to 130 dB. The user can choose between the frequency weightings A and C and between the time weightings "Fast" and "Slow" at the touch of a button. Before the recording mode can be started, the condition monitor must be connected to a PC via a micro USB port and the parameters configured using the PC software. The storage interval, the number of measured values and also the starting point of the condition monitoring sound level meter can be set. Up to 32000 measured values can be recorded with this function. The interval can be set on the condition monitoring sound level meter in steps from 1s to max. 24h. The condition monitoring sound level meter has the MIN, MAX and HOLD functions. In addition, the device switches off automatically after about 3 minutes of inactivity to extend the operating time of the battery. The "Auto Power Off" function can also be deactivated. The sound level meter is charged via the micro-USB interface and comes in a practical case for transportation.

The Force Gauge / Digital Force Gauge is a portable, hand-operated device that measures the force required to pull a specifiic test diameter of coating from the substrate using hydraulic pressure. The measured pressure is displayed on the 5-inch touch screen and represents the adhesion strength of the coating to the substrate. This device evaluates the adhesion (peel strength) of a coating by determining the maximum tensile force it can withstand before it peels off. The Force Gauge / Digital Force Gauge visualises fractures caused by cracks along the weakest layer in the system of carrier, adhesive, coating layers and substrate. Equipped with an electronically controlled hydraulic pump, our Force Gauge / Digital Force Gauge enables precise and repeatable application of the required tensile force. Thanks to the selection of different dolly sizes, the device can be flexibly adapted to different test requirements, making it particularly versatile. The pulling speed, load limit and holding time can be customised to meet specific requirements for different materials and applications. In addition, the Force Gauge / Digital Force Gauge offers a USB interface for easy transfer of measurement data to external devices. The data can be saved in practical CSV format for easy further processing and analysis. You can find additional and replacement measuring heads as well as the right base for your needs in the accessories.

The UCI hardness tester has been designed for the non-destructive hardness measurement of metallic components. The UCI hardness tester works on the basis of the Ultrasonic Contact Impedance test procedure. This UCI procedure works as follows: a Vickers diamond at the probe is stimulated with its self-resonance. By pushing the probe, the vibration frequency is reduced depending on the hardness of the surface and on the e module of the material and of the contact surface. The hardness of the surface can be determined on the basis of the frequency shift, taking the characteristic curve of the material into consideration. The UCI hardness tester works non-destructively. There is a microscopically slight pressure against the surface, however, this is normally not visible. Due to the low penetration depth of the Vickers diamond, this UCI hardness tester is especially suitable for edge layer hardened components such as, for example, those that emerge when nitriding or induction hardening. It is typically used for punching tools, presses, thin-walled components, cog wheels, turbine blades, camshafts or weld seams. The UCI hardness tester is also suitable for many other hardness testing applications. It has exchangeable probes with different pressure forces and can therefore cover diverse applications. After measuring the hardness of a component, the UCI hardness tester shows different statistical values such as the MAX / MIN values and average values. Moreover, the standard deviation and further coefficients can be determined. A bar chart can be indicated. Since the UCI hardness tester is equipped with an internal memory, the measured data can be evaluated by means of a software.

The UCI hardness tester has been designed for the non-destructive hardness measurement of metallic components. The UCI hardness tester works on the basis of the Ultrasonic Contact Impedance test procedure. This UCI procedure works as follows: a Vickers diamond at the probe is stimulated with its self-resonance. By pushing the probe, the vibration frequency is reduced depending on the hardness of the surface and on the e module of the material and of the contact surface. The hardness of the surface can be determined on the basis of the frequency shift, taking the characteristic curve of the material into consideration. The UCI hardness tester works non-destructively. There is a microscopically slight pressure against the surface, however, this is normally not visible. Due to the low penetration depth of the Vickers diamond, this UCI hardness tester is especially suitable for edge layer hardened components such as, for example, those that emerge when nitriding or induction hardening. It is typically used for punching tools, presses, thin-walled components, cog wheels, turbine blades, camshafts or weld seams. The UCI hardness tester is also suitable for many other hardness testing applications. It has exchangeable probes with different pressure forces and can therefore cover diverse applications. After measuring the hardness of a component, the UCI hardness tester PCE-35 shows different statistical values such as the MAX / MIN values and average values. Moreover, the standard deviation and further coefficients can be determined. A bar chart can be indicated. Since the UCI hardness tester is equipped with an internal memory, the measured data can be evaluated by means of a software.

The UCI hardness tester has been designed for the non-destructive hardness measurement of metallic components. The UCI hardness tester works on the basis of the Ultrasonic Contact Impedance test procedure. This UCI procedure works as follows: a Vickers diamond at the probe is stimulated with its self-resonance. By pushing the probe, the vibration frequency is reduced depending on the hardness of the surface and on the e module of the material and of the contact surface. The hardness of the surface can be determined on the basis of the frequency shift, taking the characteristic curve of the material into consideration. The UCI hardness tester works non-destructively. There is a microscopically slight pressure against the surface, however, this is normally not visible. Due to the low penetration depth of the Vickers diamond, this UCI hardness tester is especially suitable for edge layer hardened components such as, for example, those that emerge when nitriding or induction hardening. It is typically used for punching tools, presses, thin-walled components, cog wheels, turbine blades, camshafts or weld seams. The UCI hardness tester is also suitable for many other hardness testing applications. It has exchangeable probes with different pressure forces and can therefore cover diverse applications. After measuring the hardness of a component, the UCI hardness tester PCE-35 shows different statistical values such as the MAX / MIN values and average values. Moreover, the standard deviation and further coefficients can be determined. A bar chart can be indicated. Since the UCI hardness tester is equipped with an internal memory, the measured data can be evaluated by means of a software.