PCE Instruments

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the ultrasonic flow meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the ultrasonic flow meter. The installation aid graphically displays the signal quality of the ultrasonic flow meter. In addition, it is graphically displayed whether the sensors of the ultrasonic flow meter are positioned at the correct distance from each other. To carry out flow measurements with the ultrasonic flow meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The ultrasonic flow meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the ultrasonic flow meter. Start and stop conditions and the storage interval can be set from 1 second to 12 hours for the ultrasonic flow meter. A memory point of the ultrasonic flow meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the ultrasonic flow meter. 10 million measuring points can be stored on the ultrasonic flow meter. With the optional software, the recorded measured values can be read out from the ultrasonic flow meter. For analysis, the measured values from the ultrasonic flow meter can be displayed in tabular and graphic form. For further processing of the measured values from the ultrasonic flow meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the ultrasonic flow meter can be set via the software. A live view of the measured values from the ultrasonic flow meter is also possible with the software. In order to determine the amount of heat with the ultrasonic flow meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the ultrasonic flow meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the ultrasonic flow meter can determine the amount of heat. If required, the ultrasonic flow meter can calculate and display the costs per heat quantity unit simultaneously during the measurement. Thus, the ultrasonic flow meter is used, for example, in the inspection of heating systems. The LC colour display of the ultrasonic flow meter has a size of 2.8" and is therefore easy to read. Optionally, the ultrasonic flow meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 SR SENSOR Connected on rail sensors for pipe sizes DN 15 ... 100 / 20 ... 108 mm. Both sensors are located on one rail to simplify the positioning of the sensors. For easier handling there is a handle on the rail. Magnets are located underneath the rails to enable them to hold on to pipes with ferrous metal by themselves.

This Ultrasonic testing device with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the thickness meter. 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 thickness meter 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. The non-destructive ultrasound measuring method enables the measurement even on end products. Thanks to the Echo-Echo working mode, even coated workpieces can be measured (only with PCE-TG 300-P5EE sensor).

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the ultrasonic flow meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the ultrasonic flow meter. The installation aid graphically displays the signal quality of the ultrasonic flow meter. In addition, it is graphically displayed whether the sensors of the ultrasonic flow meter are positioned at the correct distance from each other. To carry out flow measurements with the ultrasonic flow meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The ultrasonic flow meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the ultrasonic flow meter. Start and stop conditions and the storage interval can be set from 1 second to 12 hours for the ultrasonic flow meter. A memory point of the ultrasonic flow meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the ultrasonic flow meter. 10 million measuring points can be stored on the ultrasonic flow meter. With the optional software, the recorded measured values can be read out from the ultrasonic flow meter. For analysis, the measured values from the ultrasonic flow meter can be displayed in tabular and graphic form. For further processing of the measured values from the ultrasonic flow meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the ultrasonic flow meter can be set via the software. A live view of the measured values from the ultrasonic flow meter is also possible with the software. In order to determine the amount of heat with the ultrasonic flow meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the ultrasonic flow meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the ultrasonic flow meter can determine the amount of heat. If required, the ultrasonic flow meter can calculate and display the costs per unit of heat simultaneously during the measurement. Thus, the ultrasonic flow meter is used, for example, in the inspection of heating systems. The LC colour display of the ultrasonic flow meter has a size of 2.8" and is therefore easy to read. Optionally, the ultrasonic flow meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 S SENSOR Small sensor pair for pipe diameters DN 15 ... 100 / 20 ... 108 mm. Suitable for particularly small pipes. The sensors have a particularly small dimension of 45 x 30 x 30 mm and a temperature resistance of -30 ... 160 °C. Thanks to the magnets on the underside, the sensors can be mounted on ferrous metals. In addition, the sensors for the ultrasonic flow meter can be connected to the pipe by means of detachable cable ties.

The thickness gauge can measure material thicknesses up to 300 mm / 11.81". So that the material thickness of a wide variety of homogeneous materials can be measured, it is possible to store the corresponding speed of sound in the thickness gauge. For materials such as steel, aluminum, zinc, silver and gold, the appropriate sound speeds are already stored in the device library. This means that the thickness gauge can be used universally. With the limit value function in the thickness gauge, individual maximum and minimum values ​​can be stored. If the measured value of the test piece is outside the limits, the thickness gauge signals this visually. If necessary, the signaling can also be done acoustically by the thickness gauge in addition to the visual display. This is why the thickness gauge is used, for example, in quality assurance and in incoming goods inspections. The thickness gauge has a data memory on which the measured values ​​can be recorded. After a measurement sequence, the stored measurement values ​​can be analyzed directly on the thickness gauge. The stored data are graphically displayed by the thickness gauge. In addition, each individual measuring point can be approached and read in the graphics of the thickness gauge. For a simplified analysis of the measured values, the average, the largest and smallest measured value is displayed on the thickness gauge. The thickness gauge can optionally be equipped with an ISO calibration certificate. thickness gauge with data memory / adjustable sonic velocity / calibration reference mounted on the housing / material thickness measurement up to 300 mm / limit value alarm / optionally with ISO calibration certificate The thickness gauge can measure material thicknesses up to 300 mm. To ensure that the material thickness of a wide variety of homogeneous materials can be measured, it is possible to store the corresponding sonic velocity in the thickness gauge. For materials such as steel, aluminium, zinc, silver and gold, the appropriate sonic velocities are already stored in the device library. This means that the thickness gauge can be used universally. Individual maximum and minimum values can be stored with the thickness gauge's limit value function. If the measured value of the test specimen is outside the limits, the thickness gauge signals this visually. If required, the thickness gauge can also provide acoustic signalling in addition to the visual display. The thickness gauge is therefore used, for example, in quality assurance and incoming goods inspection. The thickness gauge has a data memory on which the measured values can be recorded. After a measurement process, the stored measured values can be analysed directly on the thickness gauge. The stored data is displayed graphically by the thickness gauge. In addition, each individual measuring point can be approached and read in the graphic of the thickness gauge. To simplify the analysis of the measured values, the average, the largest and smallest measured values are displayed on the thickness gauge. The thickness gauge can optionally be equipped with an ISO calibration certificate.

The material thickness gauge can measure material thicknesses of up to 300 mm. To ensure that the material thickness of a wide variety of homogeneous materials can be measured, the corresponding sound speed can be stored in the material thickness gauge. For materials such as steel, aluminum, zinc, silver, and gold, the appropriate sound speeds are already stored in the device library. This means that the material thickness gauge can be used universally. The limit value function on the material thickness gauge allows individual maximum and minimum values ​​to be stored. If the measured value of the test object is outside the limits, the material thickness gauge will signal this visually. If required, the signal can be provided acoustically in addition to the visual display. This makes the material thickness gauge suitable for applications such as quality assurance and incoming goods inspection. The material thickness gauge has a data memory on which the measured values ​​can be recorded. After a measurement sequence, the stored measured values ​​can be analyzed directly on the material thickness gauge. The stored data is displayed graphically by the material thickness gauge. Additionally, each individual measurement point can be accessed and read in the material thickness gauge's graphic. For simplified analysis of the measured values, the average, the highest, and the lowest measured values ​​are displayed. Optionally, the material thickness gauge can be equipped with an ISO calibration certificate.

The material thickness gauge can measure material thicknesses up to 300 mm. To ensure that the material thickness of a wide variety of homogeneous materials can be measured, it is possible to store the corresponding sonic velocity in the material thickness gauge. For materials such as steel, aluminium, zinc, silver and gold, for example, the appropriate sonic velocities are already stored in the device library. This means that the material thickness gauge can be used universally. Individual maximum and minimum values can be stored with the material thickness gauge's limit value function. If the measured value of the test specimen is outside the limits, the material thickness gauge signals this visually. If required, the material thickness gauge can also provide acoustic signalling in addition to the visual display. The ultrasonic testing device is therefore used in quality assurance and incoming goods inspection, for example. The material thickness gauge has a data memory on which the measured values can be recorded. After a measurement process, the stored measured values can be analysed directly on the material thickness gauge. The stored data is displayed graphically by the material thickness gauge. In addition, each individual measuring point can be approached and read in the graphic of the material thickness gauge. To simplify the analysis of the measured values, the average, the largest and smallest measured values are displayed on the material thickness gauge. The material thickness gauge can optionally be equipped with an ISO calibration certificate.

This Ultrasonic testing device with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the thickness meter. 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 thickness meter 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. The non-destructive ultrasound measuring method enables the measurement even on end products. Thanks to the Echo-Echo working mode, even coated workpieces can be measured (only with PCE-TG 300-P5EE sensor).

This ultrasonic thickness gauge with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the thickness meter. 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 thickness meter 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. The non-destructive ultrasound measuring method enables the measurement even on end products. Thanks to the Echo-Echo working mode, even coated workpieces can be measured (only with PCE-TG 300-P5EE sensor).

This IoT meter with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the thickness meter. 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 thickness meter 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. The non-destructive ultrasound measuring method enables the measurement even on end products. Thanks to the Echo-Echo working mode, even coated workpieces can be measured (only with PCE-TG 300-P5EE sensor).

This NDT test instrument with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the thickness meter. 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 thickness meter 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. The non-destructive ultrasound measuring method enables the measurement even on end products. Thanks to the Echo-Echo working mode, even coated workpieces can be measured.

The thickness gauge can measure material thicknesses up to 225 mm. To ensure that the material thickness of a wide variety of homogeneous materials can be measured, it is possible to store the corresponding sonic velocity in the thickness gauge. For materials such as steel, aluminium, zinc, silver and gold, the appropriate sonic velocities are already stored in the device library. This means that the thickness gauge can be used universally. Individual maximum and minimum values can be stored with the thickness gauge's limit value function. If the measured value of the test specimen is outside the limits, the thickness gauge signals this visually. If required, the thickness gauge can also provide acoustic signalling in addition to the visual display. The thickness gauge is therefore used, for example, in quality assurance and incoming goods inspection. The thickness gauge has a data memory on which the measured values can be recorded. After a measurement process, the stored measured values can be analysed directly on the thickness gauge. The stored data is displayed graphically by the thickness gauge. In addition, each individual measuring point can be approached and read in the graphic of the thickness gauge. To simplify the analysis of the measured values, the average, the largest and smallest measured values are displayed on the thickness gauge. The thickness gauge can optionally be equipped with an ISO calibration certificate.

The hygrometer is the ideal measuring device to check the climatic conditions in, for example, warehouses, production halls or greenhouses. The hygrometer can measure the ambient temperature and humidity. Temperatures between -20 ... 60 °C (-4 ... 140 °F) can be measured reliably and quickly by the hygrometer. In addition, the dew point and wet bulb temperature is calculated and displayed by the hygrometer. In addition, any type K thermocouple can be connected to the hygrometer in a temperature range of -100 ... 1372 °C (-148 ... 2501 °F). As soon as the connected thermocouple has been recognized, the temperature display automatically switches from the hygrometer to the thermocouple. Measured values ​​can be recorded with the data logger function of the hygrometer. The large memory of 32,000 measuring points in the hygrometer allows recording of measured values ​​over a long period of time. After data logging, all logged measuring points can be read out and analyzed via the micro-USB interface of the hygrometer and the free software. The data logged by the hygrometer can be exported in CSV file format for further processing. A 3.7 V Li-ion battery is installed in the hygrometer to enable mobile use. This battery can be recharged via the micro-USB interface on the hygrometer.

Our ultrasonic flow test instrument offers the capability to measure flow rates from ±0.1 m/s to ±5 m/s using ultrasonic technology. This flow meter is suitable for small pipes with a diameter of DN25 / 1" and is compatible with various pipe materials such as steel, copper, aluminum, and plastics. Due to its compact design, it can be quickly and easily mounted on the pipe. The flow meter's display provides information on flow velocity, date, and time. In another view, it also displays the volume flow rate for the day, month, and year. Additionally, the flow meter can output the measurement value as an analog signal (4 ... 20mA) and digitally via an RS485 interface. With a power supply range of 9 ... 36 V DC, the ultrasonic flow test instrument is highly versatile and can be used in a wide range of applications. It comes with a 2m connection cable and coupling pads for improved signal transmission. This flow meter can be used in various applications, including heating systems, cooling water systems, and industrial processes where flow monitoring and control are necessary.

The humidity meter is the ideal measuring tool for checking the climatic conditions in warehouses, production halls, or even greenhouses. The humidity meter can measure the ambient temperature and humidity. Temperatures between -20 and 60 °C can be measured reliably and quickly by the humidity meter. The humidity meter also calculates and displays the dew point and wet bulb temperatures. Furthermore, any type K thermocouple within a temperature range of -100 to 1372 °C can be connected to the humidity meter. As soon as the connected thermocouple is detected, the temperature display on the humidity meter automatically switches to the thermocouple. A sintered cap is located over the sensors on the relative humidity meter. This sintered cap has the special function of protecting the sensors from coarse dirt and impacts. This allows the relative humidity meter to be used in harsh environments without damaging the sensors. The moisture meter's data logger function allows you to record measured values. The moisture meter's large memory of 32,000 measurement points allows you to record measured values ​​over a long period of time. After data logging, all logged measurement points can be read out and analyzed via the moisture meter's micro-USB port and the free software. The data logged by the moisture meter can be exported in CSV file format for further processing. To enable mobile use, the moisture meter features a built-in 3.7 V Li-ion battery. This battery can be recharged via the moisture meter's micro-USB port.

The temperature meter has a temperature measuring range of -20 ... 60 °C and a humidity measuring range of 0 ... 99.9% RH. The readings from the thermo-hygrometer can be read directly on the 2.3" colour display. With the data logger function, all readings from the thermo-hygrometer are stored on the 12800 measuring point memory. The thermo-hygrometer is therefore used to monitor the climatic conditions in offices, logistics, greenhouses or classrooms. Analysis of the measured values ​​recorded can be carried out with the software for the temperature meter. If there are several thermo-hygrometers in a network, all of them can be controlled by the software at the same time. The thermo-hygrometer software can be found in the PCE Instruments download portal. The temperature meter is supplied with power via the 12 V DC mains power converter or the micro-USB interface. For wall mounting, there is a hole on the back to hook the thermo-hygrometer to screws. If required, the thermo-hygrometer can be equipped with an ISO calibration certificate.

This modern occupational sound level meter / noise level meter is a versatile instrument with a range of innovative functions. An outstanding feature of the occupational sound level meter / noise level meter is the large LCD display designed as a noise traffic light. The integrated noise traffic light of the sound level meter / noise level meter provides the user with visual information on the current noise level at a glance. The green, orange and red color scheme allows the user to see immediately whether the noise level displayed by the sound level meter / noise level meter is within the acceptable range or whether action is required. In addition to the visual displays, the sound level meter / noise level meter also offers an audible alarm that can be configured in six different languages. This multilingualism ensures broad international applicability. Another plus point is the ability to set the limit values on the sound level meter / noise level meter individually. Users can adjust the limit values for visual and audible warnings according to their specific requirements and local conditions. The integrated memory of the sound level meter / noise level meter has a capacity of 15 seconds and stores the audio and sound data. An audio output allows the user to record or process the measured sound level data externally. The sound level meter / noise level meter can be operated in both battery and mains mode. With the IR remote control, the most important functions of the sound level meter / noise level meter can also be operated remotely in working environments with limited access or difficult conditions. The flexible use as a stand-alone or wall-mounted device makes the sound level meter / noise level meter adaptable for a wide range of application scenarios. This versatility and innovative features make the sound level meter / noise level meter a helpful tool in areas such as schools, kindergartens, conference rooms and rooms with similar uses.

The turbidity meter is a portable device for measuring turbidity according to ISO 7027. This allows the user to quickly and easily determine important water parameters with the turbidity meter and to check the quality of drinking water and waste water. The calibration of the turbidity meter is very easy due to the calibration standards supplied. The calibration can be carried out with 7 preset points. In addition, user-specific calibration points can also be set. The turbidity meter is capable of measuring turbidity of liquids up to 2000 NTU. Furthermore, the measuring unit can be switched to EBC (European Brewery Convention) or ASBC (American Society of Brewing Chemists). The measured values ​​are displayed on the large color display. The turbidity meter is mainly used in the laboratory and is therefore operated with a plug-in power supply. Via the rear USB interface, the turbidity meter can be connected to a computer and the memory can be cleared. What is the EBC or European Brewery Convention? (See above in the picture gallery) As EBC, the color or the color intensity of beer and wort is described in Europe. This set value describes how much light is absorbed by beer with a certain original wort content. The turbidity meter can determine this value and thus helps in judging the type of beer.

The material testing device sets a new standard for the quality control of concrete structures. With a wide range of measurement parameters and state-of-the-art technology, this material testing device enables accurate assessment of concrete piles, concrete beams, and other building components. This innovative material testing device provides not only reliable concrete strength measurements but also detailed error detection, including the size and depth of voids and cracks. The included camera even allows for precise measurement of crack widths. The material testing device is specifically designed to accurately measure concrete strength and detect flaws such as voids and cracks. It enables measurements on concrete piles, concrete beams, and other concrete structures. The camera allows for high-resolution capture of cracks and facilitates precise measurement of crack width directly on the material testing device. With an impressive bandwidth of 1 to 500 kHz, the material testing device covers a wide frequency spectrum, enabling accurate and reliable measurement in various concrete structures. The material testing device features a 10.1" TFT touchscreen display that provides a clear and intuitive user interface. The material testing device comes in a robust carrying case, which not only enables easy transportation but also protects the material testing device from impacts and moisture. With an internal storage of 8 GB, measurement data, images, and other information can be easily stored and transferred to the provided software.

The material thickness meter is used for non-destructive material testing. When testing with the material thickness meter, ultrasonic waves are sent through the test object using a probe. The ultrasound is reflected and scattered at interfaces of different materials with unequal density and wave impedance. After determining the transit time of the ultrasound through the test object, weld seams can be tested, wall thicknesses measured and component defects localised with the ultrasonic testing device. With adjustable frequencies between 0.5 ... 20 MHz and sound velocities between 1000 ... 15000 m/s, measurements can be carried out in steel in the range between 0 ... 10000 mm. DAC and AVG evaluation methods, display and probe delay, attenuation and amplification functions, export and report generation functions as well as numerous other setting options make non-destructive material testing with the material thickness meter considerably easier. The tester has a video recording of the screen. The software can then be used to call up the data and create a report. The setting parameters can be changed using the rotary knob. The 5.7-inch colour display provides a clear presentation of the test results. The ultrasonic tester is a powerful measuring device that has been designed for appropriate tests. Robust and ergonomic design enables use under industrial conditions. Weighing just 1.1 kg, the material thickness meter can not only be used as a desktop device but is also suitable for mobile use.

Our ultrasonic flow meter offers the capability to measure flow rates from ±0.1 m/s to ±5 m/s using ultrasonic technology. This flow meter is suitable for small pipes with a diameter of DN10 / 3/8" and is compatible with various pipe materials such as steel, copper, aluminum, and plastics. Due to its compact design, it can be quickly and easily mounted on the pipe. The flow meter's display provides information on flow velocity, date, and time. In another view, it also displays the volume flow rate for the day, month, and year. Additionally, the flow meter can output the measurement value as an analog signal (4 ... 20mA) and digitally via an RS485 interface. With a power supply range of 9 ... 36 V DC, the ultrasonic flow meter is highly versatile and can be used in a wide range of applications. It comes with a 2m connection cable and coupling pads for improved signal transmission. This flow meter can be used in various applications, including heating systems, cooling water systems, and industrial processes where flow monitoring and control are necessary.

Our ultrasonic flow test instrument offers the capability to measure flow rates from ±0.1 m/s to ±5 m/s using ultrasonic technology. This flow meter is suitable for small pipes with a diameter of DN15 / 1/2" / 3/8" and is compatible with various pipe materials such as steel, copper, aluminum, and plastics. Due to its compact design, it can be quickly and easily mounted on the pipe. The flow meter's display provides information on flow velocity, date, and time. In another view, it also displays the volume flow rate for the day, month, and year. Additionally, the flow meter can output the measurement value as an analog signal (4 ... 20mA) and digitally via an RS485 interface. With a power supply range of 9 ... 36 V DC, the ultrasonic flow test instrument is highly versatile and can be used in a wide range of applications. It comes with a 2m connection cable and coupling pads for improved signal transmission. This flow meter can be used in various applications, including heating systems, cooling water systems, and industrial processes where flow monitoring and control are necessary.

Our ultrasonic flow test instrument offers the capability to measure flow rates from ±0.1 m/s to ±5 m/s using ultrasonic technology. This flow meter is suitable for small pipes with a diameter of DN20 / 3/4" and is compatible with various pipe materials such as steel, copper, aluminum, and plastics. Due to its compact design, it can be quickly and easily mounted on the pipe. The flow meter's display provides information on flow velocity, date, and time. In another view, it also displays the volume flow rate for the day, month, and year. Additionally, the flow meter can output the measurement value as an analog signal (4 ... 20mA) and digitally via an RS485 interface. With a power supply range of 9 ... 36 V DC, the ultrasonic flow test instrument is highly versatile and can be used in a wide range of applications. It comes with a 2m connection cable and coupling pads for improved signal transmission. This flow meter can be used in various applications, including heating systems, cooling water systems, and industrial processes where flow monitoring and control are necessary.

Our Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 21 and 29 mm. The Flow Meter of the series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Flow Meter is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Flow Meter uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Heat Pump Test Equipment enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 21 and 29 mm. The Heat Pump Test Equipment of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Heat Pump Test Equipment is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Heat Pump Test Equipment uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Ultrasonic testing device enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 28 and 36 mm. The Ultrasonic testing device of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Ultrasonic testing device is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Ultrasonic testing device uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Heat Pump Test Equipment enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 28 and 36 mm. The Heat Pump Test Equipment of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Heat Pump Test Equipment is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Heat Pump Test Equipment uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Heat Pump Test Equipment enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 35 and 43 mm. The Heat Pump Test Equipment of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Heat Pump Test Equipment is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Heat Pump Test Equipment uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

The vibration analyzer is used as a hand-held measuring device for the individual assessment of vibration on machines and systems. With the help of this vibration analyzer the actual state can easily be determined on-site. Thus, corresponding changes can be made directly on site after the measurement. Thereafter, the new condition can also be assessed. Thus, the vibration analyzer serves as a measuring device for a relative measurement on different machines. The vibration analyzer is essentially for precautionary or preventive maintenance of production machines. This vibration analyzer is used for rapid measurement of imbalance and for checking bearing and gear conditions. Very often, the vibration analyzer is also used to assess the status of smaller electric motors.

Our ultrasonic flow test instrument offers the capability to measure flow rates from ±0.1 m/s to ±5 m/s using ultrasonic technology. This flow meter is suitable for small pipes with a diameter of DN4 and is compatible with various pipe materials such as steel, copper, aluminum, and plastics. Due to its compact design, it can be quickly and easily mounted on the pipe. The flow meter's display provides information on flow velocity, date, and time. In another view, it also displays the volume flow rate for the day, month, and year. Additionally, the flow meter can output the measurement value as an analog signal (4 ... 20mA) and digitally via an RS485 interface. With a power supply range of 9 ... 36 V DC, the ultrasonic flow test instrument is highly versatile and can be used in a wide range of applications. It comes with a 2m connection cable and coupling pads for improved signal transmission. This flow meter can be used in various applications, including heating systems, cooling water systems, and industrial processes where flow monitoring and control are necessary.

Our Ultrasonic testing device enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 35 and 43 mm. The Ultrasonic testing device of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Ultrasonic testing device is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Ultrasonic testing device uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 46 and 54 mm. The Flow Meter of the series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Flow Meter is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Flow Meter uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 46 and 54 mm. The Flow Meter of the series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Flow Meter is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Flow Meter uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Flow Meter enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 59 and 67 mm. The Flow Meter of the series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Flow Meter is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Flow Meter uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Ultrasonic testing device enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 59 and 67 mm. The Ultrasonic testing device of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Ultrasonic testing device is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Ultrasonic testing device uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our Ultrasonic testing device enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 72 and 80 mm. The Ultrasonic testing device of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Ultrasonic testing device is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Ultrasonic testing device uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

Our ultrasonic flow test instrument offers the capability to measure flow rates from ±0.1 m/s to ±5 m/s using ultrasonic technology. This flow meter is suitable for small pipes with a diameter of DN8 / 1/4" and is compatible with various pipe materials such as steel, copper, aluminum, and plastics. Due to its compact design, it can be quickly and easily mounted on the pipe. The flow meter's display provides information on flow velocity, date, and time. In another view, it also displays the volume flow rate for the day, month, and year. Additionally, the flow meter can output the measurement value as an analog signal (4 ... 20mA) and digitally via an RS485 interface. With a power supply range of 9 ... 36 V DC, the ultrasonic flow test instrument is highly versatile and can be used in a wide range of applications. It comes with a 2m connection cable and coupling pads for improved signal transmission. This flow meter can be used in various applications, including heating systems, cooling water systems, and industrial processes where flow monitoring and control are necessary.

Our Ultrasonic testing device enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on copper pipes with a diameter between 72 and 80 mm. The Ultrasonic testing device of the PCE-UFM-CU series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Ultrasonic testing device is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Ultrasonic testing device uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

The accelerometer is ideal for maintenance workers to quickly check vibrating parts, machines and systems. This vibration meter shows the vibration acceleration, vibration velocity and vibration displacement directly on the display. You can use the device to quickly and reliably detect machine imbalances which can lead to, for example, bearing damage. The vibration meter is equipped with a mode that allows a measurement according to ISO 10816-3 to be carried out. The vibration meter analyzes the measured values and automatically shows a good / bad evaluation on the display. The vibration meter is supplied with a sensor on the spiral cable, magnet adapter, service bag and batteries. The display of the vibration meter is a colored graphic display, which makes operation easier, since all instructions and menu items are shown in plain text. The 12 languages in the menu of the vibration meter are easily switchable.

Our Heat Pump Test Equipment enables the measurement of flow velocity from 0.03 to 5 m/s. It can be used for measurements on PVC pipes with a diameter between 83 and 91 mm. The Heat Pump Test Equipment of the PCE-UFM-PVC series uses the ultrasonic transit time method to determine velocity and flow volume. The flow meter has a separate external clamping device for easy installation without having to touch the liquid medium or stop the production. Special coupling pads ensure that this ultrasonic clamp-on system can also be used without contact gel. The Heat Pump Test Equipment is equipped with a 360° rotatable display that can be pointed in four directions (0°, 90°, 180°, 270°). The LCD colour display shows the flow velocity, date, time, signal quality, network connection status, instantaneous velocity and cumulative flow, among other parameters. The flow unit can be selected between m³, l and gal. The Heat Pump Test Equipment uses Power over Ethernet (PoE) for power supply and Ethernet communication to save data to the cloud. This allows users to access, manage and analyse their measurement data at any time and from any location via mobile devices or computers without interrupting production processes. In water and wastewater management, drinking water treatment or in industry, flow meters are used in processes where water is used as a coolant, cleaning agent or component of production processes. They help to optimise water consumption and control the process flow.

The level indicator is the ideal measuring device to determine the fill level of a silo. Thanks to the 4… 20-mA output signal, the level indicator can also be connected to the operational process control. This allows the measurement signal from the level indicator to be processed further. The level indicator can be used to check whether a silo is still sufficiently filled. The high IP protection class of the level indicator guarantees protection of the electrical components in the event of water leakage. With a measuring range of 10 meters / 32.8 ft, larger silos can also be monitored with the level indicator. Depending on the application, the level indicator can indicate the level or the distance between the medium and the sensor as a measured value. The ambient temperature can also be measured with the level indicator. Thanks to the extensive functions and safety aspects, the level indicator is an ideal measuring device for monitoring silo systems.

The level indicator is the ideal measuring device to determine the filling level of a silo. Thanks to the 4 ... 20 mA output signal, the level indicator can also be connected to the operational process control. This allows the measurement signal from the level indicator to be further processed. The level indicator can be used to check whether a silo is still sufficiently full. The high IP protection class of the level indicator guarantees protection of the electrical components in the event of a possible water leak. With a measuring range of 10 meters / 32.8 ft, larger silos can also be monitored with the level indicator. Depending on the application, the level indicator can indicate the level or the distance between the medium and the sensor as the measured value. The ambient temperature can also be measured with the level indicator. Thanks to the extensive functions and safety aspects, the level indicator is an ideal measuring tool for monitoring silo systems. The level indicator can be used to evaluate the common and widespread 4...20 mA process signal. The possibility of freely scaling the input signal allows a very versatile use of this level indicator. The current measurement result is very easy to read thanks to the large 4-digit LED display. The optional 24 V sensor supply allows direct connection of 2-wire sensors or transmitters, which simplifies the use of this level indicator. The configuration is carried out using the freely available software LPCon. With the help of the PD14 programming adapter, settings can be made or read from the level indicator. The configurations created with the software can be saved and called up again.

The force test bench can be used to perform various tensile and compression tests. The PCE-UTS 1 test bench can be used for force measurements up to 500 N. With a travel range of 100 mm and a feed rate of 0.3 m/min, trained personnel can perform the test on a wide variety of materials in less than a minute. The memory and interface allow for convenient PC evaluation of the measured values. The force test bench can be used both mobile and stationary.

The light measuring device / lux meter is a highly developed instrument that is characterized by its versatility and precision. With its dual measurement channels, the light measuring device / lux meter enables the simultaneous measurement of UV-A radiation and visible light. This UVA meter feature is particularly useful for applications that require comprehensive light characterization. The external sensor allows the light measuring device / lux meter to be positioned flexibly to carry out precise measurements in different locations. This function is helpful, for example, when measuring UV lights for material testing according to the standards “EN ISO 9934-1 Non-destructive testing with magnetic powder” and “EN ISO 3059 Non-destructive testing, penetrant testing and magnetic particle testing” where precise UVA measurement is crucial. The precise measurements ensure reliable monitoring and quality assurance when processing UV-sensitive materials. The ability to store data makes the device particularly user-friendly. Users can easily record and analyze measurement results to monitor long-term trends or document quality checks. Overall, the UV/light meter offers a comprehensive solution for applications that require precise measurement of UV-A radiation and visible light. With its advanced features and simultaneous measurement capability, it is an indispensable tool for areas such as material testing, tanning bed control and workplace lighting control.

High quality videoscope with very small camera diameter Due to its small camera diameter, the allows detailed inspections without time-consuming disassembly even in very confined spaces and small access openings. Due to the robust construction of camera and endoscope cable, the high IP 67 protection rating and the temperature resistance up to 80 degrees Celsius, the videoscope can be used in many cases even during operation and without time-consuming preparations. The flexible camera cable, which is only 2.2 mm thick, is about one meter long, from the front edge of the camera head to the rubber coating in the connection area on the motor block. This allows the to inspect the inner surfaces of narrow pipelines and ducts and complicated components that can only be accessed through very small boreholes. The real-time image displayed by the videoscope on the 7-inch display not only allows the user to check the object condition at the particular location, but also provides good orientation when the endoscope cable moves. LEDs located next to the camera can be switched on in steps to improve the visibility of the displayed area. Brightness, contrast and resolution of the display can be adjusted to the respective situation via the corresponding function menu. The camera is not installed in the direction of the cable axis, but at a 90-degree angle to it. The highest image sharpness is achieved for the objects in the range of 5 to 50 mm distance. The position and field of view of the side-mounted camera can be changed by rotating, sliding or retracting the camera cable. In the places where there is enough space, the camera head of this videoscope can also be bent in any free direction with the aid of a motor-assisted joystick. The maximum bending radius is 23 mm with a bending angle of 90 degrees. In order not to impair the mobility of the camera head, care must be taken to ensure that the bent endoscope cable is not subjected to excessive stress. If the cable encounters resistance, it should not be pushed, pulled or twisted further in this direction, but relieved. If required, the same basic unit can be used with different camera cables. These can be connected, locked and released very easily. This means that different areas can be conveniently viewed and documented during the inspection with the same videoscope. The user therefore does not have to purchase an additional basic device and also has less effort on site and when merging and evaluating the image data. A videoscope of this series, complete with camera unit and battery, weighs only a little more than two kilograms and can be held comfortably with one hand. The joystick and almost all function keys can be operated with the same hand, while the endoscope cable is carefully moved to the desired location with the other hand. To improve working conditions during longer inspections, the videoscope is equipped with attachment points for tripod and shoulder strap. Motor and joystick One of the special features of this series is the motor-assisted bending of the camera head. The motor block, camera cable and camera form a single unit that can be used to control the bending of the movable camera head via the joystick on the handheld unit. By bending the camera head, the camera's viewing direction can be easily directed to other locations near the current camera position. Touchscreen functions The videoscope allows direct comparison of live images with previously stored images via the picture in picture function. The touchscreen makes it easy to rotate and mirror the images and to insert markers and comments. It also provides very convenient and quick access to the menu functions. Sections of the displayed image can be digitally enlarged very easily on the touchscreen. This works by double-tapping the area of the image or pulling it apart with two fingers. The zoomed section can also be moved with the finger. This allows each image to be checked very precisely on the videoscope and compared with a selected template. Any coloured markings can be drawn onto the saved image at the desired points simply by using the finger on the touchscreen. The modified image can then be saved with the old name or under a new name. In addition, the video endoscope offers a choice of fixed and configurable image stamps and a log function that can be used to generate reports and save them in PDF format.

The 4-way system makes it possible to move the camera head from the videoscope in a 190° bending radius. The viewing angle of the borescope is 120°. It is controlled via a joystick, which controls the electric motors on the boroscope. Thanks to the particularly narrow camera head with a diameter of between 2.2 and 6 mm, the borescope can be used for endoscopy in engines, firearms, bores and other narrow openings, for example. This means that weld seams, wear and tear and damage can be assessed quickly and easily with the boroscope in order to make quick diagnoses. The sheathing of the endoscope cable from the borescope consists of braided tungsten. The borescope camera head is made of titanium alloy. This makes the endoscope cable from the borescope particularly robust. The boroscope is therefore used in engineering offices, quality control and for expert opinions. The touch screen of the videoscope has a size of 7". The resolution of the borescope display is 1920 x 1200 pixels. Thanks to the touchscreen, easy operation of the borescope is guaranteed. If required, the live image from the borescope can be transmitted to an external screen or beamer via the HDMI interface. In addition, approx. 285,000 images or 1500 minutes of video recording with the borescope can be saved on an SD card. In this way, the recordings from the borescope can be examined again at a later point in time or entered into documentation. The battery for the videoscope has a capacity of 6400 mAh. This means that the borescope can be used for endoscopy for more than 3 hours. The current battery charge can be read on the battery itself, independently of the borescope, via a five-point diagram. If the battery in the borescope is discharged, it can be connected to a USB-C (PD) interface. The borescope can still be used while charging. Alternatively, the battery can be removed and replaced with a new one so that the boroscope is immediately ready for use again. The transport case is designed to protect the videoscope during transport to minimize damage. Thanks to the fourfold locking and the rubber coating on the lid, the transport case protects the boroscope from water ingress. For easy transport of the boroscope, there are also wheels on the transport case so that it can be pulled.

The car measuring device was developed for inspections of technical components. With the borescope cable, which is only 3.8 millimeters thick, the current condition of engines, gears, fans, valves and other components can also be visualized and evaluated from the inside. The high-resolution digital camera is arranged in front and has a very large viewing angle of 120 degrees. Six LEDs are placed around the camera, with which the field of view can be illuminated in different brightness levels. The flexible camera tube has a length of approx. 1.88 meters from the tip where the camera is placed to the thickening in the connection area. The diameter over this length is only 3.8 mm, so that even very small access openings can be used with this industrial boroscope. After the borescope cable has been routed into the area to be examined, the exact position of the camera can be adjusted by pulling, pushing and rotating. In addition, if the current position offers enough room to move, the separately movable camera head can be bent in all directions using a joystick. With this video boroscope it is possible to inspect many details inside components non-destructively. The controllable flexible camera head is 46 millimeters long. When this camera head is bent 90 degrees, it has a bending radius of approximately 35 millimeters. With this car measuring device with a 1-megapixel camera, the image display format can be set to 1280 x 720 pixels or 640 x 480 pixels. If the user opts for the smaller display with 640x480 pixels, the side edges of the image are not covered by menu symbols that are displayed. The image quality of the saved images can be selected between 480, 720 and 1080 pixels image height. It should be noted that when different formats are selected for the display and image storage, the image sections differ because the format difference means that parts of the image are removed at the top and bottom or on the right and left. On the other hand, the format set for the display is adopted for images that are recorded using the freeze function. Extensive image markings as one of the highlights of the PCE-VE 1500 series The current car measuring devices in this series offer convenient options for labeling the images taken. For example, image details can be easily circled or marked with arrows on the touchscreen and text can also be added. The recordings can be evaluated, labeled and clearly assigned directly on site without additional devices. The handling of these video boroscopes is nevertheless very uncomplicated thanks to the joystick, touchscreen and function keys. The various device models in the series differ only in terms of the resolutions and viewing directions of the cameras and the diameters and lengths of the borescope cables. With a weight of just over two kilograms, the industrial boroscope can be held with one hand for short periods of use. The function keys in the upper area of the handle and the joystick can also be operated with the same hand. However, the hand-held device can also be carried with the shoulder strap, attached to a tripod or placed or hung up next to the inspection point. Exchangeable boroscope cable with motor Another special feature of this car measuring device series is the motor for controlling the camera head. Motor, camera cable and camera have been designed as a complete unit so that the connection to the handheld device works quickly and easily. The camera unit can be easily and securely attached to the handset and released again if necessary. Joystick for camera control The joystick can be used to change the alignment of the camera head and thus the direction of view of the camera. Operating the joystick bends the moving camera head in the specified direction. In places, bending angles of more than 180 degrees are possible. The joystick is positioned above the handle so that it can be moved with one finger of the hand holding the borescope. Touchscreen functions As a touchscreen, the large display allows very easy access to many menus and special functions. Without the touchscreen, some of the functions offered by the industrial borescope would not be possible. This includes, for example, encircling details or placing texts with your finger or a stylus. The display and use of keyboards for text input only works with the touchscreen. Zoom: The images shown on the display can be digitally enlarged several times. To do this, double-tap the image or pull it apart with two fingers. By moving the image with your finger, not only the enlarged section can be checked directly on the VideoBoroscope, but the complete zoomed image. Picture-in-picture: The current picture of the examined object can be immediately compared with a stored picture on the industrial boroscope using the picture-in-picture function. By default, the saved image appears large and is overlaid by the smaller live image at the top right. Both images can be zoomed by pulling them apart. By double-tapping the small image, this changes to full-screen display and the previously large image is displayed in small. Grid: Showing the grid allows targeted comparisons of small image sections. The grid divides the current image on the video borescope into 29 rectangles of equal length and width. If the grid is activated, this is also applied to the saved images. Watermark: Not only the grid and the time-date stamp for the images, but also user-specific labels can be activated via the Watermark menu on the industrial borescope. The time-date stamp always appears in small red letters in the middle of the bottom edge of the image. Text color, text size and text position can be set for the user-specific picture stamps. On the one hand, they can be used to transfer designations of the examination object to each saved image. On the other hand, they can be used to add comments to saved images. Mark freeze images: After "freezing" the image by tapping the padlock pictogram on the touchscreen, the VideoBoroscope immediately activates the associated editing menu. When the pen icon is active, simple markings can be drawn on the image with your finger or a stylus. The selected image can then be saved under the current name or as an additional image. Report function: With the report function, reports can be created as PDFs in DIN A4 format on the industrial borescope. Up to twenty of the stored images can be inserted and captioned into these reports. Interfaces The car measuring device is equipped with the following interfaces: USB-A, USB-C, mini-HDMI, audio, WiFi and a memory card slot for SD cards up to 128 GB.

This videoscope is the only device in the PCE-VE 1500 series that is equipped with two cameras. One of them faces the front and the other faces the side. Both are positioned very close together on the camera head. An LED is arranged next to each of the cameras, with which the field of view can be illuminated if required. Settings on the endoscope for the image representation on the display and for the lighting of the camera field of view are effective for both cameras and both light sources at the same time. The user can choose at any time whether the videoscope shows the current image from the front camera, the side camera or both side by side on the large touchscreen display. The simultaneous display of both cameras makes orientation during the visual inspection much easier. In addition, it is advantageous to be able to use both the front and the side camera, especially when space is very limited. However, pictures and videos cannot be taken simultaneously with both cameras. When recording in the viewing mode in which both cameras can be seen, only the images from the activated camera are saved by the endoscope. If the user has activated image captions, then these only appear on the image of the activated camera. By default, the boroscope offers under the menu item Watermark, for example, overlays such as the date and time or the camera designation as CAM1 or CAM2. When the camera is activated, the selected captions appear in small red font at the edge of the image. If the other camera is to be activated, this is very easy to do with this endoscope via the touchscreen. All you have to do is double-tap on their image in the view in which the images from both cameras are shown side by side. The flexible endoscope cable, which is only 3.8 mm thick, is approx. 1.87 meters long from the front edge of the camera head to the rubber coating in the connection area. This means that internal surfaces and parts that are only accessible through very narrow openings can also be examined in detail with this boroscope. The camera head, which can be bent in all directions using a joystick, has a length of 42 millimeters and a bending radius of 35 mm at a bending angle of 90 degrees. Special features of the PCE-VE 1500 series Each videoscope in this series has the same basic device with extensive functions and useful accessories. The individual models differ only in the different cameras and the lengths and diameters of the camera cables. The operation of these endoscopes is very convenient thanks to the function keys, touchscreen and joystick on the basic device. With the battery and camera unit, the videoscope weighs just over two kilograms. The device can easily be carried with one hand. Depending on the environment, the shoulder strap, a magnetic holder or a tripod can also be attached to the attachment points provided for longer periods of use. While the endoscope is held with one hand, the joystick and the function keys on the handle can also be operated with the same hand. These function keys include the picture trigger and the light intensity control key for the camera's field of view. The camera cable can be guided with the other hand. Exchangeable endoscope cable with motor One of the standard features of these videoscopes is the motorized movement of the camera head. That's why the camera, camera cable and motor are designed as a single unit. This complete camera unit can be easily replaced if necessary. The connection to the basic device of the endoscope can be fixed and released again very easily. To increase durability, the cable is covered with tungsten braid and the tip of the camera head is made of titanium alloy. Control of the camera head via joystick The camera head of the videoscope can be moved with the joystick in order to use the camera's angle of view to precisely capture the areas that are to be examined. The movable camera head can be bent in all directions, in places by more than 180 degrees. The joystick is designed and placed between the handle and the display so that it can be easily operated with just one finger. Touchscreen functions The videoscope not only shows the current and saved images individually on the seven-inch display. With the picture in picture function, it also allows the current picture to be compared with a saved one. As a touchscreen, the monitor also offers very easy and quick access to the menu functions. The diverse functions that the borescope offers for marking details and placing annotations on the images would hardly be usable without the touchscreen. The current and saved images can be digitally enlarged several times on the display. All you have to do is double-tap the image or pull it apart with two fingers. If necessary, the enlarged section can be moved with your finger on the touchscreen. This allows the complete image to be checked directly on the endoscope. Important details on saved images can be immediately circled in colour, marked with arrows or labeled on the touchscreen. These tagged images can then be saved under the old name or as additional images. With the icons for the additional functions, it is possible to operate the videoscope intuitively via the touchscreen. With the help of the picture-in-picture function, for example, the current live picture can be compared with a picture that has just been “frozen” or with a picture that has been saved earlier. By default, the live image appears as a section at the top right. Double tapping it will make it the big picture and the older picture will switch to the top right. Interfaces The videoscope has the following connections for data transmission: USB-A, USB-C, HDMI, audio, WiFi and a memory card slot for SD cards up to 128 GB. All interfaces are arranged in the basic device to the left of the touchscreen under a cover.

The high-resolution videoscope is ideal for checking components that are difficult to access. Due to the materials used, the practical design and the extensive marking and commenting functions, the mobile industrial endoscope can also be used for particularly demanding tasks. The sophisticated equipment was optimized for technicians and engineers who want to evaluate and document their test results directly on site. With the IP protection class IP 67, the boroscope can also be used for examinations in very dusty environments. Due to the high degree of protection, even immersion in water, salt water or oil for up to 30 minutes does not damage the industrial endoscope. Possible areas of application for this videoscope include, for example, quality assurance in the manufacture of functional or safety-relevant components in machine, plant and vehicle construction. But the industrial endoscope is not only versatile for the visual inspection of new components, but also for inspections during scheduled and unscheduled maintenance or for building inspections. In addition, many meaningful investigations can be carried out almost non-destructively with the boroscope after accidents, abnormalities or malfunctions. Camera The industrial videoscope PCE-VE 1500-60200 is equipped with a front-facing camera. An LED is installed next to the camera lens, which can be used to additionally illuminate the field of view. In order to optimally illuminate the targeted area, the intensity of the light source can be adjusted in 6 steps at the push of a button. With the focus distance of 10 to 100 mm and the very large viewing angle of 120 degrees, many situations can be optically captured well. For the objects in the focus area, the boroscope delivers clear and detailed images with suitable brightness. The camera cable can be pushed further, pulled back or rotated to be able to examine further areas. In addition, the separately movable 60 mm long camera head can be bent in the desired direction with the help of a joystick. Touch screen The 7-inch videoscope monitor has a resolution of 1920 x 1200 pixels. It can not only be used to display the current camera view and the saved videos and images. As an easy-to-use touchscreen, it offers many additional functions. For example, the image displayed by the industrial endoscope can be digitally enlarged up to eightfold by double-tapping the image on the touchscreen or by pinching it with two fingers. Functions can be conveniently started and ended using the icons on the side edges of the touchscreen. Among other things, the displayed image can be easily rotated or mirrored by tapping a symbol in order to be able to evaluate or assign the image content more easily. Changes to the borescope settings and text input to explain the images can also be easily made using the touchscreen of this industrial endoscope. Endoscope cable The cable from the videoscope connected to the motor unit also has a diameter of only 6 mm in the camera area and is around 1.85 m long. The steerable camera head is 60 mm long and requires a 50 mm radius to change the direction of view by 90 degrees. The connection between the camera unit and the hand-held device can be easily and securely locked and released again. The cable sheathing is made of braided tungsten, the camera head is made of a particularly durable titanium alloy. Handling The industrial videoscope is very easy to operate using the touchscreen, joystick and function keys in the upper area of the handle. The handle lies securely and comfortably in the hand, with which the joystick, the image trigger and almost all function keys can also be used when holding it. The joystick located between the keys can be conveniently operated with one finger. Depending on the situation on site, it is advisable to use the supplied shoulder strap, a tripod or the magnetic holder for longer periods of use. Menu functions Thanks to the symbols for buttons and icons, the videoscope enables a largely intuitive use of the many additional functions after a short time. With the help of the picture in picture function, for example, the current live picture can be compared with a saved picture. The live image can either be displayed as a section or as a large background image. Other features allow overlaying the images with a grid and inserting different colored text and markers. This industrial endoscope also has a report menu. In the report, as a PDF document saved, selected images can be organized and explained with captions. You can choose from various keyboard types for text input, which are operated like on a smartphone. Pictures and videos The videoscope saves images as JPG and videos in MP4 format. To take a picture, all you have to do is press the shutter button on the handle or tap the icon on the touchscreen. The recordings can be stored in the internal memory or saved directly to an SD card or USB stick. Using the special functions of the industrial endoscope, any points on the saved images can be marked and annotated immediately after the image has been taken. Inserted correct time and date stamps and unambiguous component designations also facilitate the correct assignment later on. Power supply The industrial videoscope comes standard with two batteries and a power pack. The batteries can be easily replaced and, if necessary, charged during use. The batteries have a USB C interface for charging. With a capacity of 6,400 mAh, one battery charge is sufficient for more than 3 hours of operation. The current state of charge is displayed directly on the battery when the borescope is switched on. Accessories The videoscope comes with a sturdy trolley case for convenient and safe transport of the device. The scope of delivery also includes two device-specific batteries, a power adapter and a USB-C cable for charging the batteries, a shoulder strap, an HDMI cable, a SD memory card with 64 GB memory and an SD card reader with USB connection.

The videoscope PCE-VE 1500-60500 with the high-resolution camera, the camera diameter of only 6 mm and the five-meter-long camera cable is particularly suitable for inspecting the inside of pipelines, large vessels or machine components. The practical functions for marking and annotating the captured images directly with the touch screen considerably reduce the effort for the subsequent documentation of the found condition. If the inspection images need to be evaluated directly on site, this can be done quickly and easily with this videoscope. The robust design and the high degree of protection IP 67 of the camera cable allow it to be used even under difficult conditions. Camera and camera cable may even be immersed in water, salt water or oil for up to 30 minutes during the inspection. All videoscopes of this series can be operated very comfortably by means of function keys, touch screen and joystick. The handle fits so securely and comfortably in the hand that the image trigger, joystick and almost all function keys can also be operated with the same hand. Depending on the space available and accessibility of the examination site, however, a tripod, a magnetic holder or the shoulder strap can also be used to keep the hands free and still have the display in view. For inspections of safety or function-relevant components of buildings, technical plants, machines or vehicles, this videoscope offers extended possibilities for the documentation of visual examinations. Both for quality controls in the manufacturing plant and for regular or unscheduled inspections at the point of use, the extensive marking functions simplify the creation of comprehensible images for inspection reports. Camera features The camera on this videoscope is front-facing and has a very wide 120 ° angle of view. The field of view can be illuminated by switching on LEDs. This illumination can be adjusted to the environment in six steps at the touch of a button so that details are clearly visible. The high resolution of the camera, the large angle of view and the focus range of 10 to 100 mm enable meaningful and detailed images. Camera cable The camera cable has a diameter of 6 mm and is 5 m long. With these dimensions, the videoscope is well suited for the inspection of longer distances inside narrow pipelines, large turbines, large vessels or extensive cavities in which technical installations are located. The camera head is made of a very resistant titanium alloy, the sheathing of the videoscope cable is made of braided tungsten. The cable is connected to the motor unit and via this unit is connected to the evaluation and control unit. The connection to the handheld device can be quickly and securely fixed and released. The very flexible camera head, which can be moved by motor to change the viewing direction, is 60 mm long. For a 90-degree bend to change the viewing direction, the 60 mm long camera head requires a bending radius of 50 mm. To examine other areas of the object under examination, the videoscope cable with straight camera head is simply pushed further or pulled back. Touchscreen The videoscope is equipped with a 7-inch touchscreen offering an image resolution of 1920 x 1200 pixels. Menu functions can be easily started and ended via the touchscreen using the icons at the edges of the image. To enlarge the current image, it is sufficient to simply tap on it or pull it apart with two fingers. Function menu Via the symbols on the operating keys and the icons on the touchscreen mean, the videoscope can be operated without instructions after only a short time, despite many special functions. For example, the current image can be easily rotated ninety degrees at a time by tapping the corresponding icon, making it easier to assign the details of the image content. The picture-in-picture function allows another, already stored image to be called up in addition to the current image. In this way, the currently examined location can be compared directly on the touchscreen with a similar situation elsewhere or with the condition during the previous inspection. To do this, it is possible to select by tapping whether the live image is displayed large as a background or as a section in the saved image. One of the special functions of this videoscope is the report function. Images can be selected for the report and saved as a PDF together with explanatory texts. In addition, each saved image can be provided with predefined or self-created image stamps so that it can be more easily assigned to the correct project and the respective position. Coloured markers, which can be easily drawn on the image with the finger, allow the details to be highlighted quickly. Images and videos The videoscope not only shows live images on the display, it can also save images and videos. Images are stored as JPG and videos in MP4 format. The storage location can be selected between internal memory, USB stick or SD card. Via the markers and image stamps easily inserted into the image via touch screen after saving, the expressiveness of the images can be improved without much effort. Power supply The scope of delivery of the videoscope includes two special rechargeable batteries, which can be exchanged very easily. This means that when the first battery is empty, work can be continued immediately with the second battery. If a charging facility is available on site, the battery can also be charged while the videoscope is in use. The capacity of a fully charged battery is 6,400 mAh and enables an operating time of more than 3 operating hours. Accessories The PCE-VE 1500-60500 videoscope is supplied in a robust wheeled case, which can be tightly closed thanks to a quadruple locking and rubber coating. In addition to the videoscope, the case contains two device-specific batteries as standard, the matching power supply and a USB-C cable for charging, an HDMI cable for transferring data, a 64 GB SD memory card and an SD card reader with USB port, as well as a shoulder strap and, of course, the operating instructions.