PCE Instruments

The videoscope with side view camera gives you new, visual insights into the interior of motors and systems. The inspection camera is the ideal tool for maintenance and repair in workshops or industrial companies. Optical analysis with an inspection camera has never been so easy. Guide the flexible cable through a hole or a cavity near the point to be inspected and look at everything on the display from the inspection camera. Thanks to the flexible guidance, the low weight and the excellent optics, you can use this inspection camera to identify weak spots and problem areas very easily and early and thus take preventive measures without having to carry out complex disassembly first. This videoscope with side view camera is extremely versatile, particularly due to the length of the flexible part (2000 mm / 6.56 ft) and the small diameter of 3 mm / 0.11". LEDs on the inspection camera illuminate the cavities. The waterproof lens and camera can also be used in liquids without hesitation. Make your daily work easier and use the inspection camera for the maintenance and inspection of your operational systems and machines. The inspection camera can be used to save images and videos for documentation on a memory card. The inspection camera can be connected to a monitor via the HDMI interface.

This borescope is a two-way articulating industrial borescope, inspection camera, industrial endoscope or videoscope for the non-destructive inspection (NDI) of small components and hard-to-reach places. The camera head features 5 LED lights with automatic illumination. Pictures and videos are saved to the included 8 GB SD card memory, allowing easy transfer to a PC. The 1.5 m / 4.9 ft cable length and small 4.5 mm / 0.18 in diameter allow the video inspection camera unique access to view the insides of walls, pipes, vents, ducts, engines and machinery, thus eliminating the need for costly and time-consuming dismantling. Mechanical engineering, manufacturing, automotive, aviation, construction and heating, ventilation and air conditioning (HVAC) professionals alike find this video inspection camera useful in a variety of applications. ***Not for medical use***

This videoscope provides you with new, optical insights into the inner workings of machines and systems as well as in cavities, ventilation ducts, down pipes, chimneys, sewage pipes, etc. The Videoscope is the ideal tool for maintenance and repair in any industrial area, craft or workshop. Never was optical analysis with a videoscope so easy. This videoscope offers you entry into professional video inspection. Simple and network-independent, you can inspect damaged areas in machines and systems, pipes and other cavities. The sturdy camera head with a diameter of only 28 mm / 1.1 in masters bends even in pipes with a diameter of just 50 mm / 2 in. With the videoscope, images and video sequences of the components to be inspected can be stored directly in the device on an SD card.

The accelerometer has a measuring range of 0 ... 200 m/s² for acceleration. In addition to acceleration, the vibration meter can also measure speed, displacement, frequency and an ISO 18016-3 measurement. During the vibration measurement, an FFT view is simultaneously displayed on the vibration meter. By pressing a button, it is possible to switch from the FFT analysis to the actual wave view of the vibration. This makes it possible to analyse and evaluate a vibration even better with the vibration meter. The magnetic holder of the vibration sensor of the vibration meter is designed in such a way that it can be attached to curvatures with a minimum radius of 20 mm / 0.78". In addition to the vibration measurement, the accelerometer also has an external infrared temperature sensor. With this temperature sensor, surface temperatures between -70 ... 380 °C / 158 ... 716 °F can be measured. Another measuring function of the vibration meter is the contactless speed measurement. This means that the number of revolutions of ventilation systems, for example, can be checked with the vibration meter. The accelerometer has a 4 GB memory. The measurement data can then be transferred from the vibration meter to a PC. Free software is available to analyse the data. Because of its many functions, the accelerometer is a universally applicable measuring tool. Thus, the vibration meter can be used, for example, for maintenance work on generators or engines. Optionally, the vibration meter can be equipped with an ISO certificate.

The vibration analyzer is a technologically advanced instrument for the precise measurement and evaluation of vibrations in industrial applications. It enables the simultaneous measurement of vibrations on shafts and bearings across four independent channels. Equipped with high-quality piezoelectric acceleration sensors, even the smallest vibrations can be accurately captured. The vibration analyzer has various measurement functions, including acceleration, velocity, displacement, and rotational speed, to cover a wide range of applications. It also offers the capability of balancing with up to 8 correction planes to counterbalance imbalances in rotating machinery. Additionally, the vibration analyzer allows for route measurement, specifically for recurring measurements at identical measuring points. Evaluation according to ISO 10816 "Evaluation of mechanical vibrations" is also possible. For data transmission and storage, the device is equipped with a USB interface and an internal storage capacity of 4 GB. The vibration analyzer is robustly constructed and protected against dust and moisture to ensure its operation in demanding industrial environments. Engineers and technicians can utilize this vibration analyzer to precisely monitor and analyze machines, ensuring smooth operation and an extended lifespan.

The 4-channel Vibration Analyzer is especially designed for precise measurements of vibrations. Despite the fact that the 4-channel vibration Vibration Meter is a complex and sensitive device, its hardened design enables operation for many years. The PCE-VM 5000 Vibration Meter indicates a large, lighted LCD display for four channels of simultaneous vibration measurements from remote vibration sensors. The Vibration Meter measures in a frequency range of 10 Hz to 1 KHz for speed, acceleration, and displacement. The captured data values are saved on a SD memory card where you can choose between automatic and manual data storage. By means of the SD memory card the data can be transferred afterwards to a computer in order to analyze it in an excel file. With the PCE-VM 5000 Vibration Meter you can choose between different measurement units: for acceleration, the unit m/s², g, and ft/s² are able to be selected; for speed, mm/s, cm/s and inches/s can be used; and for the displacement, mm and inches can be choosen.

The camera microscope is a microscope with a large sample support surface of 380 x 225 mm / 15 x 8.9 in. This makes it possible to freely position even larger samples on the camera microscope. On the 7-inch LC display, the camera microscope, the samples can be analyzed directly. In addition, the LC display can be disassembled from the camera microscope and positioned by the supplied stand, freely on the workstation. Due to the large height adjustment range of 290 mm / 11.4 in of the camera microscope even very high objects can be increased. With the 48 SMD LED illumination on the camera microscope, the samples are optimally illuminated. Thus, the camera microscope is optimal due to its robust and large design suitable for use in, for example, schools, universities or in workshops.

This vibration meter, analyzer or sensor condition monitoring switch used to measure RMS and peak value of vibration velocity or acceleration piezoelectrically. This IP67-rated vibration monitoring switch features a red and green visual warning or alarm with programmable high pass and low pass filters.

This vibration meter, analyzer or sensor condition monitoring switch used to measure RMS value, peak value and of vibration velocity or acceleration piezoelectrically. This IP67-rated vibration monitoring switch features a red and green visual warning or alarm with programmable high pass and low pass filters.

This vibration meter, analyzer or sensor condition monitoring switch used to measure RMS value, peak value and frequency domain (FFT) of vibration velocity or acceleration piezoelectrically. This IP67-rated vibration monitoring switch features an external USB port, 8-pin female connector 711 and programmable high pass and low pass filters.

The accelerometer is used as a hand-held measuring device for the individual assessment of vibrations on machines and systems. With the help of this vibration meter, 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 be assessed. Thus, the vibration meter serves as a measuring device for a relative measurement on different machines. The accelerometer serves essentially as precautionary or preventive maintenance of production machines. Very often, the vibration meter is used to assess the state of smaller electric motors.

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.

The vibration analyzer is the ideal companion for checking vibrating parts, machines and plant. With the external vibration sensor of the vibration meter, the vibration displacement up to 3.9 mm, the vibration velocity up to 399.9 mm/s and the vibration acceleration up to 399.9 m/s² can be determined. RMS, peak, peak-to-peak and crest factor are available as measurement parameters on the vibration meter. Another function of the vibration measuring device is the automatic evaluation according to ISO 10816-3. Accordingly, the vibration meter can determine the current vibration state of a machine via a good/bad evaluation. This means that the vibration meter is used, for example, for repair and maintenance work on machines. The built-in LiPo battery with a capacity of 2500 mAh allows a battery life of up to 20 hours. The LiPo battery can be recharged via the micro-USB interface on the vibration measuring device. In order to process the measured values ​​further, they can be saved directly on the vibration analyzer. An internal memory is available for this. The measured values ​​can be saved manually as well as automatically by the vibration measuring device. After a measurement, the recorded measured values ​​can be read out on a PC. The software for the vibration meter can be used to analyse the measured data using the graphic display and tabular listing. The measurement data can be exported as a CSV file for further processing. If a firmware update is available for the vibration meter, this can also be carried out directly via the software.

The vibration analyzer is the ideal companion for checking vibrating parts, machines and plant. With the external vibration sensor of the vibration meter, the vibration displacement up to 3.9 mm, the vibration velocity up to 399.9 mm/s and the vibration acceleration up to 399.9 m/s² can be determined. RMS, peak, peak-to-peak and crest factor are available as measurement parameters on the vibration meter. Another function of the vibration measuring device is the automatic evaluation according to ISO 10816-3. Accordingly, the vibration meter can determine the current vibration state of a machine via a good/bad evaluation. This means that the vibration meter is used, for example, for repair and maintenance work on machines. The built-in LiPo battery with a capacity of 2500 mAh allows a battery life of up to 20 hours. The LiPo battery can be recharged via the micro-USB interface on the vibration measuring device. In order to process the measured values ​​further, they can be saved directly on the vibration analyzer. An internal memory is available for this. The measured values ​​can be saved manually as well as automatically by the vibration measuring device. After a measurement, the recorded measured values ​​can be read out on a PC. The software for the vibration meter can be used to analyse the measured data using the graphic display and tabular listing. The measurement data can be exported as a CSV file for further processing. If a firmware update is available for the vibration meter, this can also be carried out directly via the software.

The vibration analyzer is an ideal measuring device for fast and precise checking of vibrating parts, machines and systems. This vibration meter uses the external vibration sensor to determine the vibration displacement (measuring range 0.000 ... 3.9 mm), the vibration velocity (measuring range 0.00 ... 399.9 mm/s) and the vibration acceleration (measuring range 0.0 ... 399.9 m/s²). Various measurement parameters are available for the vibration meter, such as RMS, peak, peak-peak and crest factor. The vibration meter is equipped with a mode that allows a measurement to be automatically evaluated according to the limit values ​​of ISO 10816-3. The vibration meter analyzes the measured values ​​and shows a corresponding good/bad rating on the display. The built-in battery in the vibration measuring device has a capacity of 2500 mAh and can be recharged directly via the built-in micro-USB interface. In addition to the normal measuring mode, the vibration analyzer has an FFT mode. In the FFT mode, the frequency spectrum for the measured vibration speed or vibration acceleration is calculated and displayed. The calculated FFT lines are displayed in a graphic representation in an overall view for the entire frequency band and parallel to this in a zoom view to display the individual lines. An additional function is route measurement. The route measurement is specially designed for recurring measurements at identical measuring points. This enables an orderly measurement of different measuring points. Because of its extensive measuring functions, the vibration analyzer is therefore used for maintenance and repair work on machines. The measurement data displayed for the various measurement functions can be stored in the internal memory of the vibration analyzer. After a measurement, the measurement data stored on the vibration meter can be transferred to a PC via the built-in micro USB interface. The software for the vibration meter then enables a graphic and tabular analysis of the measured values. The software can export the measurement data as a CSV file for further processing. In order to keep the vibration measuring device up to date, the software can also perform an automatic firmware update in addition to analyzing the measurement data.

The vibration meter is an ideal measuring device for fast and precise checking of vibrating parts, machines and systems. This vibration meter uses the external vibration sensor to determine the vibration displacement (measuring range 0.000 ... 3.9 mm), the vibration velocity (measuring range 0.00 ... 399.9 mm/s) and the vibration acceleration (measuring range 0.0 ... 399.9 m/s²). Various measurement parameters are available for the vibration meter, such as RMS, peak, peak-peak and crest factor. The vibration meter is equipped with a mode that allows a measurement to be automatically evaluated according to the limit values ​​of ISO 10816-3. The vibration meter analyzes the measured values ​​and shows a corresponding good/bad rating on the display. The built-in battery in the vibration measuring device has a capacity of 2500 mAh and can be recharged directly via the built-in micro-USB interface. In addition to the normal measuring mode, the vibration meter has an FFT mode. In the FFT mode, the frequency spectrum for the measured vibration speed or vibration acceleration is calculated and displayed. The calculated FFT lines are displayed in a graphic representation in an overall view for the entire frequency band and parallel to this in a zoom view to display the individual lines. An additional function is route measurement. The route measurement is specially designed for recurring measurements at identical measuring points. This enables an orderly measurement of different measuring points. Because of its extensive measuring functions, the vibration meter is therefore used for maintenance and repair work on machines. The measurement data displayed for the various measurement functions can be stored in the internal memory of the vibration meter. After a measurement, the measurement data stored on the vibration meter can be transferred to a PC via the built-in micro USB interface. The software for the vibration meter then enables a graphic and tabular analysis of the measured values. The software can export the measurement data as a CSV file for further processing. In order to keep the vibration measuring device up to date, the software can also perform an automatic firmware update in addition to analyzing the measurement data.

This vertical force test stand is a motorized test station with a force range of up to 500 N. Thanks to the large travel of 270 mm, a wide variety of test specimens, clamping devices and measuring systems with the most diverse dimensions can be mounted on the vertical force test stand and, furthermore, a tensile or also a compression test can be carried out. The travel speed can be precisely adjusted in 1 mm/min steps between 1… 500 mm/min. The set speed is shown on the display of the vertical force test stand. The travel is also shown directly on the display. In addition to setting the speed, the vertical force test stand also offers the option of switching between automatic and manual mode. In manual mode, the force test stand only travels the path when the corresponding key is pressed. In automatic mode, this takes place automatically until the operator stops the process or a limit switch is approached. The travel distance of the vertical force test station can be limited via the limit switch. This has the particular advantage that the operator can use the limit switches to limit the travel path, for example to protect the measuring device before it hits the floor of the vertical force test stand or moves into the chuck, thereby causing overload and damage to the measuring system. In addition to the force test stand, PCE also offers suitable measuring devices that can be connected to the vertical force test stand. Different chucks for a wide variety of test tasks are also optionally available. A large range of measuring tasks can thus be carried out with a single measuring system.

The moisture meter is a portable measuring device for water activity. Water activity indicates the amount of water that is biologically available for microorganisms such as bacteria, fungi, or similar. Each type of microorganism has a minimum water activity value below which no growth is possible. The higher the aw value of a food, the more perishable it is. Bacteria typically require a water activity of over 0.98, but significantly lower water activity of up to 0.6 can be tolerated by extremely halophilic bacteria, for example. The moisture meter has a measurement range of 0.01 aw to 1 aw with high accuracy of ±0.03 aw. The measuring attachment is magnetic, ensuring that the sample can be measured securely and protected from light. The moisture meter comes with 3 sample trays, allowing many food items to be quickly tested for shelf life. Additionally, 2 AAA 1.5V batteries are required to operate the moisture analyzer. It is used in the food industry, for water activity analysis in laboratories, seed storage, and other fields.

The Moisture Meter enables the simultaneous or separate measurement of water activity on 4 channels. It measures water activity within a range from 0 ... 1 aw and temperature from -10 ... +50 °C. Our meter is equipped with a 7" touchscreen that displays the data in real time and saves it for later analysis. Results, graphs and measurement data can be called up at any time. Thanks to the professional sensor, the device provides very accurate results within 3 to 5 minutes. The Moisture Meter has three different measurement modes: normal measurement mode, a quick measurement mode and the continuous display mode as well as a real-time display of the measurement curve. It can be calibrated from 1 to 6 points and the menu is available in several languages, including Chinese, English, French and Spanish. The device's memory can save the data from the 4 channels, with each channel holding up to 65,535 data records. The data can be printed out at any time using the integrated printer. The device's software enables real-time control and display of water activity and temperature. The data can also be output as a PDF, in Excel format or as a screenshot. This Moisture Meter is suitable for a wide range of applications, including quality control in the food and cosmetics industries, research institutes, biological and pharmaceutical research as well as other scientific laboratories and paper manufacturing. The Moisture Meter is supplied with an aw sensor and sample holder. Accessories such as additional aw sensors, sample holders as well as replacement paper and sample cups can also be purchased from us.

The moisture analyser is a powerful instrument that has been specially developed for determining the water activity in various materials. With a measuring range of 0.00 to 1.00 aw, this moisture analyser offers a wide range of applications, from foodstuffs to pharmaceutical products and chemical substances. The moisture analyser is equipped with a practical measured value memory for 99 measurements, which allows the user to save measurement results for later analyses or comparisons. This feature of the water activity analyser helps to improve efficiency and traceability in various applications. The supplied PC software can be used for real-time measurement, which transfers the result of the last measurement directly to the PC. Overall, the moisture analyser is a reliable instrument for users who require precise and accurate water activity measurements. Its wide measuring range, high resolution, accuracy and practical features such as the measured value memory and backlit LCD make it an indispensable tool in various industries where water activity control is crucial for quality assurance.

This portable handheld digital moisture tester or analyzer used to measure the moisture content of wood. This hammer-style wood moisture analyzer features preset characteristic curves for measuring moisture in 270 different wood types. A table of exotic wood type coefficient values is provided in the user manual to allow for proper calculation. The table lists coefficient values for exotic wood types including but not limited to Gonzales Alves, Pine, Brazilian-Rosewood, Chipboard, Cedar, Dogwood, European Aspen, Elm, Oak, Juniper, Maple, Ash, Quebracho Blanco and Colorado, Sandalwood, Mahagony, Olive, Umbrella, Pear, Persimmon, African Walnut, Teak, Willow and more.

The Flow Meter measures the wind flow using ultrasonic transducers to determine the exact wind speed and direction. The ultrasonic measuring principle eliminates the need for moving parts, as used in mechanical cup anemometers, so there is no wear due to mechanical friction. The Flow Meter has a robust construction, is designed for use in industrial environments and is highly resistant to radio frequencies and electromagnetic waves. Thanks to its high IP65 protection, it is also protected against the ingress of dust and water, making it ideal for outdoor use. The Flow Meter offers RS485 Modbus RTU bus communication and is therefore compatible with the latest industrial communication protocols. The compact design of the Flow Meter enables the measurement of wind speed and direction in a single device, significantly reducing the complexity and space requirements of conventional mechanical anemometers and wind vanes. Typical applications include solar trackers, irrigation control systems, greenhouse automation, wind turbines, cranes and weather stations. The device is ideal for any application that requires precise wind monitoring for control, safety or industrial resource optimisation.

The Wind Speed Meter can be used in various fields of application. In use, the wind speed meter with cable and data logger 230 V starts measuring even the slightest wind movements. On the one hand, the wind speed meter can be used to monitor the current wind speed. On the other hand, it is also possible to use the wind speed meter with cable and data logger 230 V to measure average values for the last two or five minutes. If the wind speed values are higher than the pre-set values, a pre-alarm is activated before the alarm is triggered. Both alarms are emitted visually and audibly on the Wind Speed Meter. If the pre-alarm is activated, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. If the regular alarm needs to be activated, the red LED will flash and the device will beep continuously. In general, the wind speed meter is used wherever wind monitoring is required. This is often the case in factories, mines, wind turbines and the like. If required, a relay can also be connected to the Wind Speed Meter. In addition to the low wind speeds, the wind speed meter is characterised by its high reliability and high accuracy.

The Wind Measurer can be used in various fields of application. In use, the wind speed meter with cable and data logger 24 V starts measuring even the slightest wind movements. On the one hand, the wind speed meter can be used to monitor the current wind speed. On the other hand, it is also possible to use the wind speed meter with cable and data logger 24 V to measure average values for the last two or five minutes. If the wind speed values are higher than the pre-set values, a pre-alarm is activated before the alarm is triggered. Both alarms are emitted visually and audibly on the Wind Measurer. If the pre-alarm is activated, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. If the regular alarm needs to be activated, the red LED will flash and the device will beep continuously. In general, the wind speed meter is used wherever wind monitoring is required. This is often the case in factories, mines, wind turbines and the like. If required, a relay can also be connected to the Wind Measurer. In addition to the low wind speeds, the wind speed meter is characterised by its high reliability and high accuracy.

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

The wind warning device can be used in different fields of application. In use, the wind measuring device carries out measurements from the smallest wind movements. The wind warning device can be used on the one hand to monitor the current wind speed. On the other hand, it is also possible to use the wind measuring device to measure the average value of the last two or five minutes. If the wind speed values ​​are higher than the preset values, a pre-alarm is first activated before the alarm is output. Both alarms are given visually and acoustically on the wind warning device. If the pre-alarm takes effect, a yellow LED will flash on the front of the device and a beeper will emit a periodic warning tone. When the normal alarm needs to be activated, the red LED will flash and the beep will be played continuously by the device. In general, the wind warning device is used wherever wind monitoring has to be carried out. This is often the case in factories, mines, wind turbines and similar. If necessary, a relay can also be connected to the anemometer. In addition to the low wind speeds, the wind measuring device is characterized by its high reliability and high accuracy. ***Sensors sold separately***

Air Flow Meter is primarily used to measure and monitor the wind load on cranes or wind turbines. Furthermore, the wind situation can be measured and analyzed before commissioning a wind turbine. The Wind Speed Meter PCE-WSAC 50W 230 is equipped with alarm relay for a pre-alarm or main alarm. Due to the high measuring range of up to 50 m / s of the anemometer, stormy gusts can also be monitored. The radio range of the anemometer is in the open field up to 750 m / 2500 ft in the free frequency band of 2.4 GHz. When installing the display of the anemometer PCE-WSAC 50W 230 in buildings, a range of up to 60 m / 200 ft can be achieved for the wind sensor. Due to the integrated 4 ... 20-mA analogue output of the wind alarm display, the measured data can also be transferred to other controllers for evaluation.

The WiFi videoscope with the 4-way camera head is a versatile tool for visual inspection and image capture in hard-to-reach areas. With a flexible cable length of 1 meter, the WiFi videoscope provides the necessary reach to penetrate tight spaces and capture accurate images. The WiFi videoscope's image transmission is done wirelessly via WiFi, allowing easy and convenient connection to iOS and Android devices. Using the corresponding app, you can control functions of the WiFi videoscope, view live images, and record videos. This makes inspection and documentation of hard-to-reach areas extremely efficient. The app for the WiFi endoscope also offers the option to store images and videos directly on your mobile device. This facilitates the organization and access to the recordings made with the WiFi videoscope, allowing you to easily share or archive important information. The camera head of the WiFi videoscope has 6 dimmable LEDs mounted on the device's head. These LEDs provide sufficient illumination in dark or poorly lit environments, allowing you to adjust the light intensity on the WiFi videoscope as needed to ensure optimal image quality. Overall, the WiFi videoscope with the 4-way camera head, its flexibility, wireless connectivity, storage, and lighting options is a useful tool for various applications, such as maintenance, inspection, and diagnosis in areas where conventional cameras cannot reach.