| Description | The Accelerometer is a handy measuring device for vibration analysis and machine monitoring in industry, production and maintenance. It is particularly suitable for rotating machines such as motors, pumps, gearboxes or fans, in order to detect imbalances, misalignments or bearing problems at an The Accelerometer is a handy measuring device for vibration analysis and machine monitoring in industry, production and maintenance. It is particularly suitable for rotating machines such as motors, pumps, gearboxes or fans, in order to detect imbalances, misalignments or bearing problems at an early stage. Thanks to its portable design, it can be used directly on site for quality control, commissioning or predictive maintenance.
The Accelerometer records the three most important vibration parameters – acceleration, velocity and displacement – and displays them simultaneously on the screen. The frequency ranges are 10 Hz to 10 kHz for acceleration and 10 Hz to 1 kHz for velocity and displacement. These values enable precise measurements of both high-frequency vibrations, such as those occurring in gearboxes, and low-frequency movements of slow-running machines.
Technically, the Accelerometer is based on a piezoelectric acceleration sensor, which ensures high measurement accuracy, exact repeatability and a wide frequency range. The measured values are shown on a 4-digit, 2-inch LCD display that supports both metric and imperial units. Practical functions such as MAX-Hold allow the highest measured value to be stored. With its robust design, low weight (123 g), compact dimensions and rechargeable battery, the Accelerometer is particularly mobile and easy to use. The Accelerometer is specifically suitable for operational use in maintenance, for service technicians, mechanical engineers and quality assurance departments that need to monitor machine conditions. The device can also be used in training courses or technical laboratories to demonstrate vibrations and their effects. The Accelerometer allows precise statements to be made about the condition of machines, reduces the risk of failure and extends the service life of critical components.... Read More | The Accelerometer offers a reliable solution for monitoring vibrations in industrial machinery. The device can measure and output either acceleration, velocity, or displacement. The desired measurement parameter is conveniently set using integrated DIP switches. The device operates in the frequency The Accelerometer offers a reliable solution for monitoring vibrations in industrial machinery. The device can measure and output either acceleration, velocity, or displacement. The desired measurement parameter is conveniently set using integrated DIP switches. The device operates in the frequency range of 10 Hz to 1000 Hz and meets the requirements of ISO 2954. The measurement ranges are 0.5 to 199.9 m/s² for acceleration, 0.5 to 199.9 mm/s for velocity, and 0 to 1.999 mm for displacement. The high resolution of 0.1 m/s², 0.1 mm/s, and 0.001 mm enables precise measurement of even the smallest vibrations. Accuracy is ±5% + 2 digits under typical operating conditions.
The Accelerometer supports both RMS and peak-to-peak measurements, offering versatile analysis options. The analogue 4–20 mA interface enables easy integration into existing monitoring systems. Separate vibration measurement is carried out via a robust probe with a magnetic mount, ensuring flexible and secure attachment to the measurement object. The Accelerometer’s housing is rated to IP63, and the probe to IP60. Power is supplied via 12–30 V DC, allowing the Accelerometer to be integrated into a wide variety of industrial environments.
Thanks to zero and span adjustment, the Accelerometer can be optimally adapted to the respective measurement requirements. Operation is particularly user-friendly thanks to the compact design and ease of use. The Accelerometer is ideal for condition monitoring of machinery, preventive maintenance, and continuous process monitoring in industry. Typical applications include the monitoring of motors, pumps, fans, and other rotating machinery in production, maintenance, and quality assurance.... Read More | The Condition Monitoring is certified in accordance with IEC 61672-1:2013, Class 1 and is ideally suited for professional use in noise monitoring. With a wide frequency range from 10 Hz to 20 kHz and extensive filter options, the device enables precise measurements in almost all areas of applicationThe Condition Monitoring is certified in accordance with IEC 61672-1:2013, Class 1 and is ideally suited for professional use in noise monitoring. With a wide frequency range from 10 Hz to 20 kHz and extensive filter options, the device enables precise measurements in almost all areas of application. The frequency weightings A, C and Z as well as the time weightings S (Slow), F (Fast) and I (Impulse) are supported in order to always ensure application-appropriate measurement behaviour.
The Condition Monitoring also impresses with its comprehensive connectivity: Ethernet, WiFi and USB Type-C enable flexible and uncomplicated data transfer. The internal 8 GB memory and optional SD cards with up to 64 GB provide sufficient storage capacity for extensive measurement campaigns. The high-resolution 4-inch TFT touch display ensures intuitive and convenient operation. Measured variables such as Lp, Lmax, Lmin, Leq, Lpeak, LN(1-99) and numerous other useful functions are displayed clearly and in detail, enabling professional detailed evaluation of the measurement results with this Condition Monitoring.
Its wide range of applications makes the Condition Monitoring the ideal solution for environmental noise monitoring, traffic noise analysis, noise exposure assessment, occupational health and safety monitoring and airport noise monitoring.
The software included in the scope of delivery extends the functionality considerably: it enables live data reception via Ethernet or WiFi, access to stored measurement data and the export of results as a PDF report or CSV file. In addition, the display of the measurement parameters can be freely configured within the software, allowing customisation to specific analysis requirements.... Read More | The Health & Safety is ideal for precisely determining the electrical resistance of materials and surfaces in electronics manufacturing, ESD protection, laboratories and quality control. It is used to reliably determine whether a material is conductive, static dissipative or insulating, thus making The Health & Safety is ideal for precisely determining the electrical resistance of materials and surfaces in electronics manufacturing, ESD protection, laboratories and quality control. It is used to reliably determine whether a material is conductive, static dissipative or insulating, thus making a decisive contribution to the prevention of electrostatic discharge. Thanks to its compact design and ease of use, the device is ideal for both mobile use and stationary measurements and also serves as an ESD measuring device and electrostatic measuring device. Our measuring device covers a wide measuring range from 10³ ? to 10¹? ? and offers a measuring accuracy of 1 decade. The maximum display value is 20 G?; values above this indicate that the measuring range has been exceeded. The temperature measuring range is 0 ... 50°C / 32 °F ... 122°F with a deviation of ±2°C / ±3.6°F. An automatic switch-off after approximately five minutes ensures energy-saving operation, while the integrated backlight and data hold function allow for convenient reading of the measured values.
This Health & Safety has an easy-to-read 2.2-inch LCD display showing temperature, resistance, battery status and measurement mode. Three easy-to-use buttons control all functions, such as power on/off, temperature unit switching and data hold. Power is supplied by a 9 V block battery, allowing the Health & Safety to be operated independently of the mains. The Health & Safety also allows measurements to be taken on irregularly shaped objects and provides a clear evaluation of the measurement results: Values from 10³ to 10? ? indicate conductive materials, 10? to 10¹¹ ? indicate static dissipative properties, and from 10¹² ? onwards, surfaces are considered insulating. The device thus provides a quick and precise assessment of electrostatic properties and ensures greater safety and quality in sensitive production environments.
This measuring device is ideal for specialists in electronics manufacturing, ESD officers, technicians, engineers, testing laboratories and anyone who needs to check surfaces for electrical conductivity. As an ESD measuring device and electrostatic measuring device, it also provides reliable support in complying with electrostatic protection measures.... Read More | The Material Tester is a high-quality measuring instrument designed for calibrating torque sensors and for the precise measurement of the tightening torque of screws and other fasteners. The Material Tester offers a high accuracy of ±1% within the range of 10% ... 100% of the scale and can be The Material Tester is a high-quality measuring instrument designed for calibrating torque sensors and for the precise measurement of the tightening torque of screws and other fasteners. The Material Tester offers a high accuracy of ±1% within the range of 10% ... 100% of the scale and can be operated in both clockwise and anti-clockwise directions.
The Material Tester supports several operating modes such as Peak Hold, MAX, and real-time measurement. In Peak Hold mode, the maximum value is automatically saved, and the measurement data can be transferred via USB to the software, which also enables a pass/fail evaluation. Tolerance ranges can be set directly on the device, allowing values to be checked quickly. An integrated LED traffic light display shows the measured value at a glance.
The choice between the units Newton-meter (N·m), kilogram-force-centimeter (kgf·cm), and pound-force-inch (lbf·in) enables flexible applications across various industries. With a storage capacity of 2,000 measurement groups and the option of data transfer via USB, the measuring instrument is ideal for use in the mechanical engineering industry and in scientific research facilities.
The Material Tester operates reliably at ambient temperatures of 5 to 40°C / 41 … 104°F and is powered by a 7.2 V NiMH battery, which is optimized for mobile use.... Read More |