| Description | 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 Clamp Meter is a multifunctional meter for the precise measurement of alternating and direct voltage as well as alternating and direct current that can be measured without direct contact to the line. The Clamp Meter is suitable for measuring resistance, temperature, diodes, continuity, The Clamp Meter is a multifunctional meter for the precise measurement of alternating and direct voltage as well as alternating and direct current that can be measured without direct contact to the line. The Clamp Meter is suitable for measuring resistance, temperature, diodes, continuity, frequencies and capacitance and is particularly useful for diagnosing electrical and electronic components.
For maximum measurement accuracy, the Clamp Meter supports True RMS for non-sinusoidal waveforms and a Low Impedance (LoZ) function to reduce interference. The non-contact voltage test enables reliable detection of voltages in cables and sockets.
The 2-inch LC display ensures clear readability, even under poor lighting conditions and an integrated LED torch makes it easier to work in dark environments. The device also offers automatic and manual measurement range selection, allowing it to be flexibly adapted to different measuring situations. The device also has a practical zero key which enables accurate measurement of low currents, especially when measuring direct current (DC) and ensures the compensation of deviations of the output value. Other functions include overload protection, data hold, min, max and an automatic power-off after 15 minutes to conserve battery life. The power-off can also be deactivated for longer measurements.
Compact and easy to use, the Clamp Meter is ideal for electrical installations, maintenance work and use in automation technology. It enables safe and efficient measurements, often without direct intervention in the circuit.... Read More | The Force Gage is used to precisely check the tension of belts in machines and systems, thereby ensuring optimum power transmission. This Force Gage measures the oscillation frequency of the belt and immediately calculates the belt tension, which is displayed directly in newtons. The measuring rangeThe Force Gage is used to precisely check the tension of belts in machines and systems, thereby ensuring optimum power transmission. This Force Gage measures the oscillation frequency of the belt and immediately calculates the belt tension, which is displayed directly in newtons. The measuring range is between 10 and 680 Hz, with an accuracy of ±1 Hz for frequencies below 100 Hz and ±1% for frequencies above 100 Hz, with a total error of less than 5%.
Special features of the device include the flexible gooseneck sensor for hard-to-reach areas and the option to directly enter the belt length, belt mass and belt width (max. 999.9 mm), which makes the calculation of the belt tension particularly precise. The Force Gage can be switched between displaying the oscillation frequency in Hz and the calculated belt tension in N. It is powered by 3 × AA batteries, making it flexible to use.
This Force Gage is primarily used in the maintenance of conveyor systems, mechanical engineering, the automotive industry and wherever belts need to be tensioned precisely to ensure the performance, safety and service life of the equipment.... Read More | The Material Tester is a high-precision testing device for calibrating and checking the function of torque spanners in industrial and technical applications. Developed for professional use, the tester enables the reliable measurement of torques of up to 50 Nm / 37 ft-lb and is therefore ideal for The Material Tester is a high-precision testing device for calibrating and checking the function of torque spanners in industrial and technical applications. Developed for professional use, the tester enables the reliable measurement of torques of up to 50 Nm / 37 ft-lb and is therefore ideal for use in the automotive industry, mechanical engineering and research and development.
With the option of switching between real-time and peak value mode, the Material Tester offers flexible handling and maximum control when analyzing measurement results. The limit value function warns on the display if defined values are exceeded or not reached, which increases safety and quality assurance in the work process with the Material Tester.
The measurement results are displayed in various units such as Nm, kgf cm or lbf in and can be saved internally. Up to 99 measured values can be stored in the device and called up as required. With a measuring accuracy of ±1%, the Material Tester guarantees reliable results even in demanding applications.
Different model variants of the Material Tester cover a wide range of torque ranges and offer a robust design and user-friendly operating interfaces. This makes the Material Tester the ideal solution for precise and efficient testing processes in a professional environment.
... Read More | This modern Oscilloscope impresses with a real-time sampling rate of up to 1 GSa/s and an analogue bandwidth of 100 MHz per channel. It is ideal for the precise acquisition of both periodic analogue and aperiodic digital signals. Thanks to the 7-inch colour TFT LCD touchscreen with a resolution of This modern Oscilloscope impresses with a real-time sampling rate of up to 1 GSa/s and an analogue bandwidth of 100 MHz per channel. It is ideal for the precise acquisition of both periodic analogue and aperiodic digital signals. Thanks to the 7-inch colour TFT LCD touchscreen with a resolution of 800 × 480 pixels, the Oscilloscope can be operated intuitively. The slim and lightweight design makes it particularly mobile and flexible to use.
The Oscilloscope offers complete trigger functions (single/normal/automatic) and a practical one-button auto-setup function to quickly adjust signals. An integrated high-voltage protection module ensures safe measurements by tolerating continuous voltages of up to 400 V. The powerful waveform image manager also enables functions such as thumbnail view, detailed view, page turning, zooming and panning. A Lissajous graphic display for amplitude, frequency and phase analysis and an FFT view for analysing harmonics are also available, while a high-performance lithium battery with 6,000 mAh capacity enables up to four hours of continuous operation. This makes the Oscilloscope ideal for mobile use. With an internal 1 GB memory, up to 1000 screenshots and as many sets of waveform data can be saved. The data can be transferred to a computer as a file via the USB-C interface.
The scope of delivery includes two 100 MHz probes and accessories as well as a power supply unit with data cable. This makes the Oscilloscope perfect for analysing and diagnosing signal interference in circuits, power supply units or control units as well as in the development of electronic components.... Read More |