| Description | This Oscilloscope was developed for mobile use and for quick signal analyses in the workshop, laboratory or on site. It records voltages in the range from -400V ... +400V, depending on the selected mode (X1 or X10, switchable directly on the device). It offers a vertical sensitivity of 10 mV/div ...This Oscilloscope was developed for mobile use and for quick signal analyses in the workshop, laboratory or on site. It records voltages in the range from -400V ... +400V, depending on the selected mode (X1 or X10, switchable directly on the device). It offers a vertical sensitivity of 10 mV/div ... 10V/div in X1 mode and 100 mV/div ... 100V/div in X10 mode. The measurement is carried out using the crocodile clips supplied. With a time base of 10 µs ... 500 s/div, a bandwidth of 200 kHz and a sampling rate of 2.5 MS/s, the Oscilloscope enables reliable and precise visualization of electrical signals.
For efficient signal processing, waveforms can be paused and selectively shifted - for example to detect interference or to analyze complex modulation processes. The automatic measurement function records signal parameters such as frequency, period duration, effective value (RMS), average value (AVG), maximum and minimum voltage as well as the peak-to-peak value. An adjustable trigger voltage ensures a stable display. DC and AC voltages can be viewed separately via a switchable coupling. An integrated calibration signal output with 1 kHz and 50% duty cycle is available for checking test leads or probes.
A high-resolution 2.8-inch color display clearly shows the waveform. Power is supplied by a 1000 mAh lithium battery, which is charged via USB-C (5V/1A). Automatic switch-off after 30 minutes increases energy efficiency in mobile operation. With its compact dimensions, the Oscilloscope is ideal for flexible use in the field, in training or as a handy diagnostic tool in the electrical workshop. The Oscilloscope combines precision, mobility and functionality in one compact device.
... Read More | The Force Sensor enables the precise measurement of tensile stress in filaments and linear materials. This handy digital Force Sensor offers three freely selectable operating modes: real-time, hold, and peak value. It supports five different units of measurement (cN, oz, kgf, N, lb) and achieves a The Force Sensor enables the precise measurement of tensile stress in filaments and linear materials. This handy digital Force Sensor offers three freely selectable operating modes: real-time, hold, and peak value. It supports five different units of measurement (cN, oz, kgf, N, lb) and achieves a measurement accuracy of ±2.5% FS.
The Force Sensor is equipped with an integrated USB interface, which enables convenient data communication. Recorded data sets can be transferred to PC software for further processing and exported as an XLSX file. A total of up to 41 data groups can be stored on the Force Sensor, which supports systematic process control.
Thanks to variable thickness adjustment and a measuring head width of 65 mm, the Force Sensor offers high flexibility for a variety of applications. The Force Sensor is widely used in the wire and cable industry, the textile and chemical fiber industry, the metal wire and carbon fiber industry, as well as in many other sectors.
This Force Sensor impresses with its ease of use, precise measurement results, and versatile applications, making it the ideal solution for professional measurement tasks. The Force Sensor is powered by 2 AA batteries, which can be charged using the supplied mains adapter.... 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 | Laboratory for liquids up to 5 litres / Stirring speed up to 1600 rpm / 1 stirring position / Stirring plate - acrylic glass / Compact
The Laboratory is a compact and powerful laboratory device for the efficient mixing of liquids. With an adjustable stirring speed of 200 to 1600 rpm, it is ideal Laboratory for liquids up to 5 litres / Stirring speed up to 1600 rpm / 1 stirring position / Stirring plate - acrylic glass / Compact
The Laboratory is a compact and powerful laboratory device for the efficient mixing of liquids. With an adjustable stirring speed of 200 to 1600 rpm, it is ideal for volumes of up to 5 liters. The robust stirring plate made of acrylic glass with dimensions of 173 × 180 mm provides a stable work surface.
The Laboratory is driven by a brushless motor, which guarantees particularly quiet and low-maintenance operation. The stirring rod supplied measures 8 mm in diameter and is 30 mm long - ideal for a wide range of everyday laboratory applications. With a power consumption of just 10 watts, the Laboratory is also extremely energy-efficient. Power is supplied flexibly via 100 to 240V AC at 50/60 Hz.
Typical areas of application are chemical and biological laboratories, research facilities and industrial processes where reliable and uniform mixing is required.... Read More | The Material Tester works according to the pulse-reflection principle of ultrasonic measurement and delivers precise results for a wide range of materials. It is ideal for measuring coating thicknesses on non-metallic substrates, such as plastic parts, wood or glass, as well as for determining the The Material Tester works according to the pulse-reflection principle of ultrasonic measurement and delivers precise results for a wide range of materials. It is ideal for measuring coating thicknesses on non-metallic substrates, such as plastic parts, wood or glass, as well as for determining the thickness of metallic base materials and coatings.
Thanks to its multi-layer measurement function, the Material Tester enables the precise analysis of complex material structures and multi-layer systems. The brilliant IPS color display ensures a razor-sharp display of all measured values, parameters and waveforms. The integrated waveform display allows precise control of the signal quality and thus contributes to the high measurement accuracy.
The sonic velocity can be individually adjusted to achieve optimum results for different materials. In addition, the Material Tester has 21 preset materials that are ready for immediate use. Thanks to the continuous measurement function, larger areas can also be checked quickly and efficiently.
Another advantage of the Material Tester is the internal memory for up to 999 data records, which can be used to easily document and later analyze measurement results. The stored data can be displayed directly on the device and, if required, conveniently read out, analyzed and exported in various formats using the PC software supplied.... Read More |