| Description | 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 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 | This innovative 3-in-1 Oscilloscope is the perfect combination of a powerful Oscilloscope, a versatile multimeter and a signal generator. It has been specially developed for electronics technicians, engineers and hobby users who are looking for a compact, versatile and user-friendly device to carry This innovative 3-in-1 Oscilloscope is the perfect combination of a powerful Oscilloscope, a versatile multimeter and a signal generator. It has been specially developed for electronics technicians, engineers and hobby users who are looking for a compact, versatile and user-friendly device to carry out their measurement tasks efficiently.
The 2-channel Oscilloscope offers a bandwidth of 10 MHz and a sampling rate of 50 MS/s, which enables signals to be reliably recorded and analysed. Whether troubleshooting circuits, observing waveforms or analysing transients, this Oscilloscope delivers clear and precise results. Thanks to its high resolution and simple operation, even complex signal curves can be easily visualised. The Oscilloscope image can be saved to the internal memory as a screenshot and transferred to a computer via the USB-C interface.
The device also has extensive multimeter functions that cover a wide range of measurements. These include voltage measurements (DC and AC voltage), current measurements (DC and AC current), resistance measurements, capacitance measurements and diode test. Another practical feature is the integrated non-contact voltage detection, which allows you to reliably detect live wires.
The signal generator ideally complements the device by generating signals within a range of 1 Hz to 2 MHz. It supports various signal shapes such as sine, square, triangle, half wave, full wave, noise and DC signals. This function makes the Oscilloscope particularly useful for tests, simulations and the development of circuits. Thanks to its compact design and the combination of Oscilloscope, multimeter and signal generator, this device is an indispensable tool for anyone who values efficiency and precision when working with electronics.... Read More | The rain and snow Temperature Sensor is used for reliable detection of precipitation and is used to monitor weather conditions in environmental stations, for irrigation control systems or in industrial plants. The rain and snow Temperature Sensor enables a quick and reliable response to rain or snowThe rain and snow Temperature Sensor is used for reliable detection of precipitation and is used to monitor weather conditions in environmental stations, for irrigation control systems or in industrial plants. The rain and snow Temperature Sensor enables a quick and reliable response to rain or snow. The Temperature Sensor qualitatively detects the presence of precipitation via conductivity and condensation properties and provides the information digitally via RS-485 Modbus RTU and via a potential-free relay output, which can be used to directly switch external devices or controls.
The integrated relay output is designed as a normally open contact and provides galvanic isolation between the Temperature Sensor voltage and the switched circuit. This allows both low-voltage and mains voltage applications to be implemented. The maximum switching capacity of the relay is 250V AC at 1 A or 30V DC at 1 A, making the Temperature Sensor suitable for direct control of controllers, actuators or relays.
The supply voltage of the rain and snow Temperature Sensor is 24 to 30V DC. The compact, corrosion-resistant housing is IP65-rated and designed for surface mounting. An automatic heating function activates at lower temperatures below 0°C / 32°F ambient temperature and heats the Temperature Sensor surface to approximately 40°C / 104°F to prevent ice formation. This ensures that the rain and snow Temperature Sensor works reliably even in frosty conditions. It is mainly used by weather station operators, environmental researchers, in irrigation systems and in industrial applications where precipitation needs to be reliably detected and automated responses implemented.
... Read More | The Voltmeter is a versatile meter that is used in various areas of electrical engineering and electronics. The Voltmeter enables precise measurements of voltage, current and resistance and supports both direct and alternating parameters. It also offers practical functions such as checking The Voltmeter is a versatile meter that is used in various areas of electrical engineering and electronics. The Voltmeter enables precise measurements of voltage, current and resistance and supports both direct and alternating parameters. It also offers practical functions such as checking electrical connections using continuity testing and testing diodes for functionality.
For specialised applications, the device offers additional functions such as capacitance and frequency measurement, temperature monitoring and non-contact voltage detection (NCV), which enables electrical fields and live wires to be reliably detected. The Voltmeter is equipped with overload protection, which prevents damage, particularly during high-current measurements, thanks to an integrated fuse. The meter is charged via a modern USB-C interface and it complies with the CAT III 1000 V and CAT IV 600 V safety standards, which ensures safe use even in demanding environments.
The device has three operating modes that can be easily switched via the menu. These modes are suitable for immediate measurements as well as for monitoring and recording maximum and minimum values with curve progression. The internal ring buffer for 8 measured values cannot be output via the interface. After setting threshold values, the multimeter can issue an alarm. The Voltmeter is therefore a reliable companion for professional users and hobby electronics engineers alike who require precise and versatile measurements.... Read More |