| Description | 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 stored, 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 °C to 40 °C and is powered by a 7.2 V NiMH battery, which is optimized for mobile use.... Read More | Our Cable Detector enables the precise detection and localisation of power lines, wooden beams, metals and other objects such as water-filled plastic pipes in walls, floors and ceilings. Thanks to its versatility, it can be used on various surfaces such as wood, wallpaper, plaster, acoustic walls Our Cable Detector enables the precise detection and localisation of power lines, wooden beams, metals and other objects such as water-filled plastic pipes in walls, floors and ceilings. Thanks to its versatility, it can be used on various surfaces such as wood, wallpaper, plaster, acoustic walls and painted walls.
The device is equipped with a 1.9-inch colour LCD display that provides a clear visual representation of the scan results. A signalling system consisting of coloured LEDs, acoustic cues and directional arrows quickly provides precise information about the proximity and position of the detected object. The LED system indicates green for no obstacles, yellow for nearby objects and red for an obstacle directly under the scanner. The Cable Detector has three detection modes: the metal detection mode for identifying metal objects, the wood detection mode for localising wooden beams and the power mode for detecting live wires. In the metal and power line modes, the device displays the signal strength as a percentage. In wood detection mode, the scanner recognises both the exact centre and the edges of wooden beams, allowing their position and size to be precisely determined.
To further improve the accuracy, the sensitivity can be adjusted in three stages so that the detection can be optimally adapted to the respective conditions. An integrated marking hole makes it possible to mark the drilling site immediately after detection. The Cable Detector also offers automatic calibration, which can be performed on any wall surface. The menu is available in five languages: Russian, English, Portuguese, Japanese as well as Chinese. The automatic switch-off is adjustable and can vary between 5 and 15 minutes or be deactivated completely, depending on requirements. The acoustic signal can also be switched off if required. For reliable and wireless use, the device is equipped with a powerful lithium-ion battery that can be charged quickly and easily via a USB-C port.
With this powerful and user-friendly Cable Detector, obstacles can be reliably detected and construction and renovation work can be carried out safely and efficiently.... 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 | Portable 100 lpm aerosol hygiene monitoring device for airborne microbial, microbiological, bacterial, mold, fungi and virus analysis
PCE-AS1 is an air sampling meter used to assess microbiological pollution and monitor hygiene. Designed for use in hospitals, clean rooms and food and beverage, Portable 100 lpm aerosol hygiene monitoring device for airborne microbial, microbiological, bacterial, mold, fungi and virus analysis
PCE-AS1 is an air sampling meter used to assess microbiological pollution and monitor hygiene. Designed for use in hospitals, clean rooms and food and beverage, cosmetics and pharmaceutical production facilities, the PCE-AS1 air sampler meets the latest requirements for devices used for airborne microbial analysis. Optional ISO calibration lab certificate as an accessory.... Read More | Radiation Detector for indoor use / Long-term data storage / 2-inch LCD color display / Energy-saving mode / Real-time measurements
The compact Radiation Detector offers a precise and long-term stable solution for monitoring indoor radon concentrations. It is ideal for use in various environments Radiation Detector for indoor use / Long-term data storage / 2-inch LCD color display / Energy-saving mode / Real-time measurements
The compact Radiation Detector offers a precise and long-term stable solution for monitoring indoor radon concentrations. It is ideal for use in various environments such as living spaces, offices and laboratories. With a measuring range of 3.3 Bq/m³ ... 37 kBq/m³ and an accuracy of ± 15%, the Radiation Detector enables reliable measurement of the radon concentration. The integrated semiconductor radon sensor ensures high measurement accuracy. The measuring interval is 60 minutes and the data is saved every 6 hours, which enables long-term data storage of up to 504 days.
The Radiation Detector displays minimum, maximum and AVG values as well as cumulative average values and the values for 12, 24, 48 and 96 hours. It also offers an acoustic and visual alarm function, which can be set in the range from 100 ... 800 Bq/m³. The first measured values are displayed after 6 hours and a new data record is saved every 6 hours, whereby a maximum of 10 data records can be saved. The 2-inch LC colour display can be switched to standby mode to maximise the operating time of the Li-ion battery, which lasts up to 45 days when the display is switched off.
The Radiation Detector is used for continuous monitoring of indoor radon concentrations, for example in workplaces or public buildings. It is used for the early detection of increased radon levels in order to assess health risks and initiate suitable measures.... Read More |