| Description | The cordless Soldering iron / Soldering device with 8 watts of power impresses with its fast heat-up time of approx. 20 seconds and reaches temperatures of up to 480°C/896°F - ideal for precise soldering work on the go or in hard-to-reach places. Thanks to its ergonomic design, the The cordless Soldering iron / Soldering device with 8 watts of power impresses with its fast heat-up time of approx. 20 seconds and reaches temperatures of up to 480°C/896°F - ideal for precise soldering work on the go or in hard-to-reach places. Thanks to its ergonomic design, the cordless Soldering iron / Soldering device iron sits comfortably in the hand and allows you to work comfortably.
With an operating time of approx. 1 hour and a powerful 1800 mAh lithium battery, the cordless Soldering iron / Soldering device is the perfect companion for mobile applications. The integrated battery level indicator ensures that the charge status is always visible. Two integrated LEDs also ensure optimum illumination of the soldering point. The charging time is only around 1.5 hours - so the cordless soldering iron is quickly ready for use again.
... Read More | Our robust socket square inserts are specially designed for use with impact wrenches and are ideal for demanding bolting applications. The range covers thread sizes from M16 to M48 and offers the right wrench sizes for a wide variety of applications.
These high-quality socket square inserts impress Our robust socket square inserts are specially designed for use with impact wrenches and are ideal for demanding bolting applications. The range covers thread sizes from M16 to M48 and offers the right wrench sizes for a wide variety of applications.
These high-quality socket square inserts impress with their high load-bearing capacity, precise fit, and long service life – perfect for professional use in industry and assembly.... 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 | 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 | 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.
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