| 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 | The PM2.5 particulate matter monitor PCE-RCM 05 is used to continuously measure the particulate matter content at the workplace. The PCE-RCM 05 PM2.5 monitor displays PM2.5 particulate matter as well as temperature and humidity on the display. The measuring range of the PCE-RCM 05 monitor ranges The PM2.5 particulate matter monitor PCE-RCM 05 is used to continuously measure the particulate matter content at the workplace. The PCE-RCM 05 PM2.5 monitor displays PM2.5 particulate matter as well as temperature and humidity on the display. The measuring range of the PCE-RCM 05 monitor ranges from 0 ... 500 µg / m³ PM2.5. This makes the PM2.5 meter an optimal test instrument to constantly have an overview of the fine dust content. Below the large measured value display of the PM2.5 content, the PM2.5 monitor provides quick information about the air quality with the aid of pictograms.
The PCE-RCM 05 fine dust monitor is powered by a rechargeable battery. The LC display is illuminated and easy to read from any angle, for example when the meter is on a desk. In addition to the standard white lighting, the PM2.5 monitor switches the lighting to red in the event of an alarm.... 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 portable Health & Safety - Surface Resistance Meter on the principle of a two-point pin probe and enables simple and reliable measurement of the surface resistivity of materials - without the need for a megohmmeter, electrometer or other high-voltage measuring devices.
Thanks to its slim and The portable Health & Safety - Surface Resistance Meter on the principle of a two-point pin probe and enables simple and reliable measurement of the surface resistivity of materials - without the need for a megohmmeter, electrometer or other high-voltage measuring devices.
Thanks to its slim and handy design, the device can be conveniently operated with one hand and is ideal for on-site testing or mobile use in production and laboratories. Despite its compact size, it delivers precise results for quickly assessing whether a material is insulating, dissipative or conductive.
The Health & Safety - Surface Resistance Meter uses gold-plated, spring-loaded electrodes that ensure excellent contact with a wide variety of surfaces and minimize contact resistance. All electrodes are replaceable ATE quality pogo pin probes, made from beryllium copper with a hard gold plating of at least 60 microinches - robust, durable and precise.
The two-point probe head is directly connected to an integrated surface resistance measuring device, which measures the surface resistance at a test voltage of approx. 9 volts. The measurement results are shown on a colored LED display. This allows the ESD properties of a material to be clearly recognized at a glance.
With its combination of precise technology, easy handling, compact design and clear LED display, this Health & Safety is the perfect solution for quick on-site testing, quality control and ESD compliance tests in production, laboratories and development.... Read More | Thickness Gauge with the unique swivelling probe / Easy measurements in hard-to-reach areas / For FE and nFE metals / Wireless interface for Windows, iOS and Android
The Thickness Gauge has a globally unique measuring probe that can be swiveled through 90°, allowing you to always carry out Thickness Gauge with the unique swivelling probe / Easy measurements in hard-to-reach areas / For FE and nFE metals / Wireless interface for Windows, iOS and Android
The Thickness Gauge has a globally unique measuring probe that can be swiveled through 90°, allowing you to always carry out precise coating thickness measurements. The Thickness Gauge with the compact, lightweight devices is barely larger than a measuring probe and is therefore ideal for on-site applications in hard-to-reach places. The handy metal housing is splash-proof to IP 64 for interference-free measurements in harsh environments. A coating thickness tester with flowing water protection is also available as an option. For a long service life with frequent measurements on rough surfaces, the measuring probe has a wear-resistant ruby probe pole.
With a single button and the self-explanatory, multilingual menu navigation, the Thickness Gauge is very easy to operate.
A Thickness Gauge is usually used in the quality assurance of coating processes. For example, to determine the paint thickness of a coating, when testing vehicles or steel structures or in fire protection (determining the coating thickness of steel doors). However, it is not only a Thickness Gauge, but can also be used to reliably measure rubber coatings, anodizing and galvanic coatings.
The Thickness Gauge uses a combined probe to measure insulating layers of paint, varnish, plastic, rubber, ceramic and galvanic coatings (excluding nickel) using the magnetic induction measuring method. The device is used on iron and steel substrates. It is also suitable for measuring insulating coatings (paint, plastic, etc.) using the eddy current method on non-ferrous metals such as aluminum, brass, copper, bronze and non-magnetic stainless steels in accordance with ISO 2178 and ISO 2360.
To further process your measurement data, you can connect your Thickness Gauge to mobile Android and iOS devices. Or you can communicate with a Windows PC. Wireless technology makes it possible. With the Lima Connect app, you can manage projects and allocate the measuring points on a photo. The measurement results can be statistically analysed and displayed graphically. The app for Android, iOS and Windows is free of charge.... Read More |