| Description | Air Quality Meter / Measures temperature and humidity / Visual and audible alarm / USB-C interface / Battery status indicator / Modern design and compact size
A Air Quality Meter is an important device for monitoring indoor air quality. It can be used in a variety of ways - whether in homes, officesAir Quality Meter / Measures temperature and humidity / Visual and audible alarm / USB-C interface / Battery status indicator / Modern design and compact size
A Air Quality Meter is an important device for monitoring indoor air quality. It can be used in a variety of ways - whether in homes, offices, workshops, schools or public facilities. The detector reliably measures the CO content in the air and makes it possible to recognize critical concentrations at an early stage and act accordingly.
The Air Quality Meter detects CO values in the range from 0 ... 500 ppm with a fine resolution of 1 ppm. It also measures the relative humidity in the range from 20 ... 85% (also with 1% resolution) and the temperature from -10 ... 50°C / 14 ... 122°F. If required, the temperature display can also be switched to Fahrenheit. All measured values are shown on a 2 inch LCD display.
In the event of increased CO values, the detector emits both visual and acoustic warning signals. An integrated traffic light function clearly displays the air quality: Green stands for 0 ... 100 ppm, orange for 101 ... 200 ppm and red for 201 ... 500 ppm. If the value exceeds 100 ppm, an additional acoustic warning signal sounds to indicate a potential health hazard.
Equipped with an integrated rechargeable lithium battery that can be conveniently charged via USB-C, the detector is particularly flexible to use. An integrated rubber strap makes it easy to transport and allows the device to be carried or hung up conveniently. With its compact dimensions of 70 x 70 x 28 mm / 2.8 x 2.8 x 1.1 in, modern design and easy handling, it is a practical helper in everyday life.
The Air Quality Meter is suitable for both private and professional use - for example in schools, care facilities, offices or industrial environments - wherever safe indoor air quality is crucial.... 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 | The Material Tester is a high-precision testing device for calibrating and checking the function of torque spanners in industrial and technical applications. Developed for professional use, the Material Tester enables the reliable measurement of torques of up to 500 Nm and is therefore ideal for useThe Material Tester is a high-precision testing device for calibrating and checking the function of torque spanners in industrial and technical applications. Developed for professional use, the Material Tester enables the reliable measurement of torques of up to 500 Nm and is therefore ideal for use in the automotive industry, in mechanical engineering and in research and development.
With the option of switching between real-time and peak value mode, the Material Tester offers flexible handling and maximum control when analyzing measurement results. The limit value function warns on the display if defined values are exceeded or not reached, which increases safety and quality assurance in the work process with the Material Tester.
The measurement results are displayed in various units such as Nm, kgf cm or lbf in and can be saved internally. Up to 99 measured values can be stored in the device and called up as required. With a measuring accuracy of ±1 %, the Material Tester guarantees reliable results even in demanding applications.
Different model variants of the Material Tester cover a wide range of torque ranges and offer a robust design and user-friendly operating interfaces. This makes the Material Tester the ideal solution for precise and efficient testing processes in a professional environment.... Read More | Moisture Meter with one sensor / Measuring mode: fast, normal or continuous / Sample temperature / Practical case for mobile use
The portable Moisture Meter enables the precise determination of water activity (aw) in various products. It measures water activity in the range from 0 to 1.0000 aw and Moisture Meter with one sensor / Measuring mode: fast, normal or continuous / Sample temperature / Practical case for mobile use
The portable Moisture Meter enables the precise determination of water activity (aw) in various products. It measures water activity in the range from 0 to 1.0000 aw and temperatures from -10 to 50°C / 14 ... 122°F. The aw value indicates the proportion of free, unbound water in organic products such as foodstuffs or pharmaceuticals and is referred to as water activity. This value is crucial for assessing the shelf life and quality of products, as it influences the growth of microorganisms, molds and yeasts. In contrast to the total moisture content of a product, the Aw value is largely responsible for microbial stability.
The Moisture Meter delivers highly accurate results within just 3 to 5 minutes and works with precise sensors that ensure an accuracy of ± 0.015 aw in the temperature range of 10 to 30°C / 50 ... 86°F. It has three different measurement modes: normal mode, fast mode and continuous display mode. Calibration can be performed with one or more points (two, three or four points). The 2.8" TFT colour display ensures clear and intuitive operation, while the portable design and supplied instrument case allow flexible use in the field.
The device also offers extensive data management functions and can store up to 5,030 data records. The measurement results can be easily transferred to the software and output via the micro USB port. Power is supplied either via a 5V USB cable or four AA batteries, making it ideal for different environments and longer test times. Typical applications for the Moisture Meter include quality control in the food industry, pharmaceutical production processes, food and drug research institutes, the cosmetics industry, animal feed production, biological research centers, inspection and quarantine services and other laboratory analyses, for example in the tobacco and paper industries.
In addition to the sensor and the sample holder, the scope of delivery includes ten measuring beakers, the software, a USB cable, operating instructions and a practical carrying case. With the Moisture Meter, users receive a high-quality, portable measuring device for fast and precise determination of water activity, which is characterised by user-friendliness, versatile application options and maximum measuring accuracy.... 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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