| Description | The Cable Detector is a versatile, reliable and precise measuring device for determining cable lengths using the proven transit time method. With this professional Cable Detector, cables can be reliably measured without having to unwind them - ideal for use in trade, electrical installation and The Cable Detector is a versatile, reliable and precise measuring device for determining cable lengths using the proven transit time method. With this professional Cable Detector, cables can be reliably measured without having to unwind them - ideal for use in trade, electrical installation and maintenance. The measuring range extends from 5 to 1500 (16.4 ... 4,921.3 ft) meters, and the device reliably detects short circuits and breaks in the cable.
Thanks to the integrated cable database with 86 different cable types and the option to teach in your own cables and set customized shortening factors, the Cable Detector is particularly flexible to use. Connection is convenient via 4 mm laboratory sockets with the crocodile clips supplied or via a BNC socket for coaxial cables. Cable cross-sections from 0.25 mm² to 16 mm² are supported, making the Cable Detector suitable for a wide range of applications.
A 2.8 inch display provides a clear presentation of all measurement results, while the multilingual menu enables simple and user-friendly operation. The measurement results can be stored internally and called up again on the device. With a battery life of up to 20 hours and compact dimensions, the Cable Detector is optimized for mobile use and is ideal for daily use on construction sites or in workshops.
The Cable Detector is therefore the perfect solution for anyone looking for a reliable, precise and handy measuring device for determining the length of electrical cables and diagnosing faults.... Read More | The Clamp Meter is a multifunctional meter for the precise measurement of alternating and direct voltage as well as alternating current that can be measured without direct contact to the line. The Clamp Meter is suitable for measuring resistance, temperature, diodes, continuity, frequencies and The Clamp Meter is a multifunctional meter for the precise measurement of alternating and direct voltage as well as alternating current that can be measured without direct contact to the line. The Clamp Meter is suitable for measuring resistance, temperature, diodes, continuity, frequencies and capacitance and is particularly useful for diagnosing electrical and electronic components.
For maximum measurement accuracy, the Clamp Meter supports True RMS for non-sinusoidal waveforms and a Low Impedance (LoZ) function to reduce interference. The non-contact voltage test enables reliable detection of voltages in cables and sockets.
The 2-inch LC display ensures clear readability, even under poor lighting conditions and an integrated LED torch makes it easier to work in dark environments. The device also offers automatic and manual measurement range selection, allowing it to be flexibly adapted to different measuring situations. Other functions include overload protection, data hold, min, max and an automatic power-off after 15 minutes to conserve battery life. The power-off can also be deactivated for longer measurements.
Compact and easy to use, the Clamp Meter is ideal for electrical installations, maintenance work and use in automation technology. It enables safe and efficient measurements, often without direct intervention in the circuit.... Read More | Safeguarding sensitive electronic components in manufacturing and handling environments requires precise measurement technology. The Electrical Tester is the indispensable, portable instrument for quickly and reliably checking the surface resistance of materials in ESD-controlled areas.
The Safeguarding sensitive electronic components in manufacturing and handling environments requires precise measurement technology. The Electrical Tester is the indispensable, portable instrument for quickly and reliably checking the surface resistance of materials in ESD-controlled areas.
The Electrical Tester is battery-operated and has integrated parallel electrodes that enable direct testing of the material surface resistance. Thanks to the automatic test voltage selector, the surface resistance tester guarantees maximum measurement accuracy across all relevant ranges. The test voltage automatically switches from 10 V to 100 V as soon as the measured resistance exceeds the value of 1 × 10? ohms.
Two banana sockets allow the connection of external electrodes weighing around 2.25 kg. With these additional components, the Electrical Tester is able to perform professional compliance measurements, such as resistance point-to-point (RTT) or resistance to ground (RTG). The measurement data obtained with this Electrical Tester is essential to ensure adherence to a compliance verification plan (ANSI/ESD S20.20-2007).
The Electrical Tester is ideal for use in electronics production, for testing ESD work mats, workbenches and floor coverings or even in laboratory environments and for quality assurance.... Read More | An Environmental Meter is used to monitor the ozone concentration in the air and to measure temperature and humidity. The Environmental Meter detects ozone in the range of 0 ... 9.9 ppm with an accuracy of ±15% of the measured value. The temperature is measured between 0 ... 50°C / 32 ... An Environmental Meter is used to monitor the ozone concentration in the air and to measure temperature and humidity. The Environmental Meter detects ozone in the range of 0 ... 9.9 ppm with an accuracy of ±15% of the measured value. The temperature is measured between 0 ... 50°C / 32 ... 122°F with ±1°C / 1.8°F accuracy, the humidity in the range of 5 ... 95% with ±5% accuracy. The device has an audible alarm when the preset alarm value of 3 ppm is exceeded and displays all values on a 0.9 inch LCD display. Other features include standby mode, rechargeable lithium battery via USB-C, compact size and a wrist strap for mobile use.
The Environmental Meter is suitable for mobile use in homes, offices, workshops, small production areas or private applications where ozone pollution needs to be monitored. With its compact design, measurements can be taken directly on site, making the Environmental Meter a practical instrument for reliable monitoring of ozone, temperature and humidity. By combining the three measuring functions, the Environmental Meter provides all relevant information for fast and standardized environmental monitoring.
... 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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