| Description | Radiation Detector / measurement of gamma, beta and X-rays / adjustable alarm values / numerical and graphical display / min, max and average values
Our Radiation Detector is mainly used to measure gamma, beta and X-rays and uses a Geiger-Müller counter to measure the intensity of ionising Radiation Detector / measurement of gamma, beta and X-rays / adjustable alarm values / numerical and graphical display / min, max and average values
Our Radiation Detector is mainly used to measure gamma, beta and X-rays and uses a Geiger-Müller counter to measure the intensity of ionising radiation. The measuring range extends from 0 ... 10 mSv/h. The cumulative dose, average and maximum dose are shown on the larg 2.3 inch multifunctional display, while the real-time measurements are also shown graphically.
The device has two alarm modes: the radiation alarm (0 ... 100 µSv/h) and the cumulative radiation alarm (0 ... 100 mSv). Both alarms are equipped with different settings for visual, audible and vibrating warning signals. The energy range of the device is between 48 and 1500 keV. The radiation measuring device is equipped with a micro USB interface and a rechargeable lithium battery.
The Radiation Detector also displays the current battery level so that the user is always informed. The brightness of the display can be adjusted as required so that it is easier to read even in different lighting conditions. The date and time are also shown on the display.
This Radiation Detector is ideal for applications in research, medicine, industry and environmental protection. It can be used in nuclear power stations, hospitals, laboratories, radiation monitoring and emergency scenarios. Furthermore, it is also useful for construction companies that are working with radioactive materials and in environmental monitoring to ensure that radiation exposure remains within safe limits.... 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 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 | Magnetometer / Magnetic Field Detector / Combined display / Memory for 10000 values / Wireless and USB-C interface / Incl. calibration standard
The Magnetometer / Magnetic Field Detector can be used to determine the relative magnetic permeability µr of materials and construction parts in the range Magnetometer / Magnetic Field Detector / Combined display / Memory for 10000 values / Wireless and USB-C interface / Incl. calibration standard
The Magnetometer / Magnetic Field Detector can be used to determine the relative magnetic permeability µr of materials and construction parts in the range between 1,000 and 5,000. Magnetic permeability, also known as magnetic conductivity, indicates how strongly a material can be magnetized. This Magnetometer / Magnetic Field Detector is ideal for material testing - especially for ferromagnetic material testing - in order to provide precise data for material testing NDT (non-destructive testing).
Areas of application include quality control of stainless steels, non-destructive material testing of construction parts, material selection for electron and ion physics equipment as well as for nuclear resonance devices, or the detection of material changes in highly stressed parts. The Magnetometer / Magnetic Field Detector has a graphic LCD touch panel with innovative user guidance and a resolution of 320 × 480 pixels.
The Magnetometer / Magnetic Field Detector supports all areas of permeability measurement with a flexible measured value memory, a combined digital and analogue display and peak value measurement. You can transfer the data to a Windows PC as well as to an Android or iOS app via the wireless interface. The Magnetometer / Magnetic Field Detector can be connected to an external power source in continuous operation via the USB interface.
You can check the accuracy of the measurement at any time using the calibration standard supplied with the permeability measuring device. The standard calibration standard has a value of µr ˜ 1.35. Calibration standards with reference values of µr ˜ 1.03 and µr ˜ 1.11 are also available.... Read More | The digital Nut Runner combines state-of-the-art technology with a robust design and guarantees maximum precision for a wide range of assembly tasks. With its three intelligent operating modes, comprehensive protective functions and practical replaceable battery pack, this Nut Runner is the ideal The digital Nut Runner combines state-of-the-art technology with a robust design and guarantees maximum precision for a wide range of assembly tasks. With its three intelligent operating modes, comprehensive protective functions and practical replaceable battery pack, this Nut Runner is the ideal solution for industrial, workshop and assembly applications.
In torque mode, the desired torque can be set quickly and continuously. The value can be conveniently adjusted using the operating buttons and the screwdriving process begins with a simple pull of the trigger. Angle mode enables controlled tightening not only via the torque, but also via the angle of rotation - perfect for applications that require maximum precision. In addition, Point Mode offers up to six memorizable presets for frequently used torque values. These can be individually configured and called up at the touch of a button during operation - ideal for recurring assembly tasks.
Other highlights of the torque screwdriver include precise torque adjustment with high repeat accuracy, a multi-stage gearbox for reliable power transmission and alarm and monitoring functions that help the user to assess the tightening result. Integrated protective functions such as temperature monitoring prevent overheating and extend the service life of the tool. Thanks to the replaceable battery, uninterrupted work is also guaranteed. Another highlight is the software supplied, which can be used to conveniently read out all the recorded screwdriving data. This allows users to document and analyze torque values, results and process data. The software also allows centralized settings to be made directly on the device.
The Nut Runner is ideal for precise screw connections in mechanical and plant engineering. It also ensures reliable results when assembling wind turbines and steel structures. In the automotive sector, it is an indispensable tool for maintenance and repairs. It can also be used in a wide range of applications in heavy industry and construction.... Read More |