| Description | Gauss Meter / Tesla Meter with axial field probe / Measurement of residual magnetism, crack detection and strong DC fields / For AC, DC and pulse measurements
With the handy Gauss Meter / Tesla Meter and externally connectable axial field probes, you can carry out precise magnetic field Gauss Meter / Tesla Meter with axial field probe / Measurement of residual magnetism, crack detection and strong DC fields / For AC, DC and pulse measurements
With the handy Gauss Meter / Tesla Meter and externally connectable axial field probes, you can carry out precise magnetic field measurements easily and efficiently. The universal device is suitable for measuring DC fields, alternating fields (true RMS) and pulsed fields - making it ideal for a wide range of applications in magnetic field measurement technology. Residual magnetism can also be reliably detected. You can obtain precise measurement results at the touch of a button - from weak geomagnetic fields to strong magnetic fields up to 20,000 A/cm (switchable to Gauss/Oersted). In addition to the field strength, the magnetic flux density is also precisely determined. As a digital gaussmeter, magnetometer or tesla meter, the device provides reliable and reproducible values of magnetic field strength and intensity.
Thanks to high-precision sensors and compatibility with professional magnetic field measuring systems, the Gauss Meter / Tesla Meter is an ideal tool for magnetic field analyses, test procedures and industrial applications. Especially at low field strengths, interference-free and precise measurement is crucial. This is made possible by a microcontroller in the measuring probe, which digitizes and linearizes the analogue signals from the Hall sensor in the probe - a crucial basis for exact results in weak fields. This technology supports modern magnetic measurement methods and ensures that the magnetic field meter delivers excellent results even under extreme conditions as a magnetometer, tesla meter or digital gaussmeter. It is ideal for precise magnetic field analysis in research, development and industrial test procedures.
The probe cable, which can be plugged in at both ends, connects the measuring device to the probe and can be easily replaced if the cable breaks - a practical feature for anyone who needs reliable measurements. This sophisticated design ensures stability and efficiency even in demanding applications. The universally applicable device is suitable for residual magnetism testing, for measuring a wide range of magnetic fields and for localizing stray fields during crack testing. It is the ideal solution for magnetic flux measurement and analysis in numerous industrial sectors.
Whether for the precise determination of magnetic field strength, magnetic field intensity or for industrial test procedures - this Gauss Meter / Tesla Meter is a powerful tool for all magnetic measurement methods. Even the smallest differences in field strength can be recognized with a magnetometer, gaussmeter or tesla meter (all terms refer to the same device). From values just above the earth's magnetic field to residual magnetism (remanence) with low A/cm or Gauss/Oersted values through to high-field applications: The magnetic field measuring devices from List-Magnetik offer long-lasting quality and deliver reproducible measurement results.
We also offer a calibration standard (reference magnet) with which you can reliably check the accuracy of your device at any time. This means that your measurement results are always precise and reliable - whether for measuring magnetic flux density, analyses or in industrial and scientific applications.... Read More | Numerous specialized digital probes can be connected to the Automotive Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. Special functions such as scan measurement for rough surfaces and duplex Numerous specialized digital probes can be connected to the Automotive Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. Special functions such as scan measurement for rough surfaces and duplex measurement for galvanized and additionally coated steel extend the performance spectrum.
The newly developed digital probe technology enables extremely stable measurement values thanks to a high sampling rate. The measurement signals are digitized directly in the probe for interference-free and precise recording, which leads to particularly accurate and reproducible results. The magnetic induction method of this Automotive Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanization and galvanic coatings on steel. The eddy current method can be used to measure insulating coatings such as paint, varnish, plastic or anodized coatings on non-ferrous metals.
The device has a graphic LCD touch panel with innovative user guidance and a resolution of 320 × 480 pixels. The menu navigation is in German and English, other language packages are optionally available. A protective silicone frame reliably protects the housing from external influences.
The flexibly structured measured value memory and freely definable calibration configurations of the Automotive Tester offer a wide range of options for customized data acquisition. Measured values can be transferred directly to devices with Windows, Android or iOS via a wireless interface. An SCPI interface is also integrated, which can be used to operate the measuring device remotely in line operation. The connection is made via USB, which also enables power supply and continuous operation.
The integrated scan function allows rough surfaces to be scanned with subsequent statistical evaluation. An analogue bar graph display supplements the numerical measured values and enables trends or deviations to be identified quickly. The duplex function simultaneously measures the individual layer thicknesses of insulating coatings on galvanized steel (only in conjunction with the DX52-D or DX52-DP probes).
Power is supplied either via three AA batteries or via an external USB source, which means that operation with a power adapter or power bank is also possible.... Read More | The Automotive Tester has a globally unique measuring probe that can be swiveled through 90°, enabling precise coating thickness measurements at any time. Thanks to its compact design and low weight, the Automotive Tester is barely larger than a measuring probe and is therefore ideal for on-The Automotive Tester has a globally unique measuring probe that can be swiveled through 90°, enabling precise coating thickness measurements at any time. Thanks to its compact design and low weight, the Automotive Tester is barely larger than a measuring probe and is therefore ideal for on-site applications in hard-to-reach places. For interference-free measurements under harsh environmental conditions, the handy metal housing is splash-proof in accordance with protection class IP54 (previously mentioned as IP64, corrected here). A version with flowing water protection is also available as an option.
The measuring probe is equipped with a wear-resistant ruby probe pole to increase its service life for frequent use on rough surfaces.
With just one button and intuitive, multilingual menu navigation, the Automotive Tester is extremely user-friendly. The Automotive Tester is primarily used in the quality assurance of coating processes - for example to determine the coating thickness on vehicles or steel structures or for fire protection tests (e.g. determining the coating on steel doors). In addition to paintwork, rubber coatings, anodized coatings and galvanic coatings can also be reliably measured. For further processing of your measurement data, you can connect the device to Android or iOS devices via a wireless interface or link it to a Windows PC. The free Lima Connect app allows you to manage projects, assign measurement points to photos and statistically analyze and graphically display the measurement results.... Read More | Gauss Meter / Tesla Meter transversal probe / Measurement in A/cm, Gauss or Tesla / Graphical display of pulse fields / Touch screen / Wireless interface for Windows, iOS and Android
Experience the revolution in measurement technology with the Gauss Meter / Tesla Meter. This device belongs to the Gauss Meter / Tesla Meter transversal probe / Measurement in A/cm, Gauss or Tesla / Graphical display of pulse fields / Touch screen / Wireless interface for Windows, iOS and Android
Experience the revolution in measurement technology with the Gauss Meter / Tesla Meter. This device belongs to the new generation of powerful magnetic field measuring devices and uses external digital axial and transverse field probes to carry out precise magnetic field measurements of DC, AC and pulsed magnetic fields of all kinds.
It is ideally suited as a digital gaussmeter, magnetometer or tesla meter for recording and analyzing magnetic field strength, magnetic field intensity and magnetic flux density. The highly sensitive magnetic field sensors ensure reliable magnetic measurement. The application range of this Gauss Meter / Tesla Meter extends from weak geomagnetic fields to strong fields with field strengths of up to 40,000 A/cm. This makes it ideal for a wide range of applications in industrial magnetic field measurement, magnetic field analysis, magnetic flux measurement, magnetic field line analysis and various magnetic field test procedures. The Gauss Meter / Tesla Meter provides you with professional magnetic field measurement solutions at the highest level, which are developed and manufactured in Germany for users. The Gauss Meter / Tesla Meter has a graphic LCD touch panel with innovative user guidance and a resolution of 320 × 480 pixels. As a highly developed digital magnetic field meter, it offers functions that go far beyond classic magnetic field measurement. An outstanding feature of the new probe electronics is the fast digitization of the measured values with a frequency of up to 200 kHz. This enables precise magnetic measurement and the display of pulse curves with a duration of just 0.1 milliseconds. This makes the device ideal for analyzing magnetic fields and precisely recording magnetic field intensity and field strength in pulse fields.
These magnetic field sensors ensure high accuracy and make the device a reliable instrument. Maximum values and pulse durations are displayed exactly - a great advantage for all applications where magnetic field measurement or flux measurement is crucial. In addition, alternating field curves with frequencies of up to 20 kHz can also be recorded and saved - an important function for demanding magnetic field test procedures in industrial magnetic field measurement. This precise analysis allows the magnetic flux density to be measured and - in combination with the magnetic field line analysis - a comprehensive picture of the field conditions can be obtained. Whether as a magnetometer, tesla meter or specialized solution - the magnetic field measuring device stands for innovative magnetic field measuring solutions "Made in Germany" and sets standards among magnetic field measuring devices. An absolutely interference-free and precise measurement is crucial, especially at very low magnetic field strengths. The measuring electronics of the magnetic field meter work directly in the probe, digitize the signals of the Hall sensor and are therefore a central component of modern magnetic field sensors.
This technology enables high-precision magnetic measurement methods and ensures reliable detection of even weak fields. It forms the basis for professional measurements, especially for recording minimal magnetic field intensities as part of sophisticated analyses. In the area of stable DC fields, the scan function of the device enables the area-wide detection of a magnetic field, which can then be statistically analysed. This makes it ideal for magnetic field line analysis and magnetic flux measurement. This function significantly expands the possibilities of modern magnetic field measurement systems. Pulse fields can be displayed graphically and thus provide an accurate picture of the course of a magnetic field pulse - an important basis for precise measurements, the evaluation of magnetic field intensity and for advanced measurement methods. These features make it a versatile device for professional applications - whether as a digital gaussmeter, magnetometer or teslameter.
Thanks to the wireless interface, data can be transferred to a Windows PC as well as to Android and iOS apps. We therefore offer a modern solution for mobile magnetic field measuring systems. The ability to flexibly save and evaluate measurements supports complex magnetic field analyses - for example to determine field strength, intensity or flux density. The device can be continuously supplied with power via the USB interface. An SCPI interface is also implemented, via which it can be remotely controlled in line operation - ideal for automated magnetic field test procedures. With a magnetic field meter (also known as a magnetometer, gaussmeter or teslameter), you can detect even the smallest differences in magnetic field strength. This precise measurement enables the detection of very low field values - from minimal residual magnetic fields just above the earth's magnetic field to peak values with high flux density.
The device is durable and always delivers reproducible measurement results. It is ideal for a wide range of applications in industrial magnetic field measurement, flux measurement, magnetic field analysis and magnetic field line analysis. We also offer a calibration standard (reference magnet) with which you can check the accuracy of your magnetic field meter at any time - an indispensable component for standardised measurement solutions in laboratories, development and production. Our systems are among the most reliable magnetic field measuring devices in Germany and fulfil the highest demands on modern test procedures and measuring methods.... Read More | Thickness Gauge with the unique swivelling probe / Easy measurements in hard-to-reach places / For FE metals / Wireless interface for Windows, iOS and Android
The Thickness Gauge works with a measuring probe that only requires a small contact surface and low contact pressure. The compact device is Thickness Gauge with the unique swivelling probe / Easy measurements in hard-to-reach places / For FE metals / Wireless interface for Windows, iOS and Android
The Thickness Gauge works with a measuring probe that only requires a small contact surface and low contact pressure. The compact device is barely larger than a measuring probe and is particularly suitable for measuring thin layers on uneven or complex surfaces, such as tin cans. The swiveling probe enables simple measurements even in hard-to-reach places. The handy metal housing is splash-proof to IP64 for interference-free measurements in harsh environments. The device is also optionally available with flowing water protection. For a long service life with frequent use on rough surfaces, the measuring probe has a wear-resistant ruby probe pole.
Thanks to the one-button operation and intuitive, multilingual menu navigation, the Thickness Gauge is particularly user-friendly. A Thickness Gauge is mainly used in the quality assurance of coating processes - for example to determine the paint thickness on vehicles, steel structures or fire protection components such as steel doors. In addition to paintwork, rubber coatings, anodized and galvanic coatings can also be reliably measured.
The device is specially designed for iron and steel substrates. It works with a magnetic-inductive probe and reliably measures layers of paint, varnish, plastic, rubber, ceramic, galvanization and galvanic coatings (except nickel) in accordance with ISO 2178. The device can be connected wirelessly to Android and iOS mobile devices as well as Windows PCs for further processing of your measurement data. The free "Lima Connect" app allows you to manage projects, assign measuring points to photos and statistically analyze and graphically display the results.
... Read More |