| 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 allows measurements of paint, varnish, plastic, rubber, ceramics, galvanization and galvanic coatings on steel. The eddy current method for this Automotive Tester 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 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 Automotive Tester 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 mains adapter or power bank is also possible.... Read More |
Layer thickness | Numerous specialized digital probes can be connected to the Material 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 Material 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 for the Material 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 offer a wide range of options for customised 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 Material Tester 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).... Read More | Highly accurate Pressure Meter / Threaded connection: M20 x 1.5 mm / Long-life battery / 3.1 inch LCD display
Our highly accurate Pressure Meter is a precise and reliable solution for measuring gas and liquid pressures in industry, laboratories and technology. With a measuring range of -0.088 MPa ..Highly accurate Pressure Meter / Threaded connection: M20 x 1.5 mm / Long-life battery / 3.1 inch LCD display
Our highly accurate Pressure Meter is a precise and reliable solution for measuring gas and liquid pressures in industry, laboratories and technology. With a measuring range of -0.088 MPa ... +2.0 MPa and a high resolution of 0.0001 MPa, our high-precision Pressure Meter is ideal for applications that require maximum measuring accuracy. The accuracy is 0.05% FS, which guarantees stable and repeatable measurement results.
Our high-accuracy Pressure Meter uses a diffused silicon pressure sensor and offers intelligent calibration and linearity correction functions. The zero point is set quickly and precisely within two seconds using a magnetic pin. This ensures consistently high measuring accuracy and reliability. The response time is just 0.5 seconds, allowing rapid pressure changes to be reliably recorded. The device is equipped with a 3.1 inch LCD display, which is easy to read and has a backlight.
The wetted parts are made of stainless steel, making our highly accurate Pressure Meter suitable for air, water and non-aggressive oils. The connection is made via an M20 × 1.5 thread. Overload protection up to 1.2 times the maximum pressure range reliably protects the sensor from short-term pressure peaks. With a housing diameter of 112 mm and a weight of just 601 g, the device is space-saving and easy to install. The device supports ten selectable pressure units: bar, psi, kPa, MPa, Pa, inHg, mmHg, inH2O, mmH2O and kgf/cm2, which ensures maximum flexibility for different requirements.
For data transmission, our high-precision pressure measuring device uses an RS-485 interface with the Modbus RTU communication protocol. Thanks to its low power consumption, the integrated lithium battery achieves a service life of more than three years in 24-hour operation.
The highly accurate pressure measuring device is ideal for the precise measurement of gas and liquid pressures in various areas such as industrial production, hydraulic systems, water and waste water technology as well as in laboratory applications. It is particularly suitable for applications that require high accuracy and reliability and can be used for monitoring pressure systems in non-aggressive media. However, the temperature of the media should not exceed 85°C / 185°F to ensure optimum performance of the device.... Read More |