The List-Magnetik LM-MP6000-EMF Magnetometer / Magnetic Field Detector enables the detection of extremely weak DC and AC magnetic fields, ranging from 0 to 400 µT (microtesla), 0 to 4 G (gauss), or 0 to 300 A/m. This device utilizes a fluxgate measuring probe to detect magnetic fields in the transverse direction.
The perfect solution for the requirements of IATA953 / UN2807
A key application of this technology is detecting magnetic fields in parcels or luggage without the need to open them. According to IATA packaging regulation 953, specific packaging guidelines for air transport outline limit values and labeling requirements. UN 2807, a regulation concerning dangerous goods, also addresses magnetism. Items with a magnetic field strength of less than 0.159 A/m (2 mG, 200 µT) at a distance of 2.1 meters (7 feet) are deemed safe for air transport. Additionally, items with a magnetic field strength below 0.418 A/m (5.25 mG, 525 µT) at a distance of 4.6 meters (15 feet) require labeling. Items with stronger magnetic fields are not eligible for air freight transportation.
Highly sensitive sensor for weak EMF magnetic fields
A fluxgate sensor, known for its high sensitivity, is utilized in research and development to measure magnetic fields with precision. It is employed in fields such as geophysics and archaeology to detect specific magnetic materials beneath the earth's surface, as well as in space exploration and navigation for accurately measuring the earth's magnetic field. Additionally, it is suitable for assessing magnetic shielding and applications in building biology.
Measurement of the Earth's magnetic field and interference fields
The Magnetometer / Magnetic Field Detector is perfect for measuring the Earth's magnetic field and other weak, low-frequency magnetic interference fields. The strength and direction of the Earth's magnetic field vary with location. In Europe, the horizontal component relative to the Earth's surface is approximately 20 µT, and the vertical component is around 44 µT. The LM-MP6000-EMF fluxgate magnetometer can graphically display weak alternating electromagnetic fields, such as those near electrical appliances, along with indicating the measured frequency. A Fourier analysis further aids in the evaluation of these fields.
Scan function for visualization
In stable DC fields, the scan function allows for comprehensive detection of a magnetic field across an area, which can then undergo statistical evaluation. This feature is ideal for analyzing magnetic field lines and measuring magnetic flux. It enhances detailed magnetic field analysis and broadens the capabilities of advanced magnetic field measuring devices and integrated systems.
Memory and interfaces
The Magnetometer/Magnetic Field Detector is a versatile tool that excels in various magnetic field measurement applications, thanks to its adaptable memory for storing measurement values, dual digital and analog displays, and peak value measurement capability. Its features make it ideal for professional use, serving as a digital EMF Gaussmeter, magnetometer, or teslameter. The device's wireless interface enables seamless data transfer to Windows PCs and apps for Android and iOS, providing a modern solution for mobile magnetic field measurement systems. Its flexible storage and analysis of magnetic measurements facilitate complex magnetic field analyses, such as determining magnetic field strength, intensity, or flux density. The device can be continuously powered through a USB interface, and it includes an SCPI interface for remote measurement operations and data delivery, making it perfect for automated magnetic field testing in industrial settings.
Verification with calibration standard
We provide a calibration standard (reference magnet) to allow you to verify the accuracy of your Magnetometer/Magnetic Field Detector at any time. This essential component ensures precise and standard-compliant magnetic field measurements in laboratory, development, and production environments. Our systems are recognized as some of the most reliable magnetic field measuring devices in the UK, meeting the highest standards for contemporary magnetic testing procedures and measurement methods.
