Fluxometer: Innovation in Magnetic Measurement
The fluxometer is an advanced instrument designed to evaluate magnetic properties with high precision and sensitivity. This device is a key piece in various industrial and scientific sectors, as it allows detailed analysis of magnetic materials and systems. Its versatility makes it an essential tool for quality control, product development and research in the field of magnetism.
Main Features of the Fluxometer
The fluxometer stands out for its ability to measure a wide variety of magnetic properties, adapting to the specific needs of each application. Among its most relevant functions are:
Magnetic flux: Allows the calculation of the number of magnetic field lines that pass through a given surface.
Magnetic flux density (induction): Measures the intensity of the magnetic field in a specific area.
Magnetic field intensity: Evaluates the strength of the field in a given region.
Magnetic potential: Analyzes the energy stored in a magnetic material or system.
Magnetic moment: Determines the magnitude of the field generated by an object.
Magnetic Dipole Moment: Study complex magnetic properties in advanced systems.
Magnetic Polarization: Measure the orientation of magnetic dipoles in a material.
Flexibility in Coil Use
The flowmeter offers the possibility of customizing different types of coils to fit the requirements of each task. Available options include:
Field Measuring Coil: To evaluate flux density or magnetic field intensity (T, G, A/m, Oe).
Potential Measuring Coil: Designed to measure magnetic potential (A, Gb).
Moment (Helmholtz) Coil: Ideal for calculating magnetic moment (Vscm, Vsm, Am²).
Envelope Coil: Used in magnetic flux analysis in more complex systems (Vs/n, Wb/n, Mx/n).
Intuitive Interface and Automated Control
Equipped with a remote control interface, the flowmeters are ideal for integration into automated production lines. Its alphanumeric display facilitates user interaction, providing clear instructions and help texts that simplify the measurement process.
Applications of the Fluxometer
The flowmeter has a wide range of applications in different sectors, standing out for its precision and functionality. Some of the areas where this instrument is indispensable include:
Quality control:
Inspection of permanent magnets.
Verification of soft magnetic components.
Evaluation of magnetic systems in industrial processes.
Research and development:
Analysis of new magnetic materials.
Development of innovative technologies in the magnetic field.
Design and optimization of advanced magnetic systems.
Testing and classification:
Accurate classification of magnets according to their magnetic properties.
Implementation of automated tests on production lines.
Process supervision:
Real-time monitoring of magnetic systems in operation.
Optimization of processes based on specific magnetic properties.
Conclusion
The flowmeter is an essential tool for any industry or laboratory that works with magnetic materials. Its ability to perform detailed and precise measurements, together with its flexibility and ease of use, make it an indispensable ally in ensuring quality, innovation and development in the field of magnetism.