Reference materials - Import export

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

eddyMOTION is a Windows-based analysis and configuration tool for eddy current probes. In combination with the TX electronics from eddylab GmbH, the software tool combines several performance features: The functional areas oscilloscope, FFT analysis, data logger and waterfall diagram, enables the visualization and documentation of mechanical movements. eddyMOTION also suites the on-site linearization of eddy current sensors in a traceable manner, without external assistance. In addition to the TX electronics and an eddylab eddy current sensor, a reference probe is required for this purpose: Together with the eddy current sensor, this probe measures the distance to the same material, with the reference probe serving to check the sensor.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry. Alternative to the standard we also offer individual solutions: » Magnets are also available in other dimensions » Possible operating temperature up to max. 180°C » Magnets in self-adhesive version

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry. Alternative to the standard we also offer individual solutions: » Magnets are also available in other dimensions » Possible operating temperature up to max. 180°C » Magnets in self-adhesive version

High Endurance refers to a product or material that is designed to withstand prolonged use or exposure to harsh conditions without deteriorating or losing its performance. High-endurance products are typically engineered with superior durability, strength, and resistance to wear and tear. These products are commonly used in industries such as aerospace, automotive, military, and construction, where reliability and longevity are crucial. High-endurance materials can include advanced alloys, composites, coatings, and fabrics that are specifically formulated to withstand extreme temperatures, pressure, friction, corrosion, or other challenging environmental factors. The high endurance properties of these materials allow them to maintain their structural integrity and functionality over an extended period of time. They are often subjected to rigorous testing and quality control measures to ensure their ability to withstand demanding conditions.