SIGMASCOPE® SMP350
The electrical conductivity testing expert.
Compact handheld device for measuring the electrical conductivity of non-ferrous metals.
Key Benefits
- Perfect fit.: Different measuring frequencies for different penetration depths and measuring tasks
- Always in view.: Clear management of measurement tasks through user-definable file and folder structure
- Easy to use.: Operation via high-contrast touchscreen with intuitive user interface
- Predestined for the aerospace industry.: Meets Boeing specification BAC 5651 with matching probe
Description
Compact handheld device for measuring the electrical conductivity of non-ferrous metals.
With the SIGMASCOPE® SMP350, you can measure the electrical conductivity of aluminum or the electrical conductivity of copper quickly, easily and accurately. You can also draw conclusions about the hardness and strength of heat-treated materials. This allows you to check the material stability of components that are exposed to strong temperature fluctuations. The SIGMASCOPE® SMP350 also excels at determining heat damage and material fatigue.
Different measuring frequencies for different penetration depths and measuring tasks
Clear management of measurement tasks through user-definable file and folder structure
Operation via high-contrast touchscreen with intuitive user interface
Meets Boeing specification BAC 5651 with matching probe
Measuring method: Phase-sensitive eddy current method
Conductivity measurement according to DIN 50994
Individual consideration of the temperature coefficient valid for each material (temperature sensor optionally available)
Measured value memory: For a large number of measurements
Extensive evaluation and statistics functions
Measuring range: 0.3 - 63 MS/m or 0.5 - 108 % IACS
Simple data transfer via USB interface
Limit value monitoring via sound
Probes available for a wide range of applications, with and without integrated temperature sensor
Do you have other applications? Then contact us!
Features
- Measuring method: Phase-sensitive eddy current method
- Conductivity measurement according to DIN 50994
- Individual consideration of the temperature coefficient valid for each material (temperature sensor optionally available)
- Measured value memory: For a large number of measurements
- Extensive evaluation and statistics functions
- Measuring range: 0.3 - 63 MS/m or 0.5 - 108 % IACS
- Simple data transfer via USB interface
- Limit value monitoring via sound
- Probes available for a wide range of applications, with and without integrated temperature sensor
- First class thermal compensation
- With suitable probe: Fulfilling the Boeing specification BAC 5651
- Very good repeatability
- Conductivity testing of raw materials for sorting and quality assurance
- Testing of coin alloys, such as the conductivity of euro coins
- Evaluation of hardness and strength of heat-treated materials
- Checking for heat damage, material fatigue and cracks
- Estimation of the phosphorus content in copper alloys or copper-containing materials
- Tracking precipitation processes, such as in Cu-Cr alloys
- Checking the homogeneity of alloys
- Scrap sorting
