Coating Probe measures small parts.
Press Release Summary:
Handheld EGA06H probe measures nonmagnetic coatings, including zinc, chrome, copper, tin, paint and enamel on ferromagnetic base material using magnetic induction method according to DIN 50981. Measuring range is 0 to 28 msec. Small field effect is suited for measuring small parts or areas, such as nuts, bolts, screws and other fasteners. Smallest surface probe can measure is 0.08 in. dia., 0.04 in. convex curvature and 0.79 in. concave curvature.
Original Press Release:
New Fischer EGA06H Probe With Small Field Effect Is Perfect For Measuring Small Parts And Areas
WINDSOR, CT (November 29, 2001) -The new, hand-held Fischer Technology EGA06H axial design magnetic induction probe with small field effect is especially suited for measuring small parts or areas, such as nuts, bolts, screws and other fasteners.
With a measuring range of 0 - 28 mils (0 - 700µm), the EGA06H probe measures non-magnetic coatings, including zinc, chrome, copper, tin, paint and enamel, on ferromagnetic base material using the magnetic induction method according to DIN 50981.
The smallest surface the EGA06H can measure is a .08"' (2 mm) diameter, .04" (1 mm) of convex curvature and .79" (20 mm) of concave curvature. The EGA06H joins Fischer Technology's family of interchangeable Smart Probes for use with the complete line of hand-held and benchtop coating thickness measurement devices.
An assortment of removable and interchangeable Smart Probes is available for a wide variety of common applications. Each probe consists of a measuring element, a memory chip and a connector.
The probe's resident chip stores all its own master calibration parameters simplifying the measurement process. The operator selects the desired application and the instrument is immediately ready to measure. This ability to easily change measurement probes allows the operator to cover diverse measurement applications.
Fischer has been an innovative leader in the field of non-destructive thickness measurement and material testing instruments since 1953. Solutions are available for coating thickness measurement using the X-Ray fluorescence, beta backscatter, magnetic induction, eddy current and coulometric methods. Fischer also offers solutions for measurement of microhardness, conductivity, ferrite content and porosity testing.
