Fischer Technology, Inc. Eddy Current Instruments (Integrated Measurement Probe)

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Eddy Current Method The excitation current of the measurement probe generates a high-frequency primary magnetic field that induces Eddy currents in the substrate material. The resultant secondary magnetic field weakens the primary field. This effect is a measure for the distance (= coating thickness) between the probe and the substrate material, and is converted to a coating thickness value using a probe characteristic that is stored in the instrument. Applications • Paint varnish or plastic coatings on nonferrous metals, e.g., aluminum or stainless steel • Anodized coatings on aluminum

Product Features

• Ergonomic design with two backlit displays for optimum viewing of the readings in any measurement position
• Pocket size and low weight
• Integrated, spring-supported measurement probe for one-hand operation (MP0R)
• Quick selection of functions via user friendly menu
• Specification limits
• Optical and acoustical signals for measurement accept or limit violation
• Automatic On/Off function
• Memory for up to 1000 measurements is retained even without power supply
• Statistical evaluation
• Ready to measure right away without calibration
• Freely selectable offset value for automatic addition or subtraction of a constant value
• Two-point calibration when geometry or material changes
• Menu-selection of measurement units (µm or mils)
• Radio transmission of the readings (optional radio receiver required)

Product Code: ISOSCOPE® MPOR USB (604-066) Product Weight: 2 lbs.   Model: ISOSCOPE® MPOR USB Testing Range: 0- 47 mils(0 - 1200 µm) Applications: Measures insulating coatings on nonferrous metals (e.g., paint or anodic coatings on Al) Size (inches): 2.5" by 1.2" by 3.4" Weight of Item (without packaging): 2.12 oz. (without batteries) Insurance Required (is included with Freight at Checkout): $3.85

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