KK & S Instruments MP0R Coating Thickness Test Instruments.
Precise Measurements – Displayed Twice.
Small Size, Great Performance.
Measure coating thickness easily, quickly and nondestructively. A unit from the MP0R series is optimal for the demands of many measurement requirements. These ‘smart’ instruments automati cally recognize the type of the coated substrate material, e.g., aluminum or steel, and selects the appropriate measurement method – Magnetic Induc tion or Eddy Current. This provides the assurance for precise measure ments! Depending on the measurement task and user preference, two model groups are available.
• MP0R models with with the probe integrated in the unit for one-hand measurements.
• MP0R-FP models with with a connected cable probe is ideal for measurements on various specimen
shapes.
All models of the MP0R(-FP) series offer the following technical properties and advantages:
Perfect for all applications
• DUALSCOPE® MP0R models measure on all metallic materials (ferrous and nonferrous metals)
• ISOSCOPE® MP0R models measure on all insulating coatings on nonferrous metals (e.g., paint or anodic coatings on Aluminum)
• Automatically recognizes the substrate material under the coating. The instrument selects the appropriate measurement method (applies to DUALSCOPE ® models)
• Reliable measurements. Low influence from permeability, electrical conductivity and shape of the substrate material
• Miniature size for measurements even in areas with limited accessibility
• Robust and long-lasting design
• Low weight of approx. 85 g / 3 oz. (without batteries)
Made with the user in mind
• Simple one-hand operation: Place instrument on object and read the measurement (MP0R models)
• Ergonomic design
• Fast, menu-driven parameter setting
• Automatic On and Off function, time-variable
• Warning message for low battery voltage
Optimal measurement display
• Two LCD displays allow view of readings from all instrument positions
• Backlit LCD displays: To extend the battery life, display light can be turned off manually or automatically
• Acoustic and optical signal at measurement acceptance
• Acoustic and optical signal when pre-set upper or lower specification limits are violated
