|
 Dual technology features magnetic induction and Eddy Current measurement techniques with statistical analysis and PC interface. The CMI250 is a feature rich instrument built upon our established Eddy Current / Magnetic Induction dual probe technology.
The CMI250 is a feature rich instrument built upon our established Eddy Current / Magnetic Induction Dual ProbeTechnology. The instrument offers factory and user calibrations, automatic temperature compensation, base corrections, measurement storage options, date and time stamping, statistical analysis, and USB PC connectivity. Useful in a wide variety of settings, the CMI250 measures non-conductive coatings over non-ferrous substrates and non-magnetic coatings over ferrous substrates.
APPLICATIONS: Ideal Metrology Solution for: - Industrial Coatings and Painters
- Appliance Coaters and Surface Finishers
- Paint & Powder Coaters
- Automotive & Aerospace Finishers
- Coating Inspectors
- Electroplating Plants
- Painting Contractors
FEATURES: - Store measurements, date and time stamp results, statistical analysis of the coating thickness, deliver measurement results direct to your PC
- Eddy Current Technology for non-conductive coatings over non-ferrous metals like aluminum, brass or copper:
Teflon, Enamel, Epoxy, Anodize, Paint & Powder Coats - Magnetic Induction Technology for non-magnetic coatings over steel or ferrous substrates: Zinc, Cadmium, Paint & Powder Coats
SPECIFICATIONS:- Automatic Substrate Recognition
- No User Calibration required but can be User Calibrated if desired
- Factory calibrated, only requires a swift base re-zero correction when measuring on different metallic substrates
- Statistical analysis reporting included (data recording, mean, standard deviation, high-low reporting)
- USB 2.0 data transfer to MS Excel
- Backlit visual display unit
- Optional continuous mode measurement
- Storage Capacity: 9690 measurements with optional date and time stamp
- Long battery life (150 measurements per day ~ 1 month life)
- Temperature compensation calibrated over 40ºF – 140ºF (4ºC – 60ºC)
- User interface in English or simplified Chinese
MAGNETIC INDUCTION:- Conforms to methods AST M B499 & B530,DIN 50981, ISO 2178 and BS 5411 Parts 9 & 11
EDDY CURRENT: - Conforms to methods AST M B244 & B529, DIN 50984, ISO 2360 and BS 5411 Part 3
MEASUREMENT RANGES: - Ferrous Substrates, Magnetic Induction: 0.001 – 2.04mm (0.1 – 80mils)
- Non-ferrous substrates, Eddy Current: 0.001 – 1.52mm (0.1 – 60mils)
- Minimum ferrous and non-ferrous substrate thickness: 305µm, 12mils Accuracy:
- ± (2µm + 3% of reading) or ± (0.1mils + 3% of reading) relative to calibration with certified reference material
PRECISION:- Ferrous Substrates, Magnetic Induction, σ = 0.6µm (0.02mils) for a 75µm (2.95mils)
- plastic standard on Steel σ = 0.9µm (0.04mils) for a 12.2µm (0.48mils) plastic standard on Steel
- Non-Ferrous Substrates, Eddy Current: s = 0.15µm (0.01mils) for a 75µm (2.95mils)
- plastic standards on Cu σ = 0.2µm (0.01mils) for a 12.2µm (0.48mils) plastic standards on Cu Units: Automatic conversion between Imperial and Metric units with a keystroke Dimensions: 3.75"x2"x1", 9.53cm x5.08cm x2.52cm
BATTERY: For more information on the CMI250, visit their website at www.oxford-instruments.com
|
