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Non-contact Ultrasonic Coating Thickness Gauge Underwater for Steel
Product Description
Non-contact Ultrasonic Coating Thickness Gauge Underwater for Steel
Features:
Software for PC connection and data analysis.
High quality metal sheel.
With back-light.
Function & Feature:
High stability and precision.
Software for PC connection and data transmission, analysis, and printing measurement reports.
With built-in thermal printer. Width of printer paper: 56.5±0.5mm.
Rechargeable Li-ion battery, available for 10 hours working continuously.
Measuring Materials:
Magnetic Induction (Fe): Measuring the thickness of Non-magnetic coating on magnetic metal substrate, such as aluminum, chromium, copper, zinc, rubber, paint on the base of steel, iron, alloy and magnetic steel .
Eddy Current (NFe): Measuring the thickness of Non-conductive coating on non-magnetic metal substrate, such as rubber, plastic, paint, oxide on the base of aluminum, copper, zinc, tin.
Technical Specification:
Model | PH242a |
Measuring principle | Magnetic induction (Fe ) or Eddy current ( NFe) |
Measuring range (µm) | 0~1250μm |
Accuracy | ±[（1~2%)H+1] μm H refers to the thickness of testing piece |
Minimum resolution (µm) | 0.1μm |
Min curvature of the min area (mm) | Convex1.5 Concave9 |
Diameter of the min area (mm) | Φ7 |
Critical thickness of substrate (mm) | 0.5 |
Operating temperature | 0℃~40℃ |
Magnetic field | No strong magnetic field environment |
Memory | 500 groups measured data |
Dimensions | 230×86×46mm |
Weight | 400g |
Printer | Build-in High-speed Thermal Printer |
Power supply | Rechargeable Li-ion battery |
Standard configuration | Main unit,5 specimens (48.5mm、99.8mm、249mm、513mm 1024mm),Charger, paper for printer, Fe or NFe probe & substrate |
Optional Accessories | Probes，Specimens，Paper for printer |
Non Destructive Testing Application:
The field of Nondestructive Testing (NDT) is a very broad, interdisciplinary field that plays a critical role in assuring that structural components and systems perform their function in a reliable and cost-effective fashion. NDT technicians and engineers define and implement tests that locate and characterize material conditions and flaws that might otherwise cause planes to crash, reactors to fail, trains to derail, pipelines to burst, and a variety of less visible, but equally troubling events. These tests are performed in a manner that does not affect the future use of the object or material. In other words, NDT allows parts and material to be inspected and measured without damaging them. Because it allows inspection without interfering with a product’s final use, NDT provides an excellent balance between quality control and cost-effectiveness. Generally speaking, NDT applies to industrial inspections.
Application Image: