Coating Thickness Gauge

Product Description

UCT100FL/NL coating thickness using the thickness measurement method of magnetic induction, is an ultra-compact measuring instrument can be a non-destructive. measurement of the magnetic metal substrates (such as iron, steel, alloys and hard magnetic properties of steel, etc.) on a non-magnetic thickness of the overburden (such as aluminum, chromium, copper, zinc, tin, enamel, rubber, plastics, paints, etc.) can be used in the field of manufacturing, metal processing industry, chemical industry, commodity inspection and other testing.

The small size of the instrument, the probe and instrument integration, especially suitable for measuring the project site; The instrument is rugged, versatile, one-hand operation.

UCT100FL/NL coating thickness gauge designed portable and durable, so in normal use under harsh conditions. The UCT100FL/NL has a key operation function without calibration, do not reset the next measurement can be carried out without the need for operator training to operate.

UCT100FL/NL thickness gauge function:

Zero calibration and span calibration. Ruby wear probe. The basic calibration of the probe. With automatic shutdown. Operation beep prompt. Under voltage indicator. The error function.

UCT100FL/NL thickness gauge indicators:

Measuring principle magnetic induction method or Eddy current method

Measuring range 1 to 6000pm

Measurement accuracy ± [(1 ~ 3) H +1] μm (full scale calibration)

Resolution 1pm

Workpiece convexity of the minimum radius of curvature (mm) 5 / Au 25

Minimum contact area of diameter 10 mm x 10 mm

Matrix street thickness is 0.2 mm

Use environment Temperature 0-60 degrees Celsius; humidity 20% -75%; magnetic field environment

Power:four 1.5-volt AAA battery

Dimensions: 12 × 69 × 28 mm

Weight: 82 g (without batteries)

Standard configuration : Host, the standard calibration piece group, calibration of the iron matrix, user guide, certificate of English inspection reports, suitcase, lanyard and battery

Additional Information :