Please note that this probe is NOT compatible with the 456C gauge. Instead, see part numbers 15090xxxx).
Uses the electromagnetic induction principle to measure non-magnetic coatings on a magnetic metal base. This includes paint, electroplating, galvanising, hard chrome, sprayed metal, powder coating, plastic, epoxy, rubber, ceramic, etc. on substrates such as steel, cast iron, and ferritic and duplex stainless steel.
Max. operating temperature: 300 °F.
Minimum substrate thickness: 0.3 mm (12 mils).
Measuring range: 0 - 13 mm (0 - 500 mils).
Resolution: Below 2 mm: 1 µm - Above 2 mm: 10 um (Below 100 mils: 0.1 mils - Above 100 mils: 1 mil).
Accuracy: ±3 % or ±0.05 µm ±2 % or ±0.05 µm (±3 % or ±2.0 mils ±1 % or ±2.0 mils).
Minimum convex surface diameter: 15 mm (0.59").
Minimum concave surface radius: 40 mm (1.57").
Headroom: 102 mm (4.02").
Minimum sample diameter: 14 mm (0.55").
Uses the electromagnetic induction principle to measure non-magnetic coatings on a magnetic metal base. This includes paint, electroplating, galvanising, hard chrome, sprayed metal, powder coating, plastic, epoxy, rubber, ceramic, etc. on substrates such as steel, cast iron, and ferritic and duplex stainless steel.
Max. operating temperature: 300 °F.
Minimum substrate thickness: 0.3 mm (12 mils).
Measuring range: 0 - 13 mm (0 - 500 mils).
Resolution: Below 2 mm: 1 µm - Above 2 mm: 10 um (Below 100 mils: 0.1 mils - Above 100 mils: 1 mil).
Accuracy: ±3 % or ±0.05 µm ±2 % or ±0.05 µm (±3 % or ±2.0 mils ±1 % or ±2.0 mils).
Minimum convex surface diameter: 15 mm (0.59").
Minimum concave surface radius: 40 mm (1.57").
Headroom: 102 mm (4.02").
Minimum sample diameter: 14 mm (0.55").
