The Defelsko PRB200B ultrasonic Coating Thickness Gauge probe is dedicated to the PosiTector200B ultrasonic Coating Thickness Gauge, PRB200B is used for the measurement of single polymer Coating thickness such as wood and plastic, with a range of 13~ 1000μm and an accuracy of +/- 3%.
Defelsko PRB200B Coating Thickness Gauge probePacking list
SKU
NB018241
Measurement principle
ultrasound
Measurement range
13~1000μm
margin of error
±3%
application
Wood, plastic and other polymer coatings
PRB200B
Coating Thickness Gauge probe
Introduction
The Defelsko PRB200B-C Ultrasonic Coating Thickness Gauge Probe is a companion probe to the PosiTector 200B Ultrasonic Coating Thickness Gauge for measuring the thickness of polymeric coatings on wood and plastics.The measurement thickness range of PRB200B-C is 13~1000μm, and the accuracy is ± (2μm+3%).
Probe Dimension Drawing
Pictures
Application diagram
PosiTector 200 Models Selection
200 B
200 C
200 D
apply
apply
apply
Polymer coatings such as wood, plastic, etc
concrete, fiberglass and other coatings
Thick and soft coatings such as polyurea, bituminous neoprene, very thick polymers
Measuring range
Measuring range
Measuring range
13~1000μm
50~3800μm
50~7600μm
accuracy
accuracy
accuracy
± (2 μm + 3% of reading)
± (2 μm + 3% of reading)
± (20 μm + 3% of reading)
Certified thickness standards
Certified thickness standards
Certified thickness standards
STDA3
STDP6
STDP1
Packing list:Probe x1
[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
QSubstrate is mainly copper; Miscellaneous materials are also available, such as FR4 fiberglass, steel, and even compositions with copper wiring and fiberglass; FR4 fiberglass is Non-metallic
Inks type: epoxy resin
Inks thickness: 5-100μm
Accuracy requirements: +/- 2μm
Size of inks area: 2 * 2mm-7 * 7mm
A
You can use Defelsko's host + 2 probes, a 6000 series magnetic Induction eddy current dual-function probe, and a probe to test the principle of non-metallic substrate ultrasound