China

IWAVE WH92 split coating Film thickness meter

SE
Magnetic Induction and eddy Current Thickness Gauge, thickness range 0~1250μm, accuracy +/- 3%, with zero and two point calibrate, negative number display function, can measure some groove surface, such as aluminum alloy window difficult to measure the position.
$189.00/set
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IWAVE WH92 Coating Thickness GaugeSPEC

IWAVE WH92 Coating Thickness GaugeDetails

IWAVE WH92 Coating Thickness GaugePacking list

SKU
NB029461
Measurement principle
Magnetic induction + eddy current
Measuring range
0 ~ 1250µm
margin of error
Zero point calibrated ± (1 + 3% H); two point calibrated ± [ (1%~ 3% H) ] H + 1.5
Minimum measurement surface
10*10mm
Minimum radius of curvature
Convex: 5mm; Concave: 5mm
thinnest matrix
0.4mm
probe
belt line
Calibrated mode
Zero point calibrated, two point calibrated
Unit display
mm
Power
Two AA batteries
Standards
GB/T 4956─1985、GB/T 4957─1985、JB/T 8393─1996、JJG 889─95、JJG 818─93
Language
English, Chinese
Display screen
LED liquid crystal display
Operating Temperature
0-40℃
Relative Humidity
≤85%
Print function
without
Total Weight
115G (including battery)
Complete-built unit size
110*65*30mm
WH92
Coating Thickness Gauge
Magnetic Induction and eddy Current Thickness Gauge, thickness range 0~1250μm, accuracy +/- 3%, with zero and two point calibrate, negative number display function, can measure some groove surface, such as aluminum alloy window difficult to measure the position.
IWAVE WH92 split coating Film thickness meter Picture

Introduction

WH92 split-iron-aluminum dual-purpose coating Thickness Gauge adopts two methods of thickness measurement: magnetic and eddy current. The probe with wire can measure some groove surfaces, and the difficult-to-measure positions outside the aluminum alloy window. The anodic oxidation measurement data is very stable. Is your best choice.

Features

  • Both magnetic and eddy current thickness measurement methods are used, which can measure the thickness of the non-magnetic coating on the magnetic metal substrate and the thickness of the non-conductive coating on the non-magnetic metal substrate;

  • The instrument can be calibrated by two methods of single-point calibration and two-point calibration, and the system error of the measuring head can be corrected by the basic calibration method to ensure the accuracy of the instrument during the measurement process;

  • It can quickly and automatically identify ferrous substrates and non-ferrous substrates. It has the function of power supply underVoltage indication. There is a buzzer prompt during the operation;

  • There are two shutdown methods: manual shutdown and automatic shutdown;

  • It has negative number display function to ensure the calibration accuracy of the instrument at zero point; it has the function of displaying average value, maximum value and minimum value.

Standards

GB/T 4956─1985 Magnetic methods for measuring the thickness of non-magnetic coatings on magnetic metal substrates

GB/T 4957─1985 Eddy current method for measuring the thickness of non-conductive coatings on non-magnetic metal substrates

JB/T 8393─1996 Magnetic and eddy current coating thickness measuring instrument

JJG 889─95 "Magnetic Resistance Thickness Gauge"

JJG 818─93 "Eddy Current Thickness Gauge"