ShenyangTX ED400 eddy Current Thickness Gauge measurement of the thickness of insulating coating on various nonmagnetic metal substrates

ED400

Eddy current Thickness Gauge

Introduction

Shenyang Tianxing ED400 eddy current Thickness Gauge is a coating Thickness Gauge produced in strict accordance with the national standard GB/T4957-2003, which is a new type of eddy current Thickness Gauge that is upgraded and optimized on the basis of ED300 Thickness Gauge.The ED400 eddy-current Thickness Gauge has a measurement range of 0~500 microns, which is suitable for non-destructive measurement of coating thickness in a small film thickness range, and is connected to an external probe with a resolution of 0.1 microns.

The ED400 eddy-current Thickness Gauge is suitable for measuring the thickness of insulating overlays on a variety of non-magnetic metal substrates.

Application

ED400 eddy current Thickness Gauge is mainly used to measure the anodized film or coating thickness on the surface of aluminum alloy profiles, and can also be used to measure the anodized film or coating thickness on the surface of other aluminum plates, aluminum tubes, aluminum composite panels, and aluminum parts, to measure the thickness of the insulating covering layer on other non-ferrous metal materials, and to measure the thickness of plastic films and paper.

The ED400 eddy-current Thickness Gauge is suitable for:Perform a quick and non-destructive film thickness inspection of products at the production site, sales site or construction site, which can be used for production inspection, acceptance inspection and quality supervision inspection.

Features

ED400 eddy-current Thickness GaugeIt is an improved version of ED300 type, which has the following characteristics:

● Wide range :ED400 eddy current Thickness Gauge has a range of 0~500 μm.

● High precision:The measurement accuracy reaches 2%.

● High resolution:The resolution reaches 0.1 μm.

● Easy calibration:Only two points, "0" and "50 μm", can be corrected to ensure design accuracy over the full scale.

● Little influence on the conductivity of the substrate:When the matrix material changes from pure aluminum to various aluminum alloys, copper and brass, the measurement error is not more than 1~2 μm.

● Improved reliability:The use of high-integration, high-stability electronic devices, circuit structure optimization, instrument reliability improvement.

● Stability Improvement:Thanks to the professional temperature compensation technology, the measured value changes very little with the ambient temperature. Instrument calibration can be done once in productionfield for long-term use.

● Long probe core life:The use of high-strength core materials and the fine-tuning of the probe design can greatly extend the life of the probe core.

Meets standards

ED400 eddy-current Thickness GaugeComply with the national standard GB/T4957-2003 "Eddy current method for measuring the thickness of non-conductive overlay on non-magnetic metal substrates".

Optional

Spare probes, substrates,Calibration foil (with test report)

Packing list：host x1, probe x1, base (6063 aluminum alloy) x1, correction foil (with test report) x 1, instrument case 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.