LANDTEK CM8856 Surface platings Thickness Gauge F magnetic Induction /NF eddy current split platings Thickness Gauge

CM8856

Coating Thickness Gauge

1250μm integrated probe, dual thickness measurement principle; RS232 interface; automatic memory calibrating and identification of substrates; with statistical function, single and continuous Measurement mode; hand-held part groove design; USB and Bluetooth data output can be purchased separately.

Introduction

LANDTEK statistical surface coating Thickness Gauge has two types: CM8855 and CM8856 surface coating Thickness Gauge, both of which are the same in function. The CM8856 Surface Electroplating Thickness Gauge is a split-type coating Thickness Gauge with an external probe. It is equipped with a probe that can automatically identify the substrate and can measure magnetic metal substrates and non-magnetic metal substrates at the same time. The thickness measuring range of CM8856 surface electroplating layer Thickness Gauge is 0~1250 microns, and the external probe structure design allows the main unit to be freely equipped with different probes. The measurement is accurate, stable and reliable, and it is very convenient to carry.

LANDTEK CM8856 Surface Plating Thickness Gauge (statistical type) is a split-type portable Thickness Gauge. CM8856 Electroplating Thickness Gauge can quickly, without damage, and accurately measure the thickness of coatings and coatings; it can be used in engineering sites and laboratories, and is an instrument needed for material protection.

Features and advantages

* CM8856 electroplating Thickness Gauge can store 99 sets of measurement data; realize the statistical function of the instrument by measuring the average value, maximum value and minimum value.

* Iron-based and non-ferrous-based dual-purpose plating Thickness Gauge.

* There are two optional measurement methods: single and continuous.

* Metric/Imperial unit conversion.

* CM8856 electroplating Thickness Gauge has functions such as manual shutdown, automatic shutdown and underVoltage prompt.

* Automatically memorize the calibration value and automatically identify the material of the measured substrate.

* There is a buzzer sound during operation, but the buzzer does not sound during continuous measurement.

* CM8856 Coating Thickness Gauge can communicate with PC computer by using optional accessory RS232C software and cable to realize functions of data collection, processing, analysis and printing.

* Optional Bluetooth™ data output option is also available.

* The integral instrument is suitable for one-handed operation, with a "big probe", and a large contact surface for better stability, and the results are accurate and repeatable.

*  The spring guide sleeve probe with wear-resistant hard metal probe can not only measure on hard or rough surfaces, but also ensure that the probe has constant tight force and stable sampling value.

Applications

Surface electroplating layer Thickness Gauge CM8856 uses a magnetic sensor to measure non-ferromagnetic coatings and coatings on ferromagnetic metal substrates such as steel and iron, such as: paint, powder, plastic, rubber, synthetic materials, phosphating layer, chromium, zinc , lead, aluminum, tin, cadmium, porcelain, enamel, oxide layer, etc. Use eddy current sensors to measure enamel, rubber, paint, plastic layers, etc. on copper, aluminum, zinc, tin, etc. substrates. Widely used in manufacturing, metal processing, chemical industry, commodity inspection and other testing fields.

Features

Surface coating Thickness Gauge CM8856 can measure the thickness of the non-magnetic coating on the magnetic conductive object and the non-conductive coating on the non-magnetic metal substrate.

Pictures

LANDTEK Surface Coating Thickness Gauge Selection List

Packing list：Host x1, reference block (iron/aluminum) CTG-BS each x1, calibrated diaphragm CTG-CFx4, measurement Sensors x1, portable box x1, manual 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.