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Ferrous Metal Coating Thickness Gauge

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Ferrous Metal Coating Thickness Gauge Specification

Equipment Type
Ferrous Metal Coating Thickness Gauge

Accuracy
(2% + 1 m)

Measuring Range
0 to 1250 m

Mounting Type
Handheld

Frequency
Single measurement operation

Temperature
0C to 50C

Max Height
Probe length 100 mm

Automation Grade
Manual

Response Time
<1 Second

Number of Specimens
Single/Multiple measurements

Application
Measurement of coating thickness on ferrous substrates

Interface Type
No external interface

Specimen Size
Minimum flat area 25mm x 25mm

Power Supply
2 x AAA Batteries

Features
Auto shut off, Low battery indicator, Portable design

Display Type
LCD Digital Display

Resolution
1 m

Operating Voltage
3V (2 x AAA Batteries)

Hardness
Probe tip Hard Alloy

Humidity
85% RH

Port Size
Standard probe

Test Range
0 to 1250 m

Usage
Surface coating thickness measurement

Capacity
Max measurement 1250 m

Machine Weight
120 g

Test Speed
Manual operation

Test Width
Probe Diameter: 15 mm

Test Stroke
Standard probe movement

Control Mode
Button / touch control

Minimum Curvature Radius
Convex 5mm, Concave 25mm

Display Backlight
Yes

Operating Mode
Direct and group modes

Battery Life
Up to 50 hours

Minimum Substrate Thickness
Steel 0.5mm

Data Hold Function
Available

Included Accessories
Standard test foils, Carrying case, User manual

Calibration Method
Zero & standard calibration

Error Display
Abnormal error code indication

Storage Capacity
Stores up to 100 readings

Color
Blue/Black

Power Saving Mode
Auto power off after 5 minutes

Measurement Principle
Magnetic induction

Material Compatibility
Ferrous metals (steel, iron)

Probe Type
Integrated

Ferrous Metal Coating Thickness Gauge Trade Information

Payment Terms
Cash on Delivery (COD), Cash in Advance (CID), Cheque, Cash Advance (CA)

About Ferrous Metal Coating Thickness Gauge

As an Authorized dealer we are engaged in providing the broad assortment of Elcometer, UK make Dry Film Coating Thickness (DFT) gauge. Reduce coating thickness inspection times on blast cleaned steel substrates with the Elcometer 456 IPC (Industrial Protective Coating) Thickness Gauge. This Coating Thickness Gauge is designed to measure dry film thickness on shot or grit blasted steel substrates.

Pre-calibrated with 4 surface profile ranges, in accordance to the NAVSEA Standard Item (NSI) 009-32, the Elcometer 456 IPC is fast and accurate. The user selectable surface profiles include smooth, fine, medium and coarse ranges. The gauge built in integral ferrous probe allows thickness measurements to be taken on flat or curved surfaces, in mils or microns.

Very fast and accurate reading rate of 70+ readings per minute, the gauge displays 3 individual coating thickness readings together with the average of three also.

Readings can be transferred via Bluetooth® or USB to ElcoMaster ®, or your own software application for instant report generation.

Specification

Built in probe type : Ferrous
Reading Rate : 70+ readings per minute
Range : 0 - 1500 Micron (0 - 60mils)
Resolution : 10Micron / 1mil (where 5m / 0.5 mil is rounded up)
Accuracy (When in test calibration mode): ±5%
Minimum Substrate Thickness : 300 m(12mils)
Operating Temperature : -10 to 50°C (14 to 122°F)
Power Supply : 2 x AA batteries (rechargeable batteries can be used)
Battery Life :Alkaline: Approx. 16 hours
Lithium:Approx. 24 hours
Weight (including batteries) :156g (5.5oz)
Gauge Dimensions : 141 x 73 x 37mm (5.55 x 2.87 x 1.46")
Packing List : Elcometer 456 IPC Gauge, calibration foils, wrist harness, protective case, 1 x screen protector, USB cable, test certificate, 2 x AA batteries & user guide

Advanced Measurement Precision

Utilizing magnetic induction, this gauge delivers accurate fracture-free readings of coating thickness on varied ferrous substrates. Its responsiveness is superior, providing results in less than one second with consistent accuracy, essential for quality control in industrial environments.

User-Friendly Features

An intuitive button and touch interface, along with an LCD backlight display, ensure ease of use even in low-light conditions. With manual control and automatic power-off, operators experience extended battery life and simplified measurement procedures.

Storing and Managing Measurements

Efficiently store up to 100 individual readings for convenient data management. The device supports both single and multiple measurement modes, making it versatile for detailed analysis or batch evaluations without losing track of essential data.

FAQs of Ferrous Metal Coating Thickness Gauge:

Q: How does the Ferrous Metal Coating Thickness Gauge perform measurements?

A: This gauge uses magnetic induction to determine coating thickness on ferrous surfaces such as steel and iron. The integrated probe is manually operated across the substrate, providing precise measurements displayed instantly on the digital LCD screen.

Q: What materials can I measure with this thickness gauge?

A: The gauge is compatible exclusively with ferrous metals, specifically steel and iron, ensuring accurate coating thickness measurements for these substrates. It is not suitable for non-ferrous metals like aluminum or copper.

Q: What calibration methods are available for ensuring measurement accuracy?

A: Zero and standard calibration methods are supported. Zero calibration sets the baseline before use, while the standard calibration utilizes supplied test foils to fine-tune the devices accuracy prior to measurements.

Q: When should I use the data hold function?

A: The data hold function is helpful when you need to pause and record specific readings during measurements. It allows the display to retain the measured value even after the probe is removed, aiding in precise documentation.

Q: Where can this coating thickness gauge be used?

A: This portable, handheld gauge is ideally suited for quality control laboratories, manufacturing facilities, construction sites, or any environment where accurate coating thickness measurements on ferrous substrates are required.

Q: What is the procedure for measuring multiple specimens?

A: For multiple specimens, select the group measurement mode. The device will record each measurement, storing up to 100 results, which you can later review for quality control or comparative analysis.

Q: What are the benefits of using this gauge for coating thickness measurement?

A: Benefits include fast response time, reliable accuracy, easy calibration, and convenient portability. Its ability to store multiple readings and work in varying environmental conditions ensures efficient and precise measurement processes, essential for industrial applications.