Basic Info.
After-sales Service
Technical Guidance
Measuring Principles
Magnetic Induction /Eddy Current
Specification
155mm*68mm*27mm 0.23kg
Product Description
Coating Thickness Gauge CT210
Product Features- 2 types of probe optional: magnetic-induction probe (F) and eddy current probe (N);
- 5 statistical datas can be displayed: No, Mean, Max, Min, S.DEV;
- High measuring speed and high accuracy, good repetitive;
- 500 groups of data memory;
- High precision, stable measurement performance;
- Digital LCD display(1.9inch×1.46inch) with backlight;
- Warranty: 18 months;
- Probe(F) measures the thickness of non-magnetic overlays on magnetic metal substrates and probe(N) measures the thickness of non-conductive overlays on non-magnetic metal substrates.
- Has temperature compensation function: domestic leading real-time temperature compensation technology can be automatically to the environment temperature and the measuring error caused by the probe temperature change to compensate, make the measurement more accurate.
- Can adopt single point calibration, single point calibration method of instrument calibration, and can be used five calibration and temperature coefficient of calibration method to modify the system error of measuring head.
- Has three kinds of shutdown mode: manual shutdown mode, timeout way automatic shutdown and low battery shutdown automatically, and can set the timeout automatic shutdown wait time, automatic shutdown with backlit flash and the buzzer hints.
This instrument meets the following standards:GB/T 4956-2003 non -magnetic metal matrix non -magnetic coverage layer thickness measurement Magic methodGB/T 4957-2003 Non -conductive coverage layer thickness measurement method of non -magnetic metal substrateJB/T 8393-1996 Magnetic and Vortex Claim thicknesses measuring instrumentsQJ 990.3A-20111 Coating Test Method Part 3: Coating thickness measurementJJG 818-2005 Magnetic, Electrical Countermending Lane thickness Measurement Detective RegulationsMeasurement principle:This instrument adopts magnetic and eddy current thickness measurement methods. The thickness of the non-magnetic covering layer (such as zinc, aluminum, chromium, copper, rubber, paint, etc.) on the magnetic metal matrix (such as copper, aluminum, zinc, tin, etc.) and the thickness of the non-conductive covering layer (such as rubber, paint, plastic, anodic oxide film, etc.) on the non-magnetic metal matrix (such as copper, aluminum, zinc, tin, etc.) can be measured nonlossless.a) Magnetic method (type F probe)When the probe is in contact with the covering layer, the probe and the magnetic metal matrix form a closed magnetic circuit. Due to the existence of the non-magnetic covering layer, the magnetic circuit reluctance changes, and the thickness of the covering layer can be derived by measuring its change.b) Eddy current method (N-type probe)High-frequency alternating current is used to generate an electromagnetic field in the coil. When the probe is in contact with the covering layer, eddy currents are generated on the metal matrix and feedback effect is generated on the coil in the probe. The thickness of the covering layer can be derived by measuring the size of the feedback effect.Main Technical SpecificationsProbe Type | F | N |
Measuring Principles | Magnetic Induction | Eddy Current |
Measuring Range | 0~1500µm | 0~1500µm, Chromium plating on copper(0~40µm) |
Resolution | 0.1μm(0~50μm ),1μm(>50μm ) |
Measurement error | 3%H+1μm(H is the measuring range) |
Measuring Mode | Single or continuous |
Calibration Mode | One-point Calibration |
Indication error | one-point calibration(µm) | ±(1%H+1) | ±(1%H+1.5) |
two-points calibration(µm) | ±[(1~3)%H+1] | ±[(1~3)%H+1] |
Measuring Condition | Min. radius of curvature(mm) | convex 1.5 | convex 3 |
Min. diameter of area(mm) | Φ7 | Φ5 |
Critical thickness of substrate(mm) | 0.5 | 0.3 |
Dispaly screen | Digital LCD (with backlight) |
Power Supply | 3×1.5V AAA Batteries |
Overall dimensions | 155mm*68mm*27mm |
Weight | 230g |
Standard Delivery
Main Unit | 1 pcs |
Calibration Block | 1 pcs |
Probe(F or N) | 1 pcs |
Standard testing Foils | 5 pcs |
User Manual | 1 pcs |
Battery | 3 pcs |
Application fieldThis instrument is a portable coating thickness instrument with magnetic and vortex dual -use. It can measure the thickness of the coating and coating thickness without damage and precision. It can be used in the laboratory and the project site. This instrument can be widely used in the fields of manufacturing, metal processing, chemical industry, and commodity inspection. It is a necessary instrument for materials protection.
Company Profile:
IPRE is committed to precision measuring instruments, precision manufacturing equipments, intelligent fault diagnosis technology research and development, product and sales. We are a national high -tech enterprise, we have CE, ISO9001 and more certifications.We have more than 90 patents, including 23 invention patents.
Our Factory:
1.Exit 5 - 6 new products every year
2.Support OEM/ODM order
3.Provide 12 months of warranty service, 24h of technical online support
4.Two R&D centers in China to make products competitive
5.Have 70 Agency all over the world
Address:
5 Workshops of The East Zone Project of The Third Accelerator of Photoelectric Park, 66 Yinfeng Road, Weifang, Shandong, China
Business Type:
Manufacturer/Factory
Business Range:
Electrical & Electronics, Industrial Equipment & Components, Instruments & Meters, Manufacturing & Processing Machinery, Office Supplies, Tools & Hardware
Management System Certification:
ISO 9001, ISO 9000, ISO 14001, ISO 14000, QC 080000
Company Introduction:
IPRE was founded in 2013. Now is a national high-tech enterprise in China. IPRE has 3 large production lines, every year our instrument production line can create an annual production capacity of 6000 units every year. IPRE is committed to precision measuring instruments, precision manufacturing equipments, intelligent fault diagnosis technology research and development, production and sales. We have close to 60 distributors around the world now. We have two R&D centers in Beijing and Shandong, China, and we cooperate with the Chinese Academy of Sciences to develop and manufacture measuring instruments in China. Our factory supports OEM orders and our delivery speed is extremely fast, thanks to our excellent production capacity. We welcome the intention of the agent customer consultation, we can customize products for customers, including appearance, technology, packaging and so on