Fuji Electric’s FSC-MEP8812 ultrasonic thickness gauge is a portable device. It is designed to measure the material thickness and metal thickness of pipes and ducts. These can be made from a variety of materials, such as steel, metal, cast iron, aluminium, copper, brass, zinc, glass, polyethylene and PVC (except plastic).
The ultrasonic thickness gauge is particularly effective for measuring the thickness of metals and other materials. It uses a dual element transducer to ensure accurate measurements.
Thanks to its sound velocity measurement technology, the thickness gauge offers high accuracy and reliability, ideal for a wide range of industrial applications.
The advanced technical features of ultrasonic thickness gauges are a major asset for professional users. Thanks to the propagation of ultrasonic waves, this device is capable of measuring a wide range of thicknesses with great precision and on different materials. The measurement principle is based on the use of ultrasonic waves to assess the thickness of materials. Ultrasonic thickness measurements are performed using ultrasonic thickness probes and an ultrasonic transducer, which calculates the propagation of the waves through the material, enabling accurate thickness measurement. Ultrasonic thickness testers have varied applications for numerous materials and their use for measurements and inspection.
Ultrasonic thickness gauge - FSC - MEP8812
| Thickness gauge reference | FSC-MEP8812 |
| Display | 4 digits, 10 mm LCD display |
| Pipe thickness range | 1.0~200 mm (steel) |
| Sonic speed range | 1000~9000 m/s |
| Resolution | 0.1 mm for fine, detailed measurements. |
| Accuracy | ± (0,5 % n+0,1) |
| Materials | Steel, Stainless steel, Metal, Cast iron, Aluminium, Copper, Brass, Zinc, Glass... |
| Power supply | 4 x 1.5 V AAA batteries for convenient, mobile use. |
| Operating conditions | Temperature : 0 to 50 °C
Humidity: ˂ 80%. |
| Compact size | 120 x 62 x 30 mm |
| Weight | 164 g approx. (excluding batteries) |
| Accessories included | 1 x Carrying case for secure transport
1 x User's manual for quick start-up
1 x Sensor with 10 mm diameter and 5 MHz frequency for precise, reliable measurement |
Ultrasonic thickness gauge
This ultrasonic thickness gauge is an indispensable instrument for professionals requiring precise control of material thicknesses. The additional products available for this device increase its versatility. The integrated calibration function ensures quick and easy operation. Easy-to-read ultrasonic thickness readings on the LCD display ensure efficient use even in difficult conditions.
The measurement principle is based on the use of ultrasonic waves to assess the thickness of materials. Thanks to the ultrasonic probe, the gauge's sensor calculates the propagation of the waves through the material, enabling accurate thickness measurement. This device is essential for quality control in various industries.
Measure metal thickness and much more...
In addition to metals, this device is capable of measuring the wall thickness of materials and glass objects (except plastics). The precision and resolution of the FSC-MEP8812 make it an ideal choice for repetitive part measurements, guaranteeing optimum value for money. Users will also appreciate the included carrying case for easy, secure transport of the device and its accessories.
The FSC-MEP8812 ultrasonic thickness gauge is a high-performance, versatile measuring device, essential for any industry requiring precise, reliable thickness measurements. This instrument efficiently checks the thickness of a variety of materials, from surfaces to pipes and tanks, ensuring optimum use thanks to its high measurement frequency and fast pulse.
Further information on ultrasonic thickness gauge
The Ultrasonic Thickness Gauge offers a full range of industry-standard features, making it an excellent choice for accurately measuring sample thickness and guaranteeing consistent measurement accuracy. This device uses a small probe called an ultrasonic transducer to emit sound waves that pass through the material under test and reflect off the opposite wall. By measuring the time taken for the sound waves to return, the gauge determines the thickness of the material. This principle is effective for measuring uncoated materials and those with a protective coating, such as paint thickness.
The use of ultrasonic waves enables the thickness gauge to measure thin materials with great precision. The single-echo measurement result is particularly useful for assessing steel thickness and identifying corrosion gauges in metal pipes. The device's ability to measure the remaining wall thickness of materials, including coated materials, makes it invaluable for maintenance and inspection work. It can also handle complex shapes and biological samples, ensuring versatility in different applications.
For industries requiring compliance with strict quality controls, the ultrasonic thickness gauge ensures that measurements are accurate and reliable. The inclusion of contact transducers and the ability to measure surface roughness increase its usefulness. The reflected wave method used by the gauge ensures that a small amount of sound energy can provide accurate readings.
The FSC-MEP8812 is designed to handle a wide range of materials, ensuring its usefulness in a variety of industrial environments. Its ability to measure the thickness of metal pipes, test samples and other materials with complex properties is enhanced by its wide sound velocity range and resolution. The device also supports multiple echo measurements, enabling detailed analysis of wall echoes and phase reversion in the materials under test.
With a focus on user-friendly operation, the Ultrasonic Thickness Gauge includes features such as a delay line for accurate measurements of thin and coated materials, ensuring compliance with industry standards. This device is not only a precision gauge, but also a robust tool for ensuring the integrity and quality of materials in a variety of applications, making it an indispensable instrument for professionals in multiple industries.
The FSC-MEP8812 supports ultrasonic thickness measurement for a wide range of materials, ensuring consistent thickness measurement of coated materials, steel and other metals. This device is essential for material and transducer selection, offering high accuracy for metal thickness and corrosion measurement. Its constant speed and precision gauges make it an ideal choice for industries requiring ultrasonic gauging and measurement of the inner surface of pipes and other structures. The ultrasonic pulse and sound technology used in this thickness gauge ensures reliable measurement of wall thickness, coating thickness and thickness range of various materials.
FAQs on ultrasonic thickness gauges
How does ultrasonic thickness work?
The principle of ultrasonic thickness measurement is based on the use of ultrasonic waves to assess the thickness of materials. By emitting sound waves through a material and measuring the time taken for the waves to reflect, the gauge calculates the thickness of the material.
What is the unit of measurement for thickness?
The thickness measurement unit generally used in ultrasonic thickness measurement is the millimeter (mm).
How accurate is ultrasonic thickness measurement?
Ultrasonic thickness measurement is highly accurate, generally to within ± (0.5% n+0.1) depending on material and conditions.
What materials can be measured with ultrasonic thickness?
Materials that can be measured with ultrasonic thickness gauges include metals, glass, ceramics and some plastics. The FSC-MEP8812 is particularly effective for measuring materials such as steel, aluminum and brass.
What is the ultrasonic measuring instrument?
The instrument used for ultrasonic measurement is an ultrasonic thickness gauge, such as the FSC-MEP8812.
In what unit is material thickness measured?
Material thickness is usually measured in millimeters (mm) in ultrasonic thickness gauging.
Which instrument is used to measure wall thickness?
The instrument used to measure wall thickness is an ultrasonic thickness gauge, such as the FSC-MEP8812.
