Introduction MIZ-21C: A Truly Affordable Eddy Current Tester MIZ-21 is a handheld eddy current tester with surface array function
Product Details
Introduction
MIZ-21C: A Truly Affordable Eddy Current Tester
MIZ ®- 21 is a handheld eddy current tester with surface array function. The MIZ-21C, which is cost-effective, is highly suitable for aviation, oil and gas, manufacturing, and power generation applications. Its ergonomic design, ultra long battery life, and intuitive touchscreen control mean you can perform on-site inspections faster and easier than ever before.
MIZ-21C features new sealing devices, a higher operating temperature range, a battery life of up to 10 hours, and higher internal storage capacity, which can maximize detection efficiency and value.
Save time and costs
MIZ-21C is a fast, highly portable, and low-cost eddy current testing product used to replace penetrant testing (PT) and magnetic particle testing (MT). Compared to pen probes, surface array options can reduce detection time by 95%.
The MIZ-21C has intuitive touchscreen control and simple but * embedded software, providing quick setting options and convenient operation, allowing users to perform real-time detection.
Detect more areas
MIZ-21C is a portable eddy current detector designed for user convenience. Compared to other eddy current portable devices, its battery life is about twice as long. The miniaturized design allows users to detect areas and components that other detectors cannot reach, and the MIZ-21C can apply surface array functionality to places that have never been used before.
Improve defect detection capability
MIZ-21C has industry standard signal quality and can provide defect detection capability 25% higher than other eddy current portable devices. When combined with surface array function, MIZ-21C can provide surface detection function in similar products.
Designed for various applications
MIZ-21C has unique detection advantages in many detection applications, including:
Detect cracks near fastener holes.Pen probes are very suitable for detecting small cracks that are close to fastener holes. The testing personnel use known crack or groove test blocks to set the signal display of MIZ-21C. Then, when scanning the workpiece, the inspection personnel can estimate the depth and length of surface cracks by comparing the phase and amplitude of the generated eddy current signal with the standard signal.
Multi layer corrosion detection.Identifying the degree of corrosion is one of the most critical and complex tests for aircraft body structure inspection. Changes in skin thickness and multi-layer structure often make signal recognition very difficult. MIZ-21C has the ability to penetrate thicker areas, and its signal-to-noise ratio helps detectors distinguish even small material losses. The dual frequency technology of frequency mixing can almost eliminate unnecessary signals caused by changes in gaps in multi-layer components, improving the detection rate of small defects.
Measurement of conductivity and coating thickness.Classify materials using digital conductivity measurement (impedance). The use of specialized conductivity probes with a wide operating frequency range can directly measure the conductivity of metals and alloys, such as aluminum alloy structures. Or measure the thickness of non-conductive coatings, such as paint layer thickness. MIZ-21C can provide a large measurement range for both conductivity and thickness.
Three models that can meet your needs and budget
MIZ-21C-SF: Single frequency, conductivity measurement
For detection applications that require highly portable eddy current or eddy current array functionality, MIZ-21C is your choice.
An economically efficient and highly portable surface array solution
The combination of MIZ-21C and Zetec Surf-X eddy current array probe is currently one of the efficient portable array eddy current solutions on the market. This solution can provide significant testing advantages for both liquid penetrant testing (PT) and magnetic particle testing (MT).
characteristic
The rich features of MIZ-21C give it a unique detection advantage
MIZ-21C is a cost-effective and efficient handheld eddy current device that can handle detection tasks almost anywhere. Having features beyond similar products not only saves time, but also opens up possibilities for various new types of testing.
Handheld surface array detection
A low-cost and highly portable solution that has significant advantages over penetrant testing (PT) and magnetic particle testing (MT)
Long endurance capability
The battery life can be as short as 10 hours, so users can operate the device throughout the entire process without charging
Can run for 24 hours with replaceable battery
Universal symbol buttons and multilingual software
A model available for use and deployment
The universal symbol button handles all functions and is very suitable for glove detection
Ergonomic Design
Compact, lightweight, and comfortable, suitable for working in compact spaces. MIZ-21C can effectively reduce arm fatigue commonly seen in other portable detectors
Intuitive touchscreen control
Use a dual finger capacitive display screen to quickly rotate, zoom, and translate signals.
The on-screen keyboard can further improve usage efficiency.
Flexible connectivity function
Connect and transfer files through USB, Wi Fi, and Bluetooth technologies
on-site use
The working temperature is suitable for most outdoor conditions
Drop and vibration tests were conducted for applications with harsh environments
Highly versatile
Standard ¼ -20 is suitable for connecting various existing accessories
Contains a detachable shell with adjustable strap and bracket
Three models to choose from
MIZ-21C-SF: Single frequency, conductivity measurement
MIZ-21C provides various accessories to meet your specific testing needs.
Shell equipped with support frame
All MIZ-21C models come with a detachable casing with adjustable straps and support brackets, enhancing equipment protection, convenience, and operational capabilities.
ZM-5 Rotating Scanner for Small Hole Detection
Zetec's ZM-5 high-speed rotating scanner is a very convenient handheld scanning tool designed for quick and comprehensive detection of small holes, such as bolt holes and fastener holes. The ergonomic design of ZM-5 enables it to detect the most difficult to reach areas. The combination of rotary scanner and eddy current signal improves the working life compared to traditional slip ring design. The ZM-5 uses a quick swappable cable design, making it easy to replace. Using an adapter, MIZ-21C can drive rotating scanners from other manufacturers.
Efficient and rapid flaw detection probe Surf X array probe
In order to achieve more efficient and rapid detection, Zetec has launched the Surf-X series of surface array probes. The flexible coil design and exclusive array technology of the Surf-X array probe can reduce the overall cost of ownership compared to other detection methods, while providing data quality and faster, safer detection.
Detect corrosion or cracks on pipelines, pressure vessels, or oil tanksThe Surf-X flexible array probe can adapt to complex geometric changes in pipelines, pressure vessels, or oil tanks to detect surface and near surface defects in various materials, including aluminum and stainless steel. Corrosion is a common defect in non pressure components, while stress corrosion cracking is a common defect in components that continue to withstand tensile stress in a corrosive environment. The Surf-X array probe can easily detect these two types of defects and achieve high-precision positioning by using a high-precision embedded encoder for positioning.
Evaluate and quantify cracks in curved surface welds and friction stir welds.The Surf-X flexible array probe can also adapt to the geometric changes of various types of welds, thereby simultaneously detecting axial and transverse cracks in welds, weld toes, and heat affected zones. The Surf-X array probe uses position indications on the probe to maintain alignment, ensuring complete detection of the relevant area. The flexible nature of the Surf-X array probe allows it to detect smooth surfaces, such as friction stir welds. The durable wear surface has undergone a 10000 foot inspection and is an affordable on-site replaceable component.