Product Description
Product details
| Detectable fracture depth range | 0.3 to 5 mm |
| Brand | Pro |
| Model Name/Number | VID 345 |
| Usage/Application | Industrial |
| Type Of Testing Machines | Eddy Current Dynamometer |
| Minimum detectable fracture length | 10 mm |
| Minimal fracture opening | 0.05 mm |
| LBH of sensor is | 25 X 25 X 60 mm |
Reliable Surface and Sub-Surface Flaw DetectionThis system excels in detecting a wide range of defects in both ferro-magnetic and non-ferro-magnetic materials, ensuring thorough evaluation using advanced eddy current and magnetic flux leakage methods. With high-speed sampling and sensitive detection capabilities, it enhances quality assurance across numerous industrial applications.
User-Friendly Interface with Visual and Audio FeedbackA bright digital LED display provides clear readings, while audio and visual alarms facilitate instant operator awareness. Both manual and automatic sensitivity adjustments enable easy operation and quick adaptation to varied inspection scenarios, making the system suitable for continuous and intermittent processes.
Flexible and Expandable for Industrial UseThe detector supports interchangeable test probes and easy integration with industrial data systems via USB or RS232 interfaces. Its compliance with ISO 9001 standards and robust design ensure reliable, long-term use as an exporter, manufacturer, service provider, supplier, or trader within India and international markets.
FAQs of Magnetic Eddy Current Flaw Detector system:
Q: How does the Magnetic Eddy Current Flaw Detector identify surface and sub-surface flaws?
A: The system uses a combination of eddy current and magnetic flux leakage detection methods, which can sense changes in the electromagnetic response of materials to uncover both visible (surface) and hidden (sub-surface) defects.
Q: What types of materials can be tested with this flaw detector?
A: The detector is engineered to assess both ferro-magnetic and non-ferro-magnetic materials, making it suitable for a broad range of industrial components and applications.
Q: When is manual versus automatic sensitivity adjustment recommended?
A: Manual sensitivity adjustment is ideal for specific or complex inspection tasks requiring fine control, while automatic mode is useful for routine or repetitive testing to maintain consistent performance and efficiency.
Q: Where can the data collected by the detector be output or stored?
A: The system is equipped with USB and RS232 interfaces, allowing seamless data transfer and integration with a variety of data recording or analysis systems, enhancing traceability and process documentation.
Q: What is the process for switching test probes on this device?
A: The detector is designed with interchangeable test probes, allowing users to easily swap probes based on test requirements or material types, without the need for specialized tools.
Q: How is the alarm feature beneficial during flaw detection?
A: Audio and visual alarm indications provide instant feedback upon detecting a flaw, enabling operators to quickly respond and minimize the risk of defective parts proceeding further in the production or inspection process.
Q: What are the main benefits of using this system in an industrial setting?
A: Key benefits include precise flaw detection, flexible operation modes, compliance with ISO 9001 standards, high sampling rates, reliable alarm indications, and compatibility with modern data output systems, all contributing to enhanced quality control and process reliability.