The MPI Machine is primarily used for detecting flaws and cracks in various workpieces, making it ideal for quality assurance in critical applications like nuclear power plants.
The MPI Machine features both automatic control and manual operation modes, providing flexibility for different inspection needs.
The output current for the MPI Machine is circumferential up to 3000 A and longitudinal up to 16000 A.
The adjustable pole spacing, ranging from 400 to 3000 mm, allows the MPI Machine to accommodate various workpiece sizes, enhancing versatility.
The MPI Machine features a robust construction made from stainless steel, ensuring durability and reliability.
The sensitivity of the MPI Machine is designed to detect flaws as small as 10 inches, equivalent to the size of a U.S. coin.
The single gross weight of the MPI Machine is 180.000 kg, and its package size is 110 x 90 x 160 cm.
Yes, the MPI Machine comes with a comprehensive 12-month warranty for peace of mind.
The MPI Machine is suitable for detecting cracks in welds, quality control in manufacturing, inspection of nuclear power components, aerospace safety evaluations, and structural integrity assessments in construction.
The operating frequency of the MPI Machine is 10 kHz.
Yes, the MPI Machine can be operated in both manual and automatic modes, allowing users to choose the most suitable method for their inspection needs.
The MPI Machine's high sensitivity and advanced design allow for accurate detection of flaws and cracks, ensuring thorough inspections.
Yes, the MPI Machine is suitable for aerospace applications where safety and reliability are critical.
The MPI Machine uses a cylinder clamping mode for securing workpieces during inspection.
Regular maintenance including cleaning, checking for wear, and ensuring proper calibration will help maintain the MPI Machine's performance.
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