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PMA-1010 is a portable non-destructive indentation tester designed for residual stress measurement on metal components. It utilizes the indentation energy difference method to provide rapid and accurate detection without damaging the workpiece surface. With a maximum load of 1000 N and a versatile actuation range of 25 mm, it suits macro-scale testing applications across various industries.
| Model | PMA-1010 |
| Maximum Load | 1000 N (Max) |
| Actuation Range | 25 mm |
| Loading Speed | 0.01~30 mm/min |
| Data Acquisition Rate | 100 Hz |
| Rated Voltage of Motor | 2.1 V |
| Rated Current of Motor | 3 A |
| Wired/Wireless Power | 220 V/24V |
| Testing Range | Macro-scale |
| Indentation Depth | 60~120 μm |
The PMA-1010 is available in a standard configuration. Customized fixtures can be designed to suit specific on-site working conditions.
This instrument is designed to test workpieces made of cemented carbide, stainless steel, and aluminum alloy. The robust structure ensures stability during measurement.
Ideal for residual stress detection in petrochemical, energy and power, wind power and renewable energy, and aerospace industries.
We offer customization of supporting fixtures to adapt the instrument for different test environments, ensuring accurate measurements in challenging field conditions.
The maximum load is 1000 N, suitable for testing a wide range of metal components.
Yes, the PMA-1010 is portable and supports both wired (220V) and wireless (24V) power, making it suitable for field testing.
Yes, the indentation depth is only 60-120 μm, which minimizes any impact on the workpiece and does not affect its subsequent use.
It can test workpieces made of cemented carbide, stainless steel, and aluminum alloy, among others.
Data acquisition rate is 100 Hz, allowing quick capture of residual stress distributions.
The instrument is designed to be user-friendly, and residual stress detection can be completed without requiring professional personnel.
MOQ: 1 unit
Delivery: FOB
Payment: 40/60
Contact: Vincent Zhang, Email: vincent_zhang@zhanghuayaoji.com
Main images: PMA-1010 instrument front view, side view, application scene, and close-up of indenter. Alt texts should describe the image content, e.g., "PMA-1010 portable residual stress tester with probe on metal surface".
