- Capability to use additional changeable sensors.
- Metallic housing of electronic unit for use in severe field conditions.
Magnetic-eddy current flaw detector VID-345 is intended for detecting cracks and measuring their depth, detecting stress- corrosive cracks in metal ferromagnetic constructions, even under layer of corrosion and/ or protective coating. Flaw detector enables to measure depth of corrosive damage as well as thickness of protective coating.
The device combines magnetic and eddy-current methods for flaws detection, which enables the user to control products with rough corroded surface and to measure through the layer of insulating coating of variable thickness without any additional readjustment.
Magnetic-eddy current flaw detector VID-345 is intended for detecting cracks and measuring their depth, detecting stress- corrosive cracks in metal ferromagnetic constructions, even under layer of corrosion and/ or protective coating. Flaw detector enables to measure depth of corrosive damage as well as thickness of protective coating.
The device combines magnetic and eddy-current methods for flaws detection, which enables the user to control products with rough corroded surface and to measure through the layer of insulating coating of variable thickness without any additional readjustment.
Objects of control:
- pipes, pipelines
- oil and gas pipelines
- objects of energy production
- details of structures, machines and mechanisms
Construction advantages
Operation advantages
- Simultaneous identification and depth measurement of stress corrosion cracks, thickness of the insulating coating and/or corrosion.
- Continuous monitoring of the thickness of insulating coating enables user to detect corrosion fissures. Real-time adjustment of readings.
- Adjustable threshold units for minimally detectable fracture depth and thickness of the insulating coating. Intuitive interface.