Fluorescent Magnetic Particle Flaw Detector With Touch Screen
Testing process:
Parts are placed on the side lifting platform → cylinder lifting makes parts reach the height of the detection platform → Push parts to the moving platform → cylinder pushing the moving platform to the detection station → rod piercing → spray magnetic suspension → composite magnetization → cylinder piercing → observation → demagnetization → blanking
Working principle
Magnetic particle flaw detection uses the interaction between magnetic leakage field and magnetic powder at the defect of the workpiece, which takes advantage of the difference between the surface and near-surface defects of steel products (such as cracks, slag inclusion, hair lines, etc.) permeability and magnetic permeability of steel. After magnetization, the magnetic field at the discontinuity of these materials will be distorted, forming part of the magnetic flux leakage and generating a magnetic leakage field. Thus attracting magnetic powder to form magnetic powder accumulation at the defect - magnetic marks, under the appropriate lighting conditions, showing the location and shape of the defect
use
Fluorescent magnetic particle flaw detection machine is used to detect the surface and near surface of ferromagnetic workpieces (such as bearing ring, tooth ring, cylinder, cone, etc.) due to forging, quenching, grinding, fatigue caused by cracks and slag inclusion and other minor defects.
enforce standards
Magnetic particle flaw detection machine: GB/ T8290-2011
Observation conditions for magnetic particle inspection: GB/T 5097-2020/ ISO 3059:2012
American Society for Materials and Testing: Magnetic Particle Test Method ASTM E1444-01
European Union, international standard: DIN EN ISO 9934-2-2003
Technical parameter
Electrode spacing: 0~500mm
Circumferential current: 0~8000A
Longitudinal magnetic potential: 0~12000AT
Detection method: fluorescent magnetic particle detection
Magnetization mode: circumferential magnetization, longitudinal magnetization, composite magnetization
Clamping mode: pneumatic clamping
Demagnetization effect: remanence less than 0.3mT
Detection sensitivity: A1 standard test film (15/50) clearly displayed
Power supply: three-phase 5-wire AC 380V 50Hz
|
current name
|
AC |
|
| |
| |
| Circumferential magnetizing current(A) |
6000A |
|
| Longitudinal magnetizing flux potential(AT) |
12000 |
|
| Inside diameter of coil(mm) |
400 |
|
| Maximum electrode spacing(mm) |
500 |
|
| host |
Split type (electrical control cabinet separated from main engine) |
|
| sensitivity |
A type shim(15/50)Clear display |
|
| Temporary load rate |
≤30% |
|
| Control mode |
Manual/semi-automatic |
|
| Operating interface |
Button/touch screen |
|
| Clamping mode |
pneumatic |
|
| Ac magnetization method |
Circumferential magnetization, longitudinal magnetization, composite magnetization |
|
| Ac demagnetization |
Automatic attenuation demagnetization |
|
| UV light |
Hanging, hand-held |
|
| Spray time |
3"～6" / Manual operation |
|
| Magnetization time |
0.5"~2"/time |
|
| Demagnetization time |
3"~5"/time |
|
| Air source |
0.4-0.8MPa |
|
| Power source |
Three-phase five-wire,380V±10%,50Hz |
|
Configuration table:
1 set of fluorescent magnetic particle flaw detection machine
1 set of rod threading mechanism
1 set Pneumatic lifting platform
1 set Dark room
1 set Standard test film
1 remanent magnetometer
1 set Foot switch
1 handheld UV lamp
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