Fluorescent Magnetic Particle Flaw Detector with Touch Screen
working principle
Magnetic powder flaw detection using the workpiece defect of leakage magnetic field and the interaction of magnetic powder, it USES the steel surface and near surface defects (such as cracks, slag inclusion, grain, etc.) permeability and steel permeability difference, these materials after magnetization of the magnetic field discontinuity distortion will occur, forming part of the magnetic flux leakage and the leakage magnetic field, using its leakage magnetic energy of defective parts of the adsorption characteristic of magnetic powder, Thus, the magnetic particles are attracted to form the magnetic particles accumulation at the defects -- magnetic marks, which, under the appropriate lighting conditions, show the location and shape of the defects.
Usage
Fluorescent magnetic particle flaw detector is used to detect the surface and near surface of ferromagnetic workpieces (such as bolts, pins, bushings, gears, gear rings, crankshafts, etc.) due to forging, quenching, grinding, fatigue caused by cracks and slag and other subtle defects.
|
Technical parameter table
|
|
|
current
name
|
AC/DC (half wave, single phase full wave, three phase full wave)
|
|
|
|
|
Circumferential magnetizing current(A)
|
6000
|
|
|
Longitudinal magnetization flux potential(AT)
|
20000
|
|
|
Optional coil inner diameter(mm)
|
350
|
|
|
Maximum electrode spacing is optional(mm)
|
1500
|
|
|
host
|
Split type (electrical control cabinet is separated from the main engine)
|
|
|
sensitivity
|
Type A sample (15/50) shows clearly
|
|
|
temporary load rate
|
≤20%
|
|
|
control mode
|
Manual/semi-automatic
|
|
|
interface(*)
|
Button/Touch screen
|
|
|
Clamping way(*)
|
Electric and pneumatic
|
|
|
Turn the way
|
electric
|
|
|
Alternating current magnetization method
|
Circumferential magnetization, longitudinal magnetization, compound magnetization
|
|
|
AC demagnetization mode
|
Automatic attenuated demagnetization
|
|
|
Rectifying way
|
Single-phase half wave, single-phase full wave, three-phase full wave
|
|
|
AC/DC magnetization method(*)
|
Circumferential AC magnetization/circumferential DC magnetization, longitudinal AC magnetization, circumferential AC longitudinal DC composite magnetization
|
|
|
DC demagnetization mode(*)
|
Attenuated demagnetization, ultra-low frequency demagnetization
|
|
|
UV lamp
|
Hanging type, hand-held type
|
|
|
Spray time
|
3"～6" / manual
|
|
|
Magnetization time
|
0.5"~2"/ time
|
|
|
Rotational observation time
|
5"～10"/week
|
|
|
Demagnetization time
|
3"~5"/time
|
|
|
Air supply
|
0.4-0.8MPa
|
|
|
Power
|
Three-phase five line,380V±10%,50Hz
|
|
|
Overall dimensions(mm)
|
length:1～1.5m+ Electrode gap
|
|
|
width:800~1200mm(Add the width of the darkroom:1800mm)
|
|
Execution standard
Magnetic particle flaw detector:GB/T8290—2011
Magnetic particle inspection observation conditions:GB/T 5097-2020/ ISO 3059:2012
American Society for Materials and Testing: Magnetic Particle Test Method ASTM E1444-01
European Union and International Standards: DIN EN ISO 9934-2-2003
Technical parameters:
Detection range: diameter (0~250mm), length 1000mm (customized length 0~6000mm)
Inspection method: fluorescent or non-fluorescent magnetic particle inspection
Magnetization mode: circumferential, longitudinal and compound magnetization
Electrode spacing: 0~1200mm (adjustable), customized range (0~6000mm)
Clamping mode: manual/pneumatic clamping
Magnetization current: 0~6000A
Demagnetization effect: remanence less than 0.3mT
Flaw detection sensitivity: A1 standard test piece (15/50) clearly displayed
Power supply: Three-phase five-wire AC 380V 50Hz
¡Su mensaje debe tener entre 20 y 3.000 caracteres!
Spanish
