OMS-8000~15000A Fluorescent Magnetic Particle Detector

Name: OMS-8000~15000A Fluorescent Magnetic Particle Detector
Brand: Beijing Lanetech Square Co., Ltd.

Lanetech OMS-8000~15000A Fluorescent Magnetic Particle Detector utilizing interaction between magnetic leakage field and magnetic powder at the defect of the workpiece. It takes advantage of the difference between the permeability of surface & near-surface defects of steel products (such as cracks, slag inclusion, hair lines, etc.) and magnetic permeability of steel, the magnetic field at the discontinuity of these materials will be distorted after magnetization, forming part of the magnetic flux leakage and generating a magnetic leakage field, using the characteristics of the magnetic leakage at the defect site to absorb magnetic powder, thereby attracting magnetic powder to form magnetic powder accumulation at the defect - magnetic marks, under appropriate lighting conditions, the defect location and shape are revealed accordingly.

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Application of OMS-8000~15000A Magnetic Detector

It is designed to detect surface and near-surface micro-defects (e.g., cracks, slag inclusions) of ferromagnetic workpieces (such as bolts, pins, bushings, gears, gear rings, crankshafts, etc.) caused by forging, quenching, grinding, fatigue, and other processes.

Compliance Standards:

Magnetic particle flaw detector: GB/T 8290—2011;

Observation conditions for magnetic particle inspection: GB/T 5097-2020 / ISO 3059:2012;

ASTM standard: Magnetic Particle detection method ASTM E1444-01;

EU/International standards: DIN EN ISO 9934-2:2003;

Technical Parameters OMS-8000~15000A Magnetic Detector

Technical Parameters
Current Name	HWDC/FWDC （Optional）


Circumferential magnetization current (A)	8000	10000	12000	15000
Longitudinal magnetization MMF (AT)	16000、18000、20000、24000、30000
Optional coil inner diameter (mm)	500、600、700、800、900
Optional maximum electrode spacing (mm)	1500、2000、3000、5000、6000、9000、12000
Main unit	Integrated/split type (control cabinet separated from main engine)
Sensitivity	Clearly display on Type A test piece (15/50 )
Duty cycle	≤30%
Control mode	Manual/Automatic
Operation interface	Digital ammeter/Touchscreen（Current prefabrication）
Clamping mechanism	Pneumatic
Rotation mode	Manual/Electric
Tail electrode movement	Manual/Electric
magnetization method	Circumferential, longitudinal, composite magnetization
demagnetization	Automatic decay demagnetization
Rectification mode	Half-wave rectification (HWDC) / Full-wave rectification (FWDC)
magnetization method	AC circumferential magnetization, DC circumferential magnetization, AC longitudinal magnetization, DC longitudinal magnetization, AC circumferential + DC longitudinal composite magnetization, DC circumferential + AC longitudinal composite magnetization
demagnetization	Ultra-low frequency demagnetization
UV lamp	Suspended / Handheld
Spray time	3–6 seconds / Manual control
Magnetization time	0.5–2 seconds per cycle
Rotation observation time	5–10 seconds
Demagnetization time	3" /5" each time
Air supply	0.4-0.8MPa
Power supply	Three-phase five-wire, 380V±10%, 50Hz
Overall Dimension (mm)	Length: 1.5m + electrode spacing
	Width: 2,000; Height: 2,200