Bowser Electric Bowser Electric

DTEC CYD-5000 Moveable Magnetic Flaw Detector NDT Testing Machine Circuit Winding Magnetizing Method Prod Magnetizing Method

Product Description

Product Description

This equipment is suitable for magnetic particle testing to inspect different shapes of parts made of ferromagnetic material. It can effectively detect cracks, slag, and other minor defects on the surface or near-surface of parts caused by casting, forging, quenching, grinding, fatigue, and other processes.

The equipment performs magnetization and AC attenuation demagnetization on samples. It supports both continuous methods and residual magnetic detection, making it suitable for fixed use or on-site applications. When paired with appropriate methods such as the strut method or winding method, shaped areas can be appropriately magnetized, allowing for sectional flaw detection of large components.

The circuit utilizes SCR conduction angle adjustment to control the size of magnetization and demagnetization currents. AC magnetization features power-off phase control, ensuring stable residual magnetism. With integrated circuit control, the equipment is safe, reliable, lightweight, and easy to operate.

Technical Specification
ModelCYD-5000
Magnetizing Current0-5000A continuously adjustable
Usage Repetition≥20%
Auto Magnetizing Current5000-0A continuously adjustable
Min. Magnetizing Unit2GS
Magnetizing Time≥3 Seconds
Output Cable120mm2 × 3M × 2 Copper Core Soft Cable
Power Supply380V 50HZ ±10% 150A
Dimensions (LxWxG)600 x 380 x 610 mm
Packing Weight100 KG
Product Overview & Operation

Operating Procedures

  • Connect the power cord and probe output socket correctly.
  • Verify the indicator lamp flashes upon switching on external power.
  • Ensure the probe is in good contact with the workpiece before pressing the switch.
  • Adjust magnetizing current using the potentiometer (minimum to maximum).
  • Use the demagnetization position for parts requiring residual magnetism removal.

Troubleshooting

  • No energization: Check for short circuits, overloads, or blown fuses.
  • No work indication: Check if the indicator lamp is faulty.
  • No magnetization (light on): Check current regulation potentiometer or control circuit.
  • Magnetism without switch: Check for broken control circuits or silicon switches.

⚠️ Important Cautions

Operating Beat: Suggested magnetization time ≤3s and off time ≥5s for long-term use.

Voltage: Check requirements before use; incorrect voltage can damage the detector.

Safety: The casing of the instrument must be earthed reliably. Avoid high-voltage areas when performing repairs.

Maintenance: Store in a clean, dry, and anticorrosive environment. Do not operate under no-load conditions unnecessarily.

After-Sales Service
  • 36 Months Quality Warranty from the date of receipt.
  • Operational and installation videos provided upon request.
  • On-site adjustment and installation assistance available if necessary.
  • Lifetime technical support via video, telephone, or remote assistance.
  • Free spare parts supply within the warranty period.
  • Factory training sessions with assistance for local travel arrangements.
Frequently Asked Questions
Q: What materials can the CYD-5000 inspect? A: It is designed specifically for inspecting parts made of ferromagnetic materials, such as iron and steel, to find surface and near-surface defects.
Q: Can this equipment perform demagnetization? A: Yes, it features an AC attenuation demagnetization function to remove residual magnetism after testing.
Q: Is the magnetizing current adjustable? A: Absolutely. The magnetizing current is continuously adjustable from 0 to 5000A to suit different testing requirements.
Q: What is the warranty period for this machine? A: We provide a comprehensive 36-month quality warranty starting from the day you receive the equipment.
Q: Is the device portable for on-site testing? A: Yes, the unit is designed with a relatively small size and manageable weight, making it suitable for both fixed laboratory use and on-site inspections.
Q: How do I control the magnetization time? A: It is suggested to maintain a magnetization time of ≤3 seconds followed by an off time of ≥5 seconds for optimal continuous operation.

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