Eclipse Demagnetiser Da 955

Overview of the Eclipse Demagnetiser DA 955

The Eclipse Demagnetiser DA 955 is a high‑performance demagnetising unit designed for industrial and automotive applications. It delivers precise magnetic field control, enabling efficient removal of residual magnetism from steel components such as brake shoes, gears, and other ferrous parts. The device incorporates advanced electronics and robust construction to ensure reliable operation in demanding environments.

Key Features

• High‑Intensity Magnetic Field: Generates a powerful magnetic field capable of demagnetising large steel assemblies quickly and uniformly.
• Programmable Pulse Control: Users can adjust pulse duration, frequency, and amplitude to match the specific material and geometry of the part being treated.
• Compact Design: The unit’s compact footprint allows installation in tight spaces commonly found on production lines or maintenance bays.
• Durable Construction: Built with high‑grade steel housing and heat‑treated components to withstand repeated use without degradation.
• Safety Interlocks: Integrated safety mechanisms prevent accidental exposure to the magnetic field during operation, ensuring operator protection.
• Energy Efficiency: Optimised power consumption reduces operating costs while maintaining performance.

Technical Specifications

Applications in the Automotive Sector

The Eclipse Demagnetiser DA 955 is particularly suited for automotive manufacturing and maintenance. Its ability to remove magnetism from brake shoes, clutch plates, and other critical components ensures optimal performance and safety. By eliminating residual magnetic fields, the device helps prevent premature wear, reduces noise, and extends component life.

Installation Guidelines

1. Site Preparation: Ensure a stable, vibration‑free mounting surface within the specified temperature range.
2. Electrical Connection: Connect to a dedicated power circuit with appropriate overcurrent protection. Verify polarity and grounding as per manufacturer’s wiring diagram.
3. Safety Checks: Activate all safety interlocks before first use. Confirm that the emergency stop function is operational.
4. Calibration: Perform an initial calibration routine using a test piece to set pulse parameters for optimal demagnetisation.

Operating Procedure

1. Place the ferrous component within the magnetic field zone, ensuring full coverage by the coil assembly.
2. Select the desired pulse settings on the LCD interface or program via PLC.
3. Initiate the demagnetisation cycle. The unit will automatically manage pulse timing and intensity.
4. Monitor the process through real‑time indicators; adjust parameters if necessary.
5. Upon completion, remove the component and verify magnetism removal using a handheld magnetic field meter.

Maintenance & Troubleshooting

• Routine Inspection: Check coil windings for insulation degradation every six months. Replace if voltage drop exceeds 5% of nominal value.
• Cooling System: Clean air vents and fans quarterly to maintain airflow efficiency.
• Error Codes: The LCD will display specific error codes (e.g., E01 for coil overheating, E02 for power supply fluctuation). Refer to the troubleshooting guide for corrective actions.
• Software Updates: Periodically download firmware updates via USB to enhance performance and add new features.

Benefits of Using the Eclipse Demagnetiser DA 955

Adopting this demagnetisation solution offers multiple advantages:

• Improved Component Reliability: Consistent removal of magnetism reduces wear and tear.
• Enhanced Safety: Eliminates magnetic interference that could affect electronic systems.
• Operational Efficiency: Shorter cycle times accelerate production throughput.
• Cost Savings: Lower energy consumption and reduced component replacement frequency translate to long‑term savings.

Conclusion

The Eclipse Demagnetiser DA 955 stands out as a reliable, versatile tool for industries requiring precise magnetic field control. Its robust design, programmable features, and user‑friendly interface make it an essential asset for maintaining the integrity of ferrous components in automotive and industrial settings.