Quality Inspection Report Summary: 3DXHC9-3 Three-Dimensional Helmholtz Coil

Apr 09, 2025

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Quality Inspection Report Summary: 3DXHC9-3 Three-Dimensional Helmholtz Coil

General Specifications

 

  • Dimensions: 396mm (L) × 396mm (W) × 302mm (H)
  • Coil Spacing: X-axis (116mm), Y-axis (93mm), Z-axis (173mm)
  • Weight: 10.79kg

The 3DXHC9-3 Three-Dimensional Helmholtz Coil has undergone comprehensive performance testing to ensure compliance with technical specifications. Below are the key findings from the evaluation conducted on November 08, 2024.

Magnetic Field Performance

 

Using the DX-F2031 power supply and DX-330F fluxgate magnetometer, the coil demonstrated stable magnetic field generation under controlled conditions (ambient temperature: 16.0°C, lead length: 3m):

Field Strength (at 1A input):

  • X-axis: 3.456 Gs
  • Y-axis: 3.608 Gs
  • Z-axis: 3.421 Gs

Uniformity (tested at 0.2A input):

  • X-axis (φ70mm area): Max 68,768nT, Min 68,453nT (-0.96% uniformity)
  • Y-axis (φ55mm area): Max 72,214nT, Min 72,054nT (-0.16% uniformity)
  • Z-axis (φ80mm area): Max 68,405nT, Min 68,251nT (-0.25% uniformity)

The Y-axis exhibited the highest uniformity, suitable for precision applications requiring minimal field variation.

Electrical Parameters

 

Resistance measurements (adjusted to 20°C and 85°C reference temperatures) confirmed stable electrical behavior:

  • Resistance @20°C:
    X-axis: 2.414Ω | Y-axis: 3.749Ω | Z-axis: 6.337Ω
  • Resistance @85°C:
    X-axis: 3.136Ω | Y-axis: 4.870Ω | Z-axis: 8.231Ω

Conclusion

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The 3DXHC9-3 Helmholtz Coil meets technical requirements for magnetic field strength, uniformity, and thermal resistance stability. Its design ensures reliable performance in environments with ambient magnetic fields up to 30,000nT. Ideal for research and industrial applications requiring precise magnetic field control.

For detailed specifications or testing methodologies, refer to the full report at DeXinMag.


Note: Data reflects testing conditions and equipment listed in the original report. Adjustments may be required for extreme operational environments.