Schwarzbeck Helmholtz Coils

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Schwarzbeck HHS 5210-100-2.5 Helmholtz Coils View larger

Schwarzbeck HHS 5210-100-2.5 Helmholtz Coils

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  • 0 – 10 kHz
  • Helmholtz-Coils
  • Designed to generate precisely defined magnetic fields
  • From DC to the upper end of the audio frequency range and beyond

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Test Equipment Description

Helmholtz-Coils are especially designed to generate precisely defined magnetic fields from DC to the upper end of the audio frequency range and beyond. The generated fields are in a strongly linear relation to the coil current. The field strength can be calculated exactly by analytical (or numerical) methods, based on the coils' geometry, the number of turns and the coil current. The calibration of the magnetic field is finally traceable to a current measurement (or to a voltage drop at a known resistor).

The Helmholtz Coil itself is usually considered as primary standard due to the easily calculable relation between current and field strength. If this relation should be controlled, a loop sensor or monitoring loop can be used to determine the actual field strength.

Schwarzbeck HHS 5210-100-2.5 Specifications
Number of turns (per coil)100
Maximum coil current20 A, 5 min.
Nominal coil current12 A continuous
Inner side length of the coils1.0 m
Electrical side length of the coil1.04 m
Mechanical Dimensions1.15 m x 1.20 m x 0.75 m
Maximum Coil Separation0.70 m
Usable Frequency Range0 – 10 kHz
Inductance (per Coil)31.3 mH
Resistance (per Coil)1.5 Ω
Resonant Frequency (Pair of Coils)> 25 kHz
Weight56 kg
The following data is valid for 0.4 m coil distance
Coil Separation acc. IEC 1000-4- 80.4 m
Maximum Magnetic Field Strength2900 A/m, 5 min.
Nominal Magnetic Field Strength1746 A/m continuous
Magnetic Fieldstrength, 1 A Coil Current145.54 A/m
(Coil Dist. 0.4 m)
Current required for 1 A/m6.87 mA (Coil Dist. 0.4 m)
The following data is valid for 0.566 m coil distance
Coil Separation for best uniformity along an axes through the coil centers0.566 m
Magnetic Fieldstrength, 1 A Coil Current124.66 A/m
(Coil Dist. 0.566 m)
Current required for 1 A/m8.02 mA (Coil Dist. 0.566 m)
Inductance (Coil pair)68.5 mH (Coil Dist. 0.566 m)

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