Electronic – Data sheet inductance (R/A ?)

You could resonate it with a parallel or series capacitor and use a signal generator and o-scope for finding the resonant-frequency. You need to have a capacitor of at least 50 times it's likely self capacitance but, that can also be measured with a frequency generator and an o-scope. Then add a known capacitor (say 10nF) and you should see the resonant frequency drop at least ten if not 100 times. Use this formula: -

\$f_R = \dfrac{1}{2 \pi \sqrt{LC}}\$

I regularly build coils for transmitting power from fixed units to rotating electronics and the parallel resonance way is the most reliable for accuracy.

You should also note that depending on the material of the ferrite the inductance may change quite significantly with current passed through it - this is due to the onset of saturation but some ferrites are designed to be like this so, if possible try and run the test with an oscillator delivering enough voltage to impart the right amount of current into the coil.

You're right in your assumption that those 'inductors' are simply ferrite beads. Some engineer has been lazy and didn't use a distinctive label/reference designator, although the ohms and amps do give it away somewhat.

Ferrite beads are characterized by their DC current rating and characteristic impedance at 100MHz, which is the ohms-value you read there. Their actual DC resistance is much lower, much less than 1 ohm typically.