Table 1: Parameters of Stokes V class profiles. The first column represents the class number (see text). The second column is the number of the profiles belonging to each class. B and $v_{\rm zc}$ are, respectively, their average intrinsic magnetic field strength and Stokes V zero-crossing wavelength (positive means downflow). The last three columns are the average V amplitude and the average asymmetries of Stokes V amplitude and area (see Sect. 3.8).
Class N of profiles B $v_{\rm zc}$ Amplitude Ampl. asym. Area asym.

[%] [G] [km s^-1] [ $10^{-3} I_{\rm c}$ ] [%] [%]

1 30 $\pm$ 13 470 0.2 1.98 27 6

2 15 $\pm$ 7 300 0.3 2.08 9 2

3 12 $\pm$ 5 280 -1.3 1.95 -7 13

4 12 $\pm$ 6 610 1.7 1.65 21 1

5 11 $\pm$ 4 370 1.6 1.49 26 -4

6 11 $\pm$ 7 490 -1.2 2.00 27 12

7 5 $\pm$ 1 370 -3.0 1.84 - -

8 3 $\pm$ 1 320 3.7 1.37 - -

**Table 1:** Parameters of Stokes V class profiles. The first column represents the class number (see text). The second column is the number of the profiles belonging to each class. B and $v_{\rm zc}$ are, respectively, their average intrinsic magnetic field strength and Stokes V zero-crossing wavelength (positive means downflow). The last three columns are the average V amplitude and the average asymmetries of Stokes V amplitude and area (see Sect. 3.8).
Class	N of profiles	B	$v_{\rm zc}$	Amplitude	Ampl. asym.	Area asym.
	[%]	[G]	[km s^-1]	[ $10^{-3} I_{\rm c}$ ]	[%]	[%]
1	30 $\pm$ 13	470	0.2	1.98	27	6
2	15 $\pm$ 7	300	0.3	2.08	9	2
3	12 $\pm$ 5	280	-1.3	1.95	-7	13
4	12 $\pm$ 6	610	1.7	1.65	21	1
5	11 $\pm$ 4	370	1.6	1.49	26	-4
6	11 $\pm$ 7	490	-1.2	2.00	27	12
7	5 $\pm$ 1	370	-3.0	1.84	-	-
8	3 $\pm$ 1	320	3.7	1.37	-	-

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