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Table 2.

Kinematic parameters.

H I H2 [Fe II] [Mg IV]
W nucleus

ΔV1 0 ± 1 1 4 + 26 $ -1_{-4}^{+26} $ 0 1 + 2 $ 0_{-1}^{+2} $ −111 ± 3
FWHM1 238 ± 2 250 6 + 24 $ 250_{-6}^{+24} $ 242 4 + 6 $ 242_{-4}^{+6} $ 234 10 + 6 $ 234_{-10}^{+6} $
ΔV2 −72 ± 2 110 8 + 16 $ -110_{-8}^{+16} $
FWHM2 480 4 + 6 $ 480_{-4}^{+6} $ 525 9 + 24 $ 525_{-9}^{+24} $
W80 370 ± 3 270 ± 20 380 ± 3 260 ± 10
V10 −250 ± 2 −180 ± 15 −270 ± 6 −265 ± 10
Vmax 480 4 + 9 $ 480_{-4}^{+9} $ 220 3 + 30 $ 220_{-3}^{+30} $ 560 ± 25 309 ± 8

E nucleus

ΔV1 0 2 + 10 $ 0_{-2}^{+10} $ −40 ± 5 8 3 + 8 $ -8_{-3}^{+8} $ 130 8 + 14 $ -130_{-8}^{+14} $
FWHM1 205 27 + 9 $ 205_{-27}^{+9} $ 230 ± 3 180 70 + 45 $ 180_{-70}^{+45} $ 370 14 + 20 $ 370_{-14}^{+20} $
ΔV2 70 10 + 60 $ -70_{-10}^{+60} $ 201 7 + 13 $ -201_{-7}^{+13} $ −60 ± 30
FWHM2 425 60 + 50 $ 425_{-60}^{+50} $ 405 ± 10 420 60 + 120 $ 420_{-60}^{+120} $
W80 370 ± 30 440 ± 50 380 ± 42 400 ± 30
V10 −250 ± 20 −370 ± 30 −250 ± 42 −370 ± 20
Vmax 430 45 + 70 $ 430_{-45}^{+70} $ 540 10 + 20 $ 540_{-10}^{+20} $ 430 90 + 140 $ 430_{-90}^{+140} $ 440 ± 20

NE cluster

ΔV1 0 3 + 4 $ 0_{-3}^{+4} $ −40 ± 5 14 8 + 7 $ -14_{-8}^{+7} $ 81 3 + 6 $ -81_{-3}^{+6} $
FWHM1 260 3 + 30 $ 260_{-3}^{+30} $ 225 60 + 10 $ 225_{-60}^{+10} $ 210 ± 30 260 ± 10
ΔV2 11 6 + 33 $ 11_{-6}^{+33} $
FWHM2 340 40 + 170 $ 340_{-40}^{+170} $
W80 250 ± 10 270 50 + 10 $ 270_{-50}^{+10} $ 290 ± 40 305 ± 40
V10 −160 ± 10 180 30 + 10 $ -180_{-30}^{+10} $ −170 ± 30 −240 ± 30
Vmax 230 3 + 25 $ 230_{-3}^{+25} $ 230 60 + 10 $ 230_{-60}^{+10} $ 190 ± 20 300 ± 6

NW outflow

ΔV1 175 10 + 30 $ -175_{-10}^{+30} $ 180 7 + 16 $ -180_{-7}^{+16} $ 290 10 + 15 $ -290_{-10}^{+15} $
FWHM1 130 20 + 80 $ 130_{-20}^{+80} $ 80 45 + 20 $ 80_{-45}^{+20} $ 640 30 + 50 $ 640_{-30}^{+50} $
ΔV2 340 30 + 40 $ -340_{-30}^{+40} $ 260 30 + 70 $ -260_{-30}^{+70} $
FWHM2 650 50 + 105 $ 650_{-50}^{+105} $ 650 70 + 60 $ 650_{-70}^{+60} $
ΔV3 85 6 + 11 $ 85_{-6}^{+11} $
FWHM3 210 30 + 50 $ 210_{-30}^{+50} $
W80 680 30 + 90 $ 680_{-30}^{+90} $ 715 ± 10 715 ± 40
V10 −690 ± 30 −590 ± 15 −670 ± 35
Vmax 890 45 + 130 $ 890_{-45}^{+130} $ 820 ± 35 810 45 + 120 $ 810_{-45}^{+120} $

Notes. All kinematic parameters are given in km s−1. Velocity shifts ΔVi and line width FWHMi refer to the individual Gaussian components (i = 1 to 3, at maximum) required to model the emission line profiles. V10 is defined as 10th percentile velocity of the fitted line profile, while W80 is defined as the difference between the 90th and 10th percentiles. Vmax is defined as |ΔVbroad|+2σbroad.

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