This page summarizes EIS observations of AR 12192, which had a huge sunspot and produced a number of big flares.
42 rasters. There's a C4 flare at around 16:02, then a group of 3 C-flares together between 17:04 and 17:42. Raster 35 (17:22) shows a nice example of a completely blue-shifted Fe XXIV profile. Also seems to be a nice loop-top brightening in Ca XVII in this raster. All the flares are compact and nicely centered in the rasters.
42 rasters. A C5 flare peaks at 15:58 UT. The action occurs in the bottom-left corner of the rasters, where footpoints are seen. Raster 14 (15:49) shows nice blueshifts in Fe XXIV. There's also a very compact C2 flare at 17:05 that produces Fe XXIV.
Observes a number of small flares including a C4 at 11:27. Fe XXIV present including a number of transient loops. Doesn't seem to be any Fe XXIV blueshifts in this data-set, though.
Catches decay phase of M-flare (peaks 22:55). See long Fe XXIV loops crossing raster.
Complex GOES plot during this period. Two impulsive flares at 12:30 (C6) and 13:40 (M2), with a broad feature peaking at 15:00 (C9).
Should have caught M9 flare at 01:16 UT. Shows a skinny loop(s) that crosses the raster and can be seen cooling through the different emission lines. Fe XIV should give a good density estimate.
Should have caught X2 flare at 14:02 UT.
Small-scale flaring.
Small-scale flaring.
Small-scale flaring.
Small-scale flaring.
Should have caught M4 flare at 07:37 UT.
Small-scale flaring.
May have caught beginning of C6 event (around 15:00).
This caught rise phase of X5 flare, but peak at 21:40 is just missed.
Should have caught X1 flare (peak: 17:08). Note this is a double-peaked flare, and 2nd peak is missed.
Should have caught X3 flare (peak: 10:56).
Should have caught M8 flare (peak: 00:34).
Should have observed X3 flare (peak around 14:45).