Method:  use SOHO/EIT as base to line everything up on, i.e., get shifts relative to these instruments. By comparing lines formed at the same or similar temperatures, we get relative shifts which can be followed back to the reference instruments (marked Result below).

Note, shifts are already included in images linked below.  Also, first instrument in title is the base, second (and third) overlaid in contours.  Shifts are in arcseconds.  You can check out (or run) the program that does the shifts.  You will also need the datafile of idl maps of each instrument's observations.

These overlays are primarily for lining up purposes. Further overlays are also available.
 

1) line up TRACE 195 Angstroms with EIT 195 Angstroms

Same line line-up and Result: TRACE needs to be shifted [0,-7] w.r.t. EIT

Similar temperature line-up:  CDS needs to be shifted [-4,11] w.r.t. TRACE

Result: From 1) and 2), CDS needs to be shifted a total of [-4,4] w.r.t. EIT

Fairly similar temperature line-up: SXT needed to be shifted [5,-8] w.r.t. CDS.

Result: From 4) and 3) SXT needs to be shifted [1,-4] w.r.t. EIT

Similar temperature line-up and Result: BBSO needed to be shifted [-1,10] w.r.t. EIT

Same line line-up: PICS needed to be shifted [5,-16] w.r.t. BBSO, so Result from 6) and 7): PICS needs to be shifted [4,-6] w.r.t. EIT

Fairly similar temperature, more importantly similar time line-up: CHIP needed to be shifted [-5,5] w.r.t. PICS

Result from 8) and 7): CHIP needs to be shifted [-1,-1] w.r.t. EIT

Similar temperature line-up: from 9) and 3) CHIP needed to be shifted [3,-5] w.r.t. CDS

Assuming MDI and EIT are co-aligned, BBSO is also shifted [-1,10] w.r.t. MDI

13) line up PICS H-alpha and MDI

Assuming MDI and EIT are co-aligned, PICS is also shifted [4,-6] w.r.t. MDI