collar 251 is locked to the threaded cap screw 248 by means of an anaerobic adhesive such as loctite u00ae thread locking compound thus when the cap screw 248 is turned in the threaded adjustment bracket 245 it causes the through hole adjustment member 246 and rectangular adjustment arm 217 to move so that the primary dye deflector blade 84 can move toward and away from the dye passage outlets 52 then the opto electric blade position sensor 301 is held against the grooved dye outlet module 50 and the digital voltage value is read from the five 5 digit digital voltmeter 353 the primary dye deflector blade 84 is moved by means of moving the retaining collar 251 back and forth along threaded cap screw 248 so that the primary dye deflector blade 84 can move toward and away from the dye passage outlets 52 causing the same numerical voltage value as that found at the end mount adjuster assembly 90 this same procedure is used for all the remaining intermediate primary dye deflector blade adjustment assemblies 85 and the remaining end mount adjuster assembly 91 because moving one rectangular adjuster arm 217 can affect a neighboring primary dye deflector blade adjustment assembly 85 the primary dye deflector blade 84 position should be re checked and re adjusted if necessary please note that the air deflector tubes 62 will need to be disconnected and moved out.