MD mXion HDD, Руководство пользователя

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25
HDD
S = Default, L = Loco address, S = Switch address, LS = Loco and switch address usable
CV Description S L/S Range Note
170 Servo speed 10 S 1 – 255 speed value 1 ms each value
171 Servo endposition right 200 S 0 – 255 in degree
172 Servo endposition left 20 S 0 – 255 in degree
173 Servo invers 0 S 0/1 0 = not invers, 1 = invers
174 Servo stop end 1 S 0/1 0 = hold endpos., 1 = not hold endpos.
175 Servo address high 0 S 1 – 2048
176 Servo address low 6
180 Stepper address high 0 S 1 – 2048 turntable engine address
181 (3) Stepper address low 120
182 (4) Stepper speed 1 speed value 1 ms each value
183 Stepper single address high 0 S 1 – 2048 turntable single drive (segment) address
184 (5) Stepper single address low 121
185 Stepper 180° address high 0 S 1 – 2048 turntable 180° turning address
186 (6) Stepper 180° address low 122
187 Stepper direction address
high
0 S 1 – 2048 turntable drive direction address
188 (7) Stepper direction address
low
123
189 Stepper reset address high 0 S 1 – 2048 turntable calibration address
190 (8) Stepper reset address low 124
191 –
262
(9 – 80)
Segment output active 0 S 0/1 This field of 72 CV‘s decleare which output is
active, outputs are written 0 will not stop
Not every turntable have 72 outputs, the
difference can be ignored (see CV 119)
263 Fullsteps high byte 0 S 0 – 255 Fullsteps (high byte) to drive to next segment
output (not Heyn, will set automaticly)
264 Fullsteps low byte 0 S 0 – 255 Fullsteps (low byte) to drive to next segment
output (not Heyn, will set automaticly)
265 Halfsteps 0 S 0 – 255 Halfsteps to drive to next segment output
(not Heyn, will set automaticly)
266 Quartersteps 0 S 0 – 255 Quartersteps to drive to next segment
output (not Heyn, will set automaticly)
267 Eightsteps 0 S 0 – 255 Eightsteps to drive to next segment output
(not Heyn, will set automaticly)
268 Sixteenthsteps 0 S 0 – 255 Sixteenthsteps to drive to next segment
output (not Heyn, will set automaticly)
269 Slippery Fullsteps high byte 0 S 0 – 255 Fullsteps (high byte) slippery
output (not Heyn, will set automaticly)
270 Slippery Fullsteps low byte 0 S 0 – 255 Fullsteps (low byte) slippery
output (not Heyn, will set automaticly)