Scanlab RTC6 PCIe Board - Page 416

RTC6 boards
Doc. Rev. 1.0.21 en-US
10 RTC6 Commands
416
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Result
(cont’d)
Bit #26 PosAck error bit of scan system B, x axis.
Bit #27 TempOK error bit of scan system B, x axis.
Bit #28 PowerOK error bit of scan system B, x axis.
Bit #29 PosAck error bit of scan system B, y axis.
Bit #30 TempOK error bit of scan system B, y axis.
Bit #31 PowerOK error bit of scan system B, y axis.
Comments • For usage of get_marking_info and of the error bits Bit #0…Bit #7, see Chapter 8.6.9
”Monitoring Processing-on-the-fly Corrections”, page 255.
• The limits for the customer-defined monitoring range are determined for:
– Xmin, Xmax, Ymin, Ymax (Bit #4…Bit #7) by set_fly_limits
– Zmin, Zmax (Bit #24…Bit #25) by set_fly_limits_z
• The error bits Bit #4…Bit #7 and Bit #24…Bit #25:
– Are not reset by get_marking_info
– Get implicitly reset by the conditional commands
– Can also be explicitly reset by clear_fly_overflow and clear_fly_overflow_ctrl
• Encoder-signal spacing could be too short if interfering signals are present, a rapid
directional change occurs or the frequency is essentially too high.
• An improper encoder signal sequence occurs if both signals 1 and 2 change
simultaneously, thus hindering determination of the counting direction.
• The error bits Bit #10…Bit #15 and Bit #26…Bit #31 are only set in case of an error if
automatic suppression of Laser Control Signals has been activated, see Section
”Automatic Suppression of Laser Control Signals”, page 187. Any time an error occurs,
all error bits corresponding to an error-indicating status signal are (cumulatively) set.
If applicable, even error bits are set, which have not been selected to be used for
automatic suppression of Laser Control Signals by set_laser_control. All error bits are
reset by get_marking_info.
• All error bits are reset during initialization (by load_program_file).
• All error bits (except Bit #4…Bit #7 and Bit #24…Bit #25):
– Are reset when reading out by get_marking_info
– However, can be reset at any time as long as the error condition still persists
RTC4
RTC6 Unchanged functionality for info bits that are also used on the RTC4.
RT
C5RTC6 Unchanged functionality.
Version info Available as of DLL 600, OUT 600, RBF 600.
References set_fly_x, set_fly_y, set_fly_z, set_fly_rot, set_fly_x_pos, set_fly_y_pos,
set_fly_rot_pos, set_fly_limits, set_fly_limits_z, clear_fly_overflow,
clear_fly_overflow_ctrl, if_not_activated
Ctrl Command get_marking_info