Î÷ÃÅ×Ó840Dµ÷ÊÔ֪ʶ ÏÂÔØ±¾ÎÄ

in the appropriate parameters or tables.

References: /FB/, K3 ¡°Compensations¡± Special cases

If individual axes have to be activated, the gantry groups must be temporarily canceled. As the second axis no longer travels in synchronism with the first axis, the activated axis must not be allowed to traverse beyond the positional tolerance.If the gantry grouping is canceled, the following points must be noted:

_ Always activate the traversing range limits and set them to the lowest possible values (position tolerance) _ Synchronize the gantry grouping first if possible and then execute a POWER-ON-RESET without referencing the axes again. This ensures that the traversing range limits always refer to the same position (i.e. that which was valid on power ON).

_ Avoid using the step-change function. Position step changes are only permissible if they stay within the permitted tolerance.

_ Always use an offset of 0 for the function generator and measuring function in contrast to the recommendations f

or normal axes.

_ Set the amplitudes for function generator and measuring function to such low values that the activated axis traverses a shorter distance than the position tolerance allows. Always activate the traversing range limits as a check (see above).

References: /FBA/, DD2 ¡°Speed control loop¡± Start-up support for gantry groupings SW 5.1 and higher

The start-up functions ¡°Function generator¡± and ¡°Measurement¡± are

parameterized via PI services, as in earlier SW. All parameterized axes

commence traversing when the NC Start key on the MCP panel is pressed in JOG mode.

A window is displayed in the ¡°Measuring function and function generator in

gantry grouping¡± operator interface. Two amplitude values, each with an offset

and bandwidth, must be entered in this window. The first amplitude value

applies to the measuring axis and the second to the other coupled axes. PLC½Ó¿ÚÐźÅ

¿ÉÒÔͨ¹ýÖ÷/´Ó¶¯ÖáµÄPLC½Ó¿Ú»ñµÃñîºÏÖáµÄÌØ¶¨µÄ½Ó¿ÚÐźš£Ï±íÏÔʾÁË´øÓбàÂëµÄËùÓÐÁúÃŵÄPLCµÄ½Ó¿ÚÐźţ¬²¢±íÃ÷ÁËÊÇÖ÷¶¯ÖỹÊÇ´Ó¶¯Öá¡£

µã»÷´Ë´¦²é¿´¸½¼þ

a) PLC ¨C> NCK

PLCµ½ÖáµÄ½Ó¿ÚÐźſÉÒÔÓ¦ÓÃÓëÁúÃÅ×éËùÓеÄÖᣬÒò´ËÁúÃÅ×éËùÓеÄÖá¾ßÓÐÏàͬµÄÓÅÏÈȨ¡£ÀýÈ磺Èç¹ûÖ÷¶¯ÖáµÄ¡°Servo enable¡± (DB31, ... ; DBX2.1) =¡°0¡± ÔòÁúÃÅ×éÆäËûËùÓеÄÖáͬʱ¹Ø±Õ¡£

µã»÷´Ë´¦²é¿´¸½¼þ

µã»÷´Ë´¦²é¿´¸½¼þ

ÎÞÂÛÊÇÔÚ¡°¸úËæÄ£Ê½¡±×´Ì¬(IS of one gantry axis = 1)»¹ÊÇ

ÔÚ¡°Í£Ö¹¡±×´Ì¬(IS of allgantry axes = 0)£¬¡°¸úËæÄ£Ê½¡±µÄ¹¦Äܶ¼¿ÉÒÔΪËùÓÐÁúÃÅÖἤ»î¡£ b) NCK ¨C> PLC

Ö÷¶¯ÖáºÍ´Ó¶¯Öáµ½PLCµÄ½Ó¿ÚÐźÅÊÇ»ùÓÚÌØ¶¨ÖáµÄ»ù´¡ÉϽøÐÐÉè

ÖÃ

µÄ

²¢

Êä

³ö

µ½

PLC

£¬

Àý

Èç

¡°Referenced/Synchronized 1/2¡± (DB31, ... ; DBX60.4/60.5)¡£

ÔÚJOG·½Ê½Ï£¬²»¿ÉÄÜÖ±½ÓÒÆ¶¯´Ó¶¯Öá¡£ÒÆ¶¯¼üÃüÁîÔÚ¿ØÖÆÏµÍ³ÄÚ²¿¸øºöÂÔÁË¡£ÊÖÂÖÒ²ÊÇÈç´Ë¡£

ÊÖÂֵĸ½¼ÓÔ˶¯Ö»ÄÜÓ¦ÓÃÓÚñîºÏģʽµÄÖ÷¶¯Öá¡£´Ó¶¯Öá¸úËæÖ÷¶¯ÖáÒÆ¶¯¡£

DRFÆ«ÒÆÖ»ÄÜÓ¦ÓÃÓÚñîºÏģʽµÄÖ÷¶¯Öá¡£´Ó¶¯Öá¸úËæÖ÷¶¯ÖáÒÆ¶¯¡£

Ö»ÄܶÔÖ÷¶¯Öá±à³Ì£¬¶Ô´Ó¶¯ÖáµÄ±à³Ì½«Óб¨¾¯Êä³ö¡£ ʹÓÃFC18µÄPLCÖ»ÄÜÒÆ¶¯Ö÷¶¯Öᣬ»òÕß´Ó¶¯Öá×÷Ϊһ¸öÃüÁîÖá¡£

Ô¤Öù¦ÄÜ£¨ PRESET function£©Ö»ÄÜÓ¦ÓÃÓÚÖ÷¶¯Öá¡£µ±Ô¤Öù¦Äܼ¤»îʱ£¬ÔÚ¿ØÖÆÆ÷ÄÚ²¿£¬ÁúÃÅ×éµÄËùÓÐÖáÖØÐÂÆÀ¹À ¡£´Ëʱ£¬Áú

ÃÅ

×é

ʧ

È¥

²Î

¿¼

µã

ºÍ

ͬ

²½

(IS¡°Gantry grouping synchronized¡± = ¡°0¡±). RELEASE ÃüÁ×Ô¶¯ÊÍ·ÅÁúÃÅ×éÖÐËùÓеÄÖá¡£

ʵ¼ÊλÖÃÖµÏÔÊ¾ÇøÓò½«ÏÔʾÖ÷¶¯ÖáºÍ´Ó¶¯ÖáµÄʵ¼ÊÖµ£¬ÕâͬÑù