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Technical Manual TNC 360 - heidenhain - DR. JOHANNES ...

Technical Manual TNC 360 - heidenhain - DR. JOHANNES ...

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MP3140 Count direction of the measuring system signals for the spindle<br />

0 =positive count direction with M03<br />

1 =negative count direction with M03<br />

Set Reset<br />

M2489 Change direction of spindle rotation PLC PLC<br />

M2485 Status display and output of the analog voltage PLC PLC<br />

for M03<br />

M2486 Status display and output of the analog voltage PLC PLC<br />

for M04<br />

M2487 Status display M05 and spindle stop PLC PLC<br />

M2608 Inverse display of M03, M04, M05 and PLC PLC<br />

S analog = 0 V [no spindle-enable)<br />

4.1.2 Gear range<br />

With the aid of the machine parameters MP3510 and MP3210 up to eight gear ranges can be<br />

defined. The nominal speed for S override 100 % and a matching S-analog voltage is entered for<br />

each gear range.<br />

If not all gear ranges are required, then the remaining machine parameters are set to zero.<br />

Machine parameter MP3515 can be used to define a maximum achievable spindle speed for each<br />

gear range which cannot be exceeded by S-override.<br />

The voltage range can be restricted by machine parameter MP3240.1.<br />

MP3120 can determine whether zero spindle speed is permitted, in spite of a minimum producable<br />

analog output voltage.<br />

If an S-analog voltage output 0 V is produced, marker M2005 will be set. This is also the case when<br />

the potential has been turned down to zero with the override potentiometer.<br />

The ramp slope for the S-analog voltage on output of M03, M04 is stored in MP3410.0.<br />

If the spindle voltage is on a rising or falling ramp, marker M2004 will be set. This also happens<br />

when the spindle voltage is altered with the override potentiometer, the voltage changes very<br />

quickly, and the ramp of MP3410.0 cannot be followed.<br />

8/95 <strong>TNC</strong> <strong>360</strong> 4 Spindle 4-81

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