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

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9.2 Digitizing with TS 120<br />

Digitizing is possible with all HEIDENHAIN triggering touch probes. However, because the digitizing<br />

process can take several hours to complete, it is advisable to use the TS 120 touch probe with signal<br />

transmission by cable. The TS 511 touch probe with its infrared signal transmission can be<br />

continuously operated for up to 8 hours on one battery charge.<br />

<strong>Technical</strong> Requirements<br />

- "Digitizing with TS 120" is possible with <strong>TNC</strong> <strong>360</strong> using software types 259 90x03 (<strong>TNC</strong> <strong>360</strong>) and<br />

260 02x 04 (<strong>TNC</strong> <strong>360</strong> C) See also Chapter "Introduction", Section "Software".<br />

- Installing the software module "Digitizing with the TS 120". The ID number of the logic unit<br />

indicates whether the software module is already installed (see Chapter "Introduction", Sections<br />

"EPROM locations", and in Chapter "Mounting and electrical installation", Section "Hardware<br />

components"). If the module is already installed, the software number of the option will appear<br />

beneath the NC and PLC software number, when the system is switched on or when the MOD<br />

key is pressed.<br />

- Interfaced touch probe TS 120.<br />

- The machine must be optimized for "Servo lag operation".<br />

The digitizing sequence is optimized by the machine parameters.<br />

Machine parameter MP6210 is the value for the oscillations executed by the touch probe as it scans<br />

the form. It is governed by the dynamic response of the machine. The dynamic response is in turn<br />

determined by the Kv factor (servo lag operation). The greater the Kv factor, the greater the number<br />

of oscillations.<br />

Machine parameter MP6210 determines the maximum probing feed rate in conjunction with the<br />

programmed probe point interval, P.P.INT from the scanning cycles "Meander" and "Contour Lines":<br />

F [mm/min] = PP.INT [mm] x oscillations [1/s] x 60 [s/min]<br />

This relation gives the formula for calculating the input value of MP6210:<br />

optimized F [mm/min]1)<br />

Oscillations [1/s] =<br />

PP.INT [mm] x 60 [s/min]<br />

1) The optimized probing feed rate depends on the feed rate in the normal direction (MP6230).<br />

8/95 <strong>TNC</strong> <strong>360</strong> 9 Touch Probe 4-155

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