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

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Update Information No. 1<br />

1 Software<br />

In July 1993 the following software was released:<br />

260 02x 08 for insertion of 1M byte EPROMs<br />

and 280 49x 08 for insertion of 2M byte EPROMs<br />

The software numbers 280 49x 01 to 07 were not delivered. The new software version became<br />

necessary because new logic units can also accommodate 2M byte EPROMs (see below in Section<br />

2 "Hardware").<br />

The new software version contains the following changes:<br />

• The PLC can limit the maximum feed rate through the doubleword D596. In order to ensure<br />

compatibility to previous PLC programs the doubleword D596 is preset with the value<br />

300 000 mm/min after control switch-on or after interruption of the PLC run.<br />

The new feed rate is effective immediately!<br />

The doubleword D596 has no effect with the new cycles "Tapping" (Cycle 2) and "Rigid Tapping"<br />

(Cycle 17).<br />

• In the newly introduced machine parameter MP60, axes can be defined as auxiliary axes.<br />

These axes cannot be moved by an NC program. They are controlled exclusively by the PLC.<br />

All auxiliary axes work independently of each other. Auxiliary axes always move in trailing<br />

mode. The following modules are available for the PLC to control the axes:<br />

Module 9120: Positioning of auxiliary axes<br />

Module 9121: Stopping the auxiliary axes<br />

Module 9122: Status inquiry of auxiliary axes<br />

Module 9123: Traversing the reference point of an auxiliary axes<br />

• Spindle orientation can be suppressed at the beginning of Cycle 17 "Rigid Tapping" with<br />

machine parameter MP7160. At the beginning of the cycle, the spindle voltage is decelerated<br />

with the ramp from MP3410.1 to the value 0 volts.<br />

In this case it is not possible to cut into the same thread several times!<br />

• Up to 20 NC "tool def" blocks can be read-in during blockwise transfer without central tool<br />

memory, whereby the tool def block must be read-in before the associated "tool call". When a<br />

"PGM call" NC block is read-in or when a user cycle is called, the NC blocks with "tool def" are<br />

considered up to the above mentioned limit and provided that the proper order is followed. A<br />

violation of these preconditions releases the error message "TOO MANY TOOLS".<br />

9/93 <strong>TNC</strong> <strong>360</strong>/<strong>TNC</strong> 335 Update information No. 1 1-1

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