tornos DECO 7/10 - Programming Optional Socket; Configurating Optional Socket 1

OPTIONS & ALLIED TOOLING − DECO 7/10 − DECO 7a/10a − DECO 7e/10e
300236 en − 02/07 Chap. 10.2.2 /3
10.2 PROGRAMMING OPTIONAL SOCKET 1
10.2.1Configurating Optional Socket 1
The first thing to do is to configurate Optional Socket 1 over Part Program and
preferably outside the Main Program loop.
10.2.2DO Signals for Configurating Option Socket 1
DO 1750=1: reverses Input 1 and enables Input 1 signal at 0.
Programming: M800 P1=1750
DO 1751=1: reverses Input 2 and enables Input 2 signal at 0.
Programming: M800 P1=1751
DO 1752=1: disables Input 1 and Input 1 signal is not used.
Programming: M800 P1=1752
DO 1753=1: disables Input 2 and Input 2 signal is not used.
Programming: M800 P1=1753
DO 1755=1: enables display of Message 2011:
MESSAGE ON OPTION SOCKET.
A message does not affect the Part Program run.
Programming: M800 P1=1755
When you configurate the socket to enable the message: 2011: MESSAGE ON
OPTIONAL SOCKET, this can entail stopping and restarting the program run
automatically:
Numeric control PNC 16TB: Option: K 9.6 = 1
Numeric control PNC 16i: Option: K 23.0 = 1
Now the appearance of 2011 MESSAGE ON OPTIONAL SOCKET 1 stops the
part program, its disappearance restarts the part program.
DO 1756=1: enables display of Alarm 2012:
ALARM CLASS 1 OPTION SOCKET.
An Alarm Class 1 stops the program at the end of table.
Programming: M800 P1=1756
DO 1757=1: enables display of Alarm 1013:
ALARM CLASS 3 OPTION SOCKET.
An Alarm Class 3 stops the program by enforcing axes
feedhold, turns off the coolant, the chip conveyor and the
spindles.
Programming: M800 P1=1757
DO 1760=1: selects a new program (table).
Programming: M800 P1=1760