TOMATECH AUTOMATION
PC4: 4th zero signal；
PC5: 5th zero signal；
� Diagnosis data
0 0 0 DEC5 DEC4 DECZ DECY DECX
Interface pin CN61.34 CN61.33 CN61.12 CN61.32 CN61.4
0 0 8 PC5 PC4 PCY PCZ PCX
Interface pin CN15.10 CN14.3 CN13.3 CN12.3 CN11.3
� Controlling parameter
Status parameters
0 0 4 DECI
Bit 5 1: During machine zero return, the deceleration signal is at high level;
0: During machine zero return, the deceleration signal is at low level;
0 0 5 PPD
Bit 1: 1: G50 sets relative coordinate system value;
0: G50 does not set relative coordinate system value;
0 0 6 ZM5 ZM4 ZMY ZMZ ZMX
Bit4 1: 5th axis zero point return method C
0: 5th axis zero point return method B
Bit3 1: 4th axis zero point return method C
0: 4th axis zero point return method B
Bit2 1:Y axis zero point return method C
0:Y axis zero point return method B
Bit1 1:Y axis zero point return method C
0:Y axis zero point return method B
Bit0 1:X axis zero point return method C
0:X axis zero point return method B
0 0 7 ZC5 ZC4 ZCY ZCZ ZCX
Bit 4 1: During machine zero return, the deceleration signal of the 5th axis (DEC5) and
one-rotation
signal (PC5) are connected in parallel (use a proximity switch as a deceleration signal and
zero-point signal at the same time).
0: During machine zero return, the deceleration signal of the 5th axis (DEC5) and
one-rotation
signal (PC5) are connected separately (use a proximity switch as a deceleration signal
and zero-point signal at the same time).
Chapter 2 Definition and Connection of Interface Signal
333
Ⅲ Connection
Bit 3 1: During machine zero return, the deceleration signal of the 4th axis (DEC4) and
one-rotation
signal (PC4) are connected in parallel (use a proximity switch as a deceleration signal and
zero-point signal at the same time).
0: During machine zero return, the deceleration signal of the 4th axis (DEC4) and
one-rotation signal (PC4) are connected separately (use a proximity switch as a
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