GSK 980TDi, Руководство пользователя

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Chapter 3 Parameters
431
Ⅲ
Connection
Bit 2: 1: Position recording signal PRC is used during tool setting;
0: Position recording signal PRC is not used during tool setting;
Bit 1: 1: G50 sets relative coordinate value;
0: G50 does not set relative coordinate value;
Bit 0: 1: Axial output wave is pulse;
0: Axial output wave is square;
0 0 6 *** *** *** ZM5 ZM4 ZMY ZMZ ZMX
Bit4~Bit0 1: 5
th
, 4
th
, Y, Z, X zero return type C
0: 5
th
, 4
th
, Y, Z, X zero return type B
0 0 7 DISP SMZ *** ZC5 ZC4 ZCY ZCZ ZCX
Bit7 1: Enter ABSOLUTE POS page after power on
0: Enter RELATIVE POS page after power on
Bit6 1: Execute the next block after all motion block exactly are executed to the in-position
0: Smooth transition between two blocks
Bit4~Bit0 1: In machine zero return, 5
th
, 4
th
, Y, Z, X deceleration signal (DEC5~DEC1) and
one-revolution signal (PC5~PC1) are parallel(use one proximity switch as the deceleration
signal and zero signal)
0: In machine zero return, 5
th
, 4
th
, Y, Z, X deceleration (DEC5~DEC1) and one-revolution
signal (PC5~PC1) is separately connected (need the separate deceleration signal and zero
signal)
Note: In the zero-return B method; when it is set to 0 and connected independently, it is necessary to detect the
PC signal after releasing the block during the zero-return; when it is set to 1 and connected in parallel, the PC signal
detects with block after the pressing block decelerates to zero during the zero-return method.
0 0 8 *** *** *** DIR5 DIR4 DIRY DIRZ DIRX
Bit4~Bit0 1: The motor’s rotation diretion of the 5
th
, 4
th
, Y, Z and X axes are positive;
0: The motor’s rotation diretion of the 5
th
, 4
th
, Y, Z and X axes are negative;
Note: The movement direction of the machine tool is inconsistent with the actual direction,
which can be modified by adjusting this parameter.
0 0 9 *** *** *** 5ALM 4ALM YALM ZALM XALM
Bit4~Bit0 1: Servo not ready alarm without detection of the 5
th
, 4
th
, Y, Z or X axis.
0: Servo not ready alarm detection of the 5
th
, 4
th
, Y, Z or X axis.
0 1 0 *** *** *** CPF5 CPF4 CPF3 CPF2 CPF1
Bit0~ Bit4: Pulse frequency setting values of backlash offset (by BCD code)
The set frequency =(setting value+1) Kpps
CPF5 CPF4 CPF3 CPF2 CPF1
Set frequency
(Kpps)
0 0 0 0 0 1
0 0 0 0 1 2
0 0 0 1 0 3
0 0 0 1 1 4
0 0 1 0 0 5