GSK GSK980TDc, Руководство пользователя

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Chapter 3 Parameters
395
V
olume
Ⅲ
Connecti
o
n
Bit4 1: Direction signal (DIR) is HIGH when 5
th
positively moves ；
0: Direction signal (DIR) is HIGH when 5
th
negatively moves.
Bit3 1: Direction signal (DIR) is HIGH when 4
th
positively moves ；
0: Direction signal (DIR) is HIGH when 4
th
negatively moves.
Bit2 1: Direction signal (DIR) is HIGH when Y positively moves
；
0: Direction signal (DIR) is HIGH when Y negatively moves.
Bit1 1: Direction signal (DIR) is HIGH when Z positively moves
；
0: Direction signal (DIR) is HIGH when Z negatively moves.
Bit0 1: Direction signal (DIR) is HIGH when X positively moves
；
0: Direction signal (DIR) is HIGH when X negatively moves.
If machine moving direction is inconsistent with the actually required direction, it may be
adjusted by this parameter.
0 0 9 5ALM 4ALM YALM ZALM XALM
Bit4 1: 5
th
alarm signal (ALM5) is LOW alarm;
0: 5
th
alarm signal (ALM5) is HIGH alarm.
Bit3 1: 4
th
alarm signal (ALM4) is LOW alarm;
0: 4
th
alarm signal (ALM4) is HIGH alarm.
Bit2 1: Y alarm signal (ALMY) is LOW alarm;
0: Y alarm signal (ALMY) is HIGH alarm.
Bit1 1: Z alarm signal (ZALM) is LOW alarm;
0: Z alarm signal (ZALM) is HIGH alarm.
Bit0 1: X alarm signal (XALM) is LOW alarm;
0: X alarm signal (XALM) is HIGH alarm.
This parameter may be adjusted based on the drive unit alarm signal level output.
1 7 5 SPFD
SPFD =1: Feeding stops if spindle stops in cutting
=0: Feeding not stop if spindle stops in cutting
1 8 7 YIS1Y Y IS0 *** *** ***
[Data type]: Bit axis
BIT7,BIT6: set Y incremental system, 00: consistent with the incremental system of the system, 01:
IS-A
，
10: IS-B
；
11: IS-C.
2 0 3 *** *** *** ABP5 ABP4 ABPY ABPZ ABPX
Bit4 1: 5
th
pulse outputs according to the two-phase quadradure (need to power-on again);
0: 5
th
pulse outputs according to (pulse + direction) (need to power-on again).
Bit3 1: 4
th
pulse outputs according to the two-phase quadradure (need to power-on again);
0: 4
th
pulse outputs according to (pulse + direction) (need to power-on again).
Bit2 1: Y pulse outputs according to the two-phase quadradure (need to power-on again);
0: Y pulse outputs according to (pulse + direction) (need to power-on again).
Bit1 1: Z pulse outputs according to the two-phase quadradure (need to power-on again);
0: Z pulse outputs according to (pulse + direction) (need to power-on again).
Bit0 1: X pulse outputs according to the two-phase quadradure (need to power-on again);
0: X pulse outputs according to (pulse + direction) (need to power-on again).