GSK GSK980TDc, Руководство пользователя

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Chapter 3 Parameters
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1 8 6 RTORI SRS *** *** *** RTCRG *** ***
Bit7 1: In executing M29, the spindle executes the machine zero return
0: In executing M29, the spindle does not execute the machine zero return
Bit6 1: The spindle selection signal is RGTSPn in the multiple spindle rigid tapping
0: The spindle selection signal is SWSn in the multiple spindle rigid tapping
Bit2 1: In rigid tapping cancel, do not wait for G61.0 to be 0 in executing the next block
0: In rigid tapping cancel, wait for G61.0 to be 0 in executing the next block
1 8 7 YIS1Y Y IS0 RCSY *** *** *** ROSY ROTY
BIT7,BIT6: Set Y incremental system,
00: consistent with the incremental system of the system
，
01: IS-A
，
10: IS-B
；
11: IS-C.
Bit5 1: Y Cs function is valid/invalid(power-on again)
0: Y Cs function is valid/invalid(power-on again)
Bit1,Bit0 : 00 : sets Y to be linear,
01 : sets Y to be rotary axis(A type)
，
11 : sets Y to be rotary axis(B type)
，
10: sets Y to be invalid
1 8 7 YIS1Y Y
IS0 RCSY *** *** *** ROSY ROTY
[Data type]: Bit axis
BIT7, BIT6: Set the increment system of all axes;
00: Same with the original increment system; 01: IS-A; 10: IS-B; 11: IS-C;
Bit5 1: Cs function of auxiliary axis is enabled (needs to re-power on)
0: Cs function of auxiliary axis is not enabled (needs to re-power on)
Bit1, Bit0: 00: Set auxiliary axis as linear axis; 01: Set auxiliary axis as rotary axis (A type); 11:
Set auxiliary axis as rotary axis (B type); 10: Auxiliary axis is disabled;
Note: This parameter is invalid to X, Z axes.
1 8 8 *** RRTY *** *** *** RRLY RABY ROAY
[Data type]: Bit axis
Bit6 1: When Y is the rotary axis, the zero return uses D mode
0: When Y is the rotary axis, the zero return uses A, B, C mode
Bit2 1: When Y is the rotary axis, the relative coordinate cycle function is valid
0: When Y is the rotary axis, the relative coordinate cycle function is invalid
Bit1 1: Y rotates according to the symbol when it is the rotary axis
0: Y rotates contiguously when it is the rotary axis
Bit0 1: The absolute coordinate cycle function is valid when Y is the rotary axis
0: The absolute coordinate cycle function is valid when Y is the rotary axis
1 9 6 MSI CSS *** MSEN *** *** *** ***
Bit7 1: The multiple spindle control B
0: The multiple spindle control A
Bit6 1: Cs control of each axis is executed in the multiple spindle control