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Chapter 3 Parameters
437
Ⅲ
Connection
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 IS1 IS0
*** *** *** ROS ROT
[Data type]:Bit axis
BIT7, BIT6:set increment system of each axis.00:accordance with increment system of the system.
01:IS-A
，
10:IS-B
；
11:IS-C
。
Bit1, Bit0 : 00: set the additional axis to the linear axis; 01: set the additional axis to the rotary axis
（
A type
）
;11: set the additional axis to the rotary axis (B type); 10: set the additional
axis to be invalid.
Note: The parameter is invalid to setting of X, Z axis.
1 8 8 RFCK RRT *** *** *** RRL RAB ROA
[Data type]:bit axis
Bit7 1:G28 running every time to check the PC signal
0:G28 running only first to check the PC signal
Bit6 1:Zero return D mode is used when the additional axis is a rotary axis;
0:Zero return A, B, C mode is used when the additional axis is a rotary axis (power-on
again).
Bit2 1:The relative coordinate cycle function is valid when the additional axis is rotary;
0:The relative coordinate cycle function is invalid when the additional axis is rotary(power-on
again).
Bit1 1:The rotation direction is based on that of sign when the additional axis is rotary;
0:The rotation direction is based on the nearby principle when the additional axis is rotary.
Bit0 1:The absolute coordinate cycle function is valid when the additional axis is rotary;
0:The absolute coordinate cycle function is invalid when the additional axis is rotary
(power-on again).
Note: The parameter is invalid to setting of X, Z axis.
1
8
9 CTS *** APC
APZ
*** *** *** ***
[Data type]:Bit axis
Bit7 1:Each servo axis didn’t connect servo drive , it is necessary to restart;
0:Each servo axis connected servo drive , it is necessary to restart.
Bit5 1:The used encoder type of each axis is absolute encoder
；
0:The used encoder type of each axis is incremental encoder
。
Bit4 1:When each axis matches with an absolute encoder, the mechanical position and absolute
one are shown consistent;
0:When each axis matches with an absolute encoder, the mechanical position and absolute
one are shown inconsistent.
1
9
0 *** *** *** *** LT3
LT2 *** ***
[Data type]:Bit axis
Bit3 1:Whether each axis detects the stroke 3 in memory type detect;
0:Whether each axis detects the stroke 3 in memory type is not detect.
Bit2 1:Whether each axis detects the stroke 2 in memory type detect;
0:Whether each axis detects the stroke 2 in memory type detect.
