Omron NY532-5400 Instruction & Reference Manual page 31

Modal group Initial modal
07 Tool radius G40
08 Tool length off- G49
set
09 Fixed cycle G80
10 Return level G98
11 Scaling G50
14 Coordinate No Work
System Selection Coordinate
System is
selected (all
coordinate
axis have
zero offset).
15 Path Control G64
16 Rotation G69
22 Mirroring G50.1
23 Multi-block G501
Accelera-
tion/Deceleration
Rate
NJ/NY-series G code Instructions Reference Manual (O031)
Instruc
Name
tion
G40 Cancels tool compen-
sation
G41 Tool Compensation, left
G42 Tool Compensation,
right
G43 Tool Offset, positive
G44 Tool Offset, negative
G49 Cancels tool offset
G74 Left-handed Tapping
Cycle
G80 Fixed Cycle Cancel
G84 Tapping Cycle
G98 Fixed Cycle Return to
Initial Level
G99 Fixed Cycle Return to
R Point Level
G50 Cancel scaling
G51 Scaling
G54 1st Work Coordinate
System selection
G55 2nd Work Coordinate
System selection
G56 3rd Work Coordinate
System selection
G57 4th Work Coordinate
System selection
G58 5th Work Coordinate
System selection
G59 6th Work Coordinate
System selection
G61 Exact Stop Mode
G64 Continuous-path Mode
G68 Enables rotation
G69 Disables rotation
G50.1 Cancel Mirroring
G51.1 Mirroring
G500 Enables multi-block
acceleration/decelera-
tion rate
G501 Disables multi-block
acceleration/decelera-
tion rate
1 Basic Information on NC Programming
Outline of function
Enables selection of a tool for control, automati-
cally moves the tool to the left side or right side of
the programmed path, and correct the radius of the
tool.
Corrects the position in the Z-axis direction.
Performs reverse tapping machining.
Cancels a fixed cycle.
Performs tapping machining.
Sets the return position of a fixed cycle to the initial
level.
Sets the return position of a fixed cycle to the R
point level.
Scales the current coordinate system.
Changes the current coordinate system to a speci-
fied one defined by the user by using the offsets of
X-, Y-, Z-, A-, B-, and C-axis.
Stops operation between blocks to prevent corner
rounding and blending from being executed.
When two or more sequential operations are
aligned, the former can be blended with the latter
and accelerated/decelerated.
Rotates the current coordinates.
Mirrors the current coordinates.
Reads the path ahead, and adjusts the accelera-
tion or deceleration rate.
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