5.1 Overview of cycles
Cycles are generally applicable technology subroutines that can be used to carry out a specific machining process, such as tapping. These cycles are adapted to individual tasks by parameter assignment. In the system, according to the specific process requirements can be divided into:
1. Drilling cycles
2. Turning cycles
Note
CYCLE81-CYCLE89 must work in G17 plane.
Technical definition must repeate after exiting the cycle (G91 / G90, G71 / G70, DIAMOF / DIAMON, etc.).
Drilling cycles |
Turning cycles |
CYCLE81 Drilling, centering |
CYCLE93 Recess |
CYCLE82 Drilling, counterboring |
CYCLE94 Undercut (DIN form E and F) |
CYCLE83 Deep-hole drilling |
CYCLE95 Stock removal with relief cutting |
CYCLE84 Rigid tapping |
CYCLE96 Thread undercut |
CYCLE85 Reaming 1 (boring out 1) |
CYCLE97 Thread cutting |
CYCLE86 Boring (boring out 2) |
CYCLE99 Thread chain |
CYCLE87 Drilling with stop 1 (boring out 3) |
|
CYCLE88 Drilling with stop 2 (boring out 4) |
|
CYCLE89 Reaming 2 (boring out 5) |
|
Throughout the cycle running, cycle call is displayed in the current block. Standard cycles according to user-defined variables for processing, different variables define different machining path. Cycle calls must always requires a separate block. Standard cycle parameters for each cycle having an order and type of request. Standard cycle parameters defined variable or constant, if it is variable, these variables must first be defined in the calling program, and has been assigned.