D.Electron CNC Z32 Florenz Series User Manual

D. ELECTRON
Since 1977 Hi - Tech
for the Machine - Tool
CNC
Z32
Programming guide (Lathes)
Document M335
C2 – 20.02.08
Read thoroughly before installation
Contains important information on:
• programming
This manual contains information exclusively devoted to the user of D.Electron products to allow a correct usage of delivered
devices. No part of this manual can be duplicated or delivered to third parties for an usage not corresponding to that indicated.
All information here contained have been accurately checked to be exact and reliable, but D.Electron doesn’t assume any
responsibility for possible inaccuracies. D.Electron reserves the right to make all modifications necessary to improve the
performance and reliability of its products.
D.Electron - Via R. Giuliani 140 - 50141 Firenze ITALY Internet: www.delectron.it
Tel ++39 - 055 - 416927 Fax ++39 - 055 - 434220 email delectron@delectron.it

D.Electron CNC Z32 Florenz Series Specifications

General

Brand	D.Electron
Model	CNC Z32 Florenz Series
Category	Control Systems
Language	English

Summary

2. BASE PROGRAMMING

2.1.1 Machine behavior at reset

1.1. F (Feed) parameter and Feed management (G93 G94 G95)

2.2 S parameter and Speed management (G96 G97)

2.3 M Functions

2.6 Functions for origins recall (workpiece coordinate system)

2.6.1 Setup of workpiece coordinates in the part-program.

2.7 T parameter and tool change

2.8 Tool corrections: length (LX and LZ) and radius (R)

2.8.1 Position of the theoretical tool tip

2.12 Movement programming (G0 G1 G2 G3)

2.12.1 Rapid movement (G0)

Circular interpolation (G2 – G3)

2.14 Mirroring, rotation, translation, scale factor

2.14.1 Mirroring on the working plane (G56 – G55)

3. DIRECT PROGRAMMING OF PROFILE

• QF (slope)

4. TOOL RADIUS CORRECTION

4.1 Vectorial compensation of tool radius

Defines theoretical tool tip and tool center for discussing tool radius compensation.

4.2 Profile approach (G41/G42) and profile retract (G40)

4.7 Example of a profile with radius correction

4.8 Allowance management

5.1 Parameter management

5.1.1 Parameter assignment

5.1.3 Axis movement programming with parameters

5.1.4 System parameters programming

5. PARAMETRIC PROGRAMMING

5.2 Programming with “advanced lines” ( ! ... ! )

5.2.1 Assigning values to parameters and computing expressions

Explains assigning values and computing expressions within advanced lines.

5.2.2 Executing jumps without return (!GON..!)

5.2.3 Executing jumps with return (!GON..–..!)

5.2.4 Executing conditioned jumps (!IF .. ; GON.. !)

Jump to a CMOS subprogram (! GOP.. !)

5.3 Conditioning blocks of programs (--IF)

5.4 Program block repetition (--DO --LOOP)

5.5 Writing CMOS programs (--DEFINE P..)

5.6 Writing a temporary subprogram SUBTEMP (--DEFINE S..)

6. Z32 FIXED CYCLES AND MACROS

6.1 Z32 Fixed cycles (G881 - G886)

Details system fixed cycles from G881 to G886 for programming machining operations.

6.1.1 G881: Normal drilling

6.1.2 G882: Deep drilling with chip breakage

G883: Deep drilling with chip extraction

G884: Tapping with compensating chuck

6.1.5 G885: Rigid tapping

6.1.6 G886: Reaming

6.2 G901: Macro for internal/external groove machining

6.3 G902: Macro for facial grooves machining

6.4 G903: Macro for roughing of trapezoidal sections, with passes along Z.

6.5 G904: Macro for roughing of trapezoidal sections, with passes along X.

6.6 Threading

6.6.1 G33 function

Explains the G33 function for executing constant pitch threading.

6.6.2 Variable pitch threading (G34, G35)

G905: Threading macro

G906: Facial threadings

6. Taper threading

6.7 G907: Roughing macro

Definition of the profile to be roughed

Describes how to define the profile for roughing operations.

Variable pass depth (NI NJ NL):

Chip breaking cycle (NS NR NT)

7. Polar axes