GSK 218M User Manual

RGB ELEKTRONIKA AGACIAK CIACIEK
SPÓŁKA JAWNA
Jana Dlugosza 2-6 Street
51-162 Wrocław
Poland
biuro@rgbelektronika.pl
+48 71 325 15 05
www.rgbautomatyka.pl
www.rgbelektronika.pl
DATASHEET
www.rgbautomatyka.pl
www.rgbelektronika.pl
OTHER SYMBOLS:
130SJT-M075D
130SJTM075D, 130SJT M075D, 130SJT-M075D
GSK

GSK 218M Specifications

General

Manufacturer	GSK
Model	218M
Minimum input unit	0.001mm
Frequency	50/60Hz
Control System Type	CNC
Display	LCD
Input Voltage	220V
Operating Temperature	0°C to 45°C
Storage Temperature	-20°C to 60°C
Communication Interface	RS232
Programming Language	G-code

Summary

1 Sequence Program Creating Process

2 SEQUENCE PROGRAM

3 ADDRESS

4 PLC BASIC INSTRUCTION

5 PLC FUNCTIONAL INSTRUCTIONS

1 CONTROLLED AXIS

2 PREPARATION FOR OPERATION

2.1 Emergency stop

Description of the emergency stop button function and its signal (*ESP).

2.3 CNC overtravel signal

Signals indicating axis stroke limits have been reached, causing deceleration.

3 MANUAL OPERATION

3.1 JOG feed/incremental feed

Describes JOG and incremental feed modes for axis movement using panel signals.

4 REFERENCE POINT RETURN

4.1 Manual reference point return

Procedure for manual reference point return using panel signals and parameters.

5 AUTOMATIC OPERATION

5.1 Cycle start/feed hold

Controls automatic operation start (ST) and feed hold (SP) signals and their conditions.

5.2 Reset

Describes CNC reset states triggered by emergency stop, external reset, or MDI reset.

6 INTERPOLATION FUNCTION

7 FEEDRATE CONTROL

8 MISCELLANEOUS FUNCTION (M, S, T FUNCTION)

8.1 Miscellaneous function

Controls machine functions (M, S, T) via code and strobe signals.

8.2 Auxiliary function lock

Inhibits execution of M, S, T functions by disabling code and strobe signals.

9 SPINDLE SPEED FUNCTION

9.1 Spindle speed control mode

Defines spindle control via gear or analog modes, reporting current mode via SIMSPL.

10 TOOL FUNCTION

10.1 T instruction executing tool change

Uses T instruction to execute tool change, transmitting selection number and strobe signal.

10.2 Tool life management

Manages tool usage time, alerting via TLCH/TLCHI when tool life expires.

11 PROGRAMMNG INSTRUCITON

11.1 Custom macro program

Allows variables, arithmetic, logic, and branches for program development.

11.2 Canned cycle

Simplifies programs using predefined machining operations within a single block.

13 MEASUREMENT

13.2 Torque limit skip

Skips move instruction execution if motor torque limit is reached or SKIP signal is input.

1 PLC INTERFACE DISPLAY

2 PLC PROGRAMMING OPERATION

3 PLC ADDRESS, PARAMETER SETTING

1 System Structure and Installation

1.2 System installtion & connection

Instructions for stable installation, ensuring air circulation, and proper wiring separation.

2 Device Connection

2.1 CNC external connection

Diagrams showing connections for PC, control unit, drivers, and I/O interfaces.

2.2 Connection between system and driver

Details interfaces (XS30-XS33) and system interface connections for drivers.

3 MACHINE CONTROL I/O INTERFACE

3.1 Interface signal list

Lists input (XS43-XS45) and output (XS40-XS42) interface signals with pin definitions.

3.2 Input interface

3.3 Output signal

4 Debugging Machine

4.1 Debug preparation

Steps for system connection, PLC debug, parameter setting, and data backup before debugging.

4.2 System power on

4.3 Emergency stop and limit

Details emergency stop signals and limit signals, with parameter diagnosis.