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General| Control System Type | CNC |
|---|---|
| Display | LCD |
| Input Voltage | 24 V DC |
| Operating Temperature | 0 to 45 °C |
| Protection Class | IP 20 |
| Number of axes | 3 |
| Communication Interfaces | RS-232 |
| Interpolation | Linear, Circular |
| Control Type | Open-loop and Closed-loop Control |
Defines hazards that can lead to death or severe injury if precautions are not taken.
Defines hazards that may lead to death or severe injury if precautions are not taken.
Defines hazards that may lead to minor injury or material damage if precautions are not taken.
Specifies that start-up and operation must be performed by authorized personnel.
Details the hardware and software components of the SINUMERIK 802C system.
Describes the software elements comprising the SINUMERIK 802C.
Details the electrical power requirements of the system components.
Provides the weight specifications for each SINUMERIK 802C component.
Lists the physical dimensions of the SINUMERIK 802C components.
Specifies the operational limits for temperature, humidity, and air pressure.
Outlines the steps for physically installing and removing the control system components.
Provides detailed diagrams and measurements for component installation.
Illustrates the layout of interfaces on the ECU and DI/O modules.
Explains the wiring and connections between system components.
Provides a step-by-step guide for connecting system components.
Details the pin assignment for connecting the operator panel to the ENC.
Provides pin assignments for digital input and output connectors.
Details the necessary grounding points for the MCP and OP020.
Explains the meaning of the ERR, POK, and DIAG status LEDs.
Describes the function and positions of the start-up switch.
Indicates that manufacturer documentation for the drives should be consulted.
Lists the prerequisites for successful system start-up.
Outlines the step-by-step procedure for starting up the SINUMERIK 802C.
Explains the protection concept for data areas, ranging from 0 to 7.
Explains when data changes take effect after modification.
Specifies the required protection level for viewing machine data.
Details the process of saving data within the control system's permanent memory.
Explains how to save user data to an external PC using V24 and WinPCIN.
Describes the hardware start-up switch and its positions for system boot.
Describes the initial system state and boot process.
Introduces the PLC's role, tasks, and programming language.
Explains the PLC commissioning process and the included simulation program.
Explains how to write PLC project data to the control system's permanent memory.
Describes saving PLC applications from the control system.
Outlines the steps to change the technology setting.
Describes the initial power-on and automatic loading of standard machine data.
Details the process of inputting and modifying general machine data, requiring password entry.
Explains switching between simulation and actual drive operation using MD settings.
Lists and describes machine data specific to axes and spindle configuration.
Describes the Servo Trace function for analyzing axis behavior.
Explains how to adapt spindle and axis dynamics for thread interpolation.
Describes the available operating modes for the spindle: Control, Oscillating, and Positioning.
Details the steps for creating and loading the series machine start-up file.
Provides a step-by-step guide for updating system software using a PC/PG.
Details the steps for updating software using a master-slave control system configuration.
Details how machine data parameters are displayed and their properties.
Defines the operand identifiers and their corresponding address ranges.
Describes NC commands for spindle stop, dwell, direction change, and speed.
Explains how PLC programming handles direction signals and M commands for spindle control.
Lists the necessary hardware components for installation, including panels and cables.
Specifies the required software, including WinPCIN and Toolbox CD ROM.
Details the step-by-step process for installing the Manual Machine software.
Lists the mapping of digital inputs to specific pins and modules.
Lists the mapping of digital outputs to specific pins and modules.
Lists default values for various machine data parameters.
Lists default values for setting data parameters.
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