Siemens 6FX1112-1AE00 | Siemens | SIROTEC Master/Slave Interface Module

The 6FX1112-1AE00 is a specialized SIROTEC Master/Slave Interface Module from the SINUMERIK product range, designed to facilitate high-speed data communication between automation components. This module utilizes a V.24 (also known as RS-232) physical interface standard and supports data transfer rates up to 8 MHz, making it a critical component for legacy CNC and motion control systems requiring synchronized signal exchange.

Features

• SIROTEC Connectivity: Engineered for the SIROTEC ecosystem, ensuring seamless signal compatibility in legacy Siemens control environments.
• High-Speed Transmission: Supports communication frequencies up to 8 MHz for time-critical industrial data tasks.
• Master/Slave Architecture: Facilitates organized data flow between primary controllers and secondary slave devices.
• V.24 Interface: Implements the V.24 standard, a foundational serial communication protocol for legacy CNC and industrial equipment.

Applications

• Legacy CNC machine tool signal coordination.
• Maintenance and repair of existing SINUMERIK-based automated control systems.
• Industrial networking where V.24/RS-232 communication standards are mandated.
• Signal synchronization between specialized process controllers and master stations.

Technical Specifications

Installation Guidelines

• Mounting: Ensure the module is installed in a clean, dry environment within the control cabinet, adhering to the mounting pattern for SINUMERIK interface modules.
• Cabling: Use shielded cables for V.24 communication to prevent electromagnetic interference (EMI) from affecting high-frequency signals. Ensure that cable lengths do not exceed the distance limitations specified for the V.24 standard at 8 MHz.
• Configuration: Verify that the Master/Slave settings are correctly defined via the internal jumpers or software configuration settings as required by your specific system architecture.
• System Integrity: As this is an obsolete component, check that the connector pins are clean and free of oxidation before installation to ensure a reliable physical layer connection.