SIEMENS 6FC5357-0BB25-0AA0 NCU 572.5 – High-Performance CNC Processor Module

Processor Type:Advanced RISC

Operating System Memory:Flash

Function Software:Integrated

Floating Point Unit:Present

Battery-Backed SRAM:For Part Programs

Drive Interface:Analog & Stepping Motor Drives

Measuring System Interfaces:1-Position Encoders

Card Slot:PCMCIA

Inputs:(4) 24V DC Digital

Outputs:1 x NC READY, up to 2 Probes, 2 Electronic Handwheels

Housing:S7-300

Power Supply:24V DC

Weight:Varies depending on configuration

Dimensions:Specific to model

Compatibility:With Siemens SINUMERIK Systems

    The SIEMENS 6FC5357-0BB25-0AA0 NCU 572.5 is engineered to provide unparalleled performance in industrial automation, featuring a state-of-the-art 32-bit RISC processor with an integrated floating point unit for high-speed calculations essential for complex operations.

    This processor module boasts a FLASH memory for the operating system and function software, ensuring smooth and reliable operation, complemented by battery-backed SRAM for safeguarding critical data against power disruptions.

    Equipped with a dedicated drive interface for Analog (+/-10V) connections, it supports seamless integration with drives, enhancing the efficiency of machinery and processes.

    With four measuring system interfaces for incremental position measurement or SSI, this module offers unparalleled precision in handling sensors, crucial for accurate control and monitoring in industrial environments.

    Offering a PCMCIA card slot for further customization and an array of 24V DC digital inputs with P-switching capabilities, this module caters to a wide range of control requirements, making it a versatile choice for various applications.

    The inclusion of an NC READY output facilitates easier coordination with other machines, while the provision for up to two probes and electronic handwheels enhances user interaction and precision.

    Integrated within an S7-300 housing, this processor module seamlessly integrates with existing systems, minimizing installation and maintenance efforts, and ensuring compatibility with industry-standard components.