GE IC695CPU315-BB Multi core CPU module

GE IC695CPU315-BB Multi core CPU module

SPECIFIC PARAMETERS​

Brand GE Fanuc​

Product Series RX3i PLC​

Product Type Multi-core Programmable Logic Controller CPU Module​

Working Voltage 5VDC 24VDC​

Working Temperature 0℃ to 60℃​

Storage Temperature -40℃ to 85℃​

Program Memory 4MB​

Data Memory 2MB​

Communication Interface RS-232 RS-485 Ethernet 10/100/1000BaseTX​

I/O Expansion Capability Support up to 64 local I/O modules Support multi-link remote I/O expansion​

Instruction Execution Speed 0.05 microseconds/boolean instruction 0.3 microseconds/integer operation instruction 1.2 microseconds/floating-point operation instruction​

Safety Level SIL 3​

Protection Level IP20​

Processor Core Dual-core 32-bit RISC processor​

Supported Protocols Modbus RTU Modbus TCP Ethernet/IP PROFINET IEC 61131-3​

Power Consumption 15W​

Size 120mm×160mm×40mm​

Weight 0.5kg​

MTBF 800000 hours​

Compatible Programming Software Proficy Machine Edition Version 9.0 and above​

Redundancy Capability Support CPU hot standby redundancy Support power supply redundancy​

PRODUCT PERFORMANCE​

Equipped with a dual-core 32-bit RISC processor, it has parallel computing capability and can synchronously process control logic and data interaction tasks​

Built-in 4MB program memory and 2MB data memory, supporting ultra-large-scale control programs and real-time data caching​

Integrate Gigabit Ethernet and multi-serial port communication interfaces to achieve high-speed communication with upper monitoring systems, remote terminals and third-party devices​

Compatible with a variety of mainstream industrial communication protocols to ensure seamless data interaction between cross-brand devices and cross-systems​

Support CPU module hot-swapping, which can complete module replacement and maintenance without interrupting system operation​

Has complete fault self-test and diagnosis functions, which can achieve accurate fault location through onboard LED indicators and software platforms​

Adopt industrial-grade wide-temperature anti-interference components, which can operate stably in industrial sites with high electromagnetic interference and high dust​

Support dual-CPU hot standby redundancy architecture, which can realize non-disturbance switching of control links and improve the overall reliability of the system​

Compatible with IEC 61131-3 standard programming languages, supporting multiple programming methods such as ladder diagram and function block diagram​