IC697CPX928 GE Fanuc Series 90-70 Central Processing Unit

Product parameters

Core specifications: 32-bit microprocessor, supporting multi-task scheduling; Built-in 512KB user program memory and 1MB data memory; Compatible with the Series 90-70 standard backplane bus

Computing performance: Boolean instruction execution time ≤0.2μs per piece, integer operation ≤0.5μs per piece, floating-point operation ≤5μs per piece. The maximum number of supported local I/O points is 512, and there is no limit to the number of remote I/O points

Communication interface: Built-in 1 RS-485 serial communication interface and 1 programming/debugging interface; Support the expansion of network functions by extending communication modules

The single backplane can be expanded with up to 12 Series 90-70 I/O modules at most. Support multi-backplane remote expansion

Working power supply: 5V DC, typical power consumption ≤10W; Supports matching with redundant power modules to achieve power redundancy

Operating temperature: 0°C to 60°C, storage temperature: -40 °C to +85°C; Humidity: 5%-95% RH

Certification and Standards: Complies with CE, UL, CSA, and IECEx certifications; Supports the IEC 61131-3 programming standard

The software supports adaptation to GE Fanuc VersaPro and Logicmaster 90-70 programming software. Supports online programming, debugging, parameter modification and program monitoring, as well as fault log recording and export

Function

Mid-to-high-end computing and processing capabilities: 32-bit microprocessors can efficiently perform complex logic control, sequential control, mathematical operations, and batch data processing, meeting the real-time control requirements of medium and large-scale automation systems and balancing performance and cost.

Basic communication and expansion flexibility: Built-in RS-485 Modbus interface, which can be directly connected to intelligent meters, frequency converters, touch screens and other devices to achieve data interaction; Supports the expansion of industrial network modules such as PROFIBUS and Ethernet, flexibly adapting to distributed control or remote monitoring scenarios.

Rich I/O and module compatibility: Compatible with all Series 90-70 I/O modules, it can be flexibly combined according to process requirements. A single module can support the acquisition and control output of multiple types of signals.

High reliability design: Equipped with program backup/recovery function, module fault self-diagnosis, Watchdog protection, real-time alarm and record fault information when a fault occurs, ensuring system operation without disturbance and rapid troubleshooting.

Convenient programming and maintenance: Supports IEC 61131-3 standard programming language, with intuitive programming logic that is easy to maintain. Supports online monitoring of program operation status, forced I/O points, and modification of process parameters. Debugging and maintenance can be completed without shutting down the machine, reducing the risk of production interruption.

Data storage and interaction: Built-in large-capacity memory can store process parameters, production statistics, and fault records. Support communication with the SCADA system to achieve the upload of production data, remote monitoring and historical data traceability, and meet the requirements of industrial information management.

Application scenarios

In the chemical and fine chemical industry: Main controllers for small and medium-sized chemical plants and pharmaceutical intermediate production lines, controlling the temperature/pressure of reaction vessels, batching flow rate, valve opening and closing, etc. They are connected to on-site instruments through Modbus interfaces to achieve process automation and safety interlocking.

Metallurgical and building materials industry: The control core of bar/wire rod production lines in steel mills and cement grinding stations, coordinating the coordinated operation of conveyor lines, batching systems, and temperature control equipment, processing a large number of digital and analog signals, and ensuring a stable production rhythm.

Power auxiliary and energy industry: The core of the control system for desulfurization and denitrification systems in thermal power plants and waste heat power stations, connecting pump sets, fans, sensors and other equipment, achieving parameter adjustment and equipment start-stop control, and uploading data to the central monitoring platform through the expansion Ethernet module.

Water treatment and environmental protection industry: Main controllers for medium and large-scale sewage treatment plants and industrial wastewater treatment equipment, controlling process links such as aeration, dosing, sedimentation, and disinfection, integrating online monitoring instruments through Modbus interfaces to ensure that the effluent meets standards.

General manufacturing production lines: The control core of automotive parts production lines, heavy machinery assembly lines, and packaging production lines, coordinating the linkage of multi-station equipment to achieve production process automation and product counting statistics.

Municipal and infrastructure: Urban water supply/gas supply systems, centralized control of sewage treatment plants, and auxiliary systems for rail transit. Through remote I/O expansion, distributed equipment is covered to achieve centralized management and remote monitoring.

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