IC693CMM301 GE Fanuc 90-30 Communications Module

Product parameters

Processor performance: 32-bit microprocessor, instruction execution speed 0.1 μs/Boolean instructions, supporting multitasking (program execution, I/O refresh, communication parallel processing)

Memory configuration: User program memory 128 KB (can be expanded by an extended memory card), data memory 64 KB, supports power-off retention (built-in supercapacitor, retention time ≥72 hours, optional battery backup extended to several years)

I/O expansion capability: Supports expansion of Series 90-30 series local I/O modules, up to 8 local I/O racks can be connected, each rack supports 16 I/O modules, and the maximum number of local I/O points can reach 1024 points (digital + analog). Support remote I/O expansion (connecting to PROFIBUS-DP, DeviceNet and other networks through communication modules)

Communication interface: It is equipped with 1 RS-232C programming/communication interface (for configuration download and communication with the upper computer), supporting direct communication with HMI and SCADA systems, and is compatible with the Modbus RTU protocol

Power supply parameters: Powered by the Series 90-30 standard power supply module, operating voltage DC 5V, typical power consumption approximately 4W, peak power consumption 6W

Working environment: Working temperature 0℃ to 60℃, storage temperature -40 ℃ to 85℃. Relative humidity 5% to 95% (no condensation), anti-electromagnetic interference (EMC) complies with EN 55011/EN 55022 Class A standards

Mechanical characteristics: Compatible with Series 90-30 standard 35mm DIN rail installation, module width approximately 64mm, wiring with front connector (GE Fanuc IC693CBL300 series front connector is recommended)

Programming and Configuration: Supports GE Fanuc VersaPro and Concept programming software, compatible with ladder diagram (LD), function block diagram (FBD), and structured text (ST) programming methods, and supports online monitoring and program modification

Diagnostic function: Integrated power indicator light (PWR), operation indicator light (RUN), fault indicator light (ERR), supports feedback of diagnostic information such as I/O module faults, memory anomalies, and communication faults, and detailed fault codes can be read through programming software

Function

Core logic and process control: The 32-bit processor ensures high-speed instruction execution, enabling complex logical operations, timing control, counting/timing functions, and supports PID process control (up to 8 PID loops), making it suitable for mixed scenarios of discrete and continuous control

Large-capacity I/O expansion: Supports local multi-rack I/O expansion and remote I/O networking, and can flexibly connect digital I/O, analog I/O, and special function modules (such as high-speed counting, pulse output modules), meeting the load access requirements of medium-scale automation systems

Universal communication compatibility: Equipped with an integrated RS-232C interface and Modbus RTU protocol, it can directly communicate with devices such as touch screens (HMI), upper computers (SCADA), and printers, enabling data upload and remote control command reception without the need for additional communication modules

Power failure data protection: Built-in supercapacitor + optional battery backup ensures that user programs and critical data (such as counter values, set parameters) are not lost after power failure, and can be seamlessly restarted after power is restored

Fault Diagnosis and maintenance: Real-time monitoring of the module's own status, the connection status of I/O modules, and communication links. Fault types are quickly reflected through indicator lights. With programming software, specific fault points can be located. It supports online debugging and program modification, reducing maintenance difficulty

System stability guarantee: Industrial-grade design, strong anti-electromagnetic interference ability, suitable for complex industrial site environments; Support program online download, allowing program updates to be completed without downtime, reducing production interruption time

Application scenarios

Logic control for small and medium-sized discrete manufacturing production lines: electronic component assembly lines, small-scale mechanical processing lines, and food packaging lines, achieving functions such as multi-station collaboration, equipment start-stop linkage, counting and sorting, and controlling equipment such as solenoid valves, contactors, and sensors

Process control scenarios: PID temperature/pressure/flow control for small-scale chemical reaction vessels, pharmaceutical liquid preparation systems, and water treatment dosing equipment. Process parameters are collected through analog modules, and control signals are output to regulate the speed of valves and pump sets, stabilizing process indicators

General mechanical automation: Auxiliary control of CNC machine tools (such as fixture clamping, coolant switch, workpiece conveying), mold closing/injection/ejection timing control of small injection molding machines, tension control and speed synchronization of printing machines

Small-scale warehousing and logistics systems: Location management of small-scale stereoscopic warehouses, zoned start and stop control of conveyor lines, logical judgment and action execution of sorting systems, and connection with photoelectric sensors, encoders, and small drive equipment

Building and infrastructure automation: The control of central air conditioning fan coil units, the start and stop of water supply and drainage pump sets, and the control of lighting zones in large shopping malls and industrial plants communicate with the building automation system (BMS) through the Modbus RTU protocol to achieve centralized monitoring

Upgrade and renovation of old equipment: For equipment controlled by traditional relays or outdated PLCS, replace them with the Series 90-30 system built with IC693CMM301 CPU to enhance control accuracy and stability, while retaining the compatibility of the original I/O equipment and reducing renovation costs

Testing and test bench control: Customized control of industrial testing equipment and scientific research laboratory test benches, achieving complex testing processes (such as cyclic testing and parameter gradient testing) through flexible programming, and connecting data acquisition modules with actuating mechanisms

Advantage Products:

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