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- IC697BEM741
- FIP Bus Controller
- USA
- 172 × 33 × 142 mm
- 0.662 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IC697BEM741 FIP Bus Controller is a communication and bus interface module designed for GE Fanuc Series 90-70 industrial control systems. It provides an interface between the PLC control architecture and a FIP-based industrial communication network, allowing control data to be exchanged between the programmable controller and connected field devices.
As an industrial bus controller, the IC697BEM741 plays an important role in distributed automation architectures where multiple devices must exchange control and diagnostic information over a structured communication network. Instead of requiring every field device to be directly connected to the PLC CPU, the bus controller provides a dedicated communication interface that manages network data exchange.
The module is particularly useful in applications where reliable communication between a Series 90-70 PLC and distributed field equipment is required. By separating network communication from the main CPU processing tasks, the FIP Bus Controller helps create an organized and scalable industrial control architecture.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | GE Fanuc / GE |
| Model | IC697BEM741 |
| Product Type | FIP Bus Controller |
| Product Family | Series 90-70 |
| Function | FIP industrial network communication |
| Communication Type | FIP Bus |
| Module Category | Bus Controller / Communication Module |
| Application | PLC industrial communication |
| Installation | Series 90-70 rack / PLC system |
| Dimensions | 172 × 33 × 142 mm |
| Weight | 0.662 kg |
| System Type | Programmable Logic Controller |
| Network Role | FIP network interface and bus controller |
| Typical Environment | Industrial automation |
| Application Areas | Manufacturing, process automation, machine control and distributed systems |
| Mounting | PLC rack installation |
| Service Type | Industrial automation communication module |
Function and Working Principle
The primary function of the GE IC697BEM741 is to provide FIP bus communication within a compatible GE Series 90-70 control system.
In a conventional PLC installation, the CPU is responsible for executing the control program while I/O modules handle field signals. When an industrial network is introduced, additional communication hardware is required to exchange information between the PLC and remote devices.
The IC697BEM741 serves this communication role.
The general communication process can be understood as follows:
PLC Control System → IC697BEM741 FIP Bus Controller → FIP Network → Remote Devices
The controller manages communication between the PLC system and connected FIP network devices. Depending on the overall system architecture, information may include process values, device states, control commands, diagnostic information and other network data.
This architecture allows field devices to be distributed throughout a plant rather than requiring every device to be wired directly to a central control cabinet.
Main Communication Functions
The IC697BEM741 can support functions such as:
- FIP network communication
- Data exchange between PLC and network devices
- Distributed device communication
- Network interface management
- Industrial control data transmission
- Communication with remote automation equipment
- Integration of distributed field devices
The exact communication capabilities depend on the surrounding Series 90-70 hardware and network configuration.
Role in Industrial Control Systems
The IC697BEM741 acts as a communication bridge within a GE Series 90-70 automation architecture.
A typical control system may contain:
- Series 90-70 CPU
- Power supply module
- Discrete input modules
- Discrete output modules
- Analog input modules
- Analog output modules
- Communication modules
- FIP network devices
- Remote I/O
- Industrial sensors and actuators
The FIP Bus Controller provides the network interface needed to connect the PLC architecture with compatible FIP field devices.
This can reduce the amount of point-to-point wiring required in a distributed automation system.
For example, instead of routing individual signal cables from every remote machine back to the main PLC cabinet, compatible network devices can communicate through the FIP network.
The result is a more structured communication architecture that can simplify system expansion and maintenance.
Industrial Applications
The GE IC697BEM741 can be applied in industrial environments where a Series 90-70 PLC needs to communicate with compatible FIP network equipment.
Typical applications include:
Manufacturing Automation
Manufacturing lines may contain multiple machines, drives, remote I/O stations and monitoring devices. A FIP network can provide a communication infrastructure between these distributed components and the PLC control system.
Machine Control
The module can be used in machine automation architectures where multiple field devices need to exchange data with a central PLC.
Process Automation
Distributed process equipment may require communication between control equipment and remote field devices.
Material Handling
Conveyors, transfer systems and material-handling machinery often contain multiple distributed control points. Industrial networking can reduce wiring complexity in these systems.
Factory Automation
Large production facilities can use distributed communication architectures to connect PLC systems with remote automation equipment.
Installation and System Integration
Correct installation of the IC697BEM741 is essential for reliable communication.
The module is designed for integration into a compatible GE Series 90-70 PLC rack rather than being used as a standalone network device.
Installation Considerations
Before installation, verify:
- Correct Series 90-70 rack compatibility
- Appropriate PLC power supply
- Correct module position
- FIP network compatibility
- Proper network cabling
- Correct network configuration
- Secure module seating
- Appropriate grounding and shielding practices
Basic Installation Procedure
- Switch the PLC system to a safe maintenance state.
- Remove power according to the site’s electrical safety procedure.
- Confirm that the replacement module matches the original IC697BEM741 configuration.
- Inspect the module connector and rack interface.
- Install the controller securely into the appropriate rack position.
- Connect the FIP network cabling.
- Verify cable routing and shielding.
- Restore system power.
- Check module status indicators.
- Verify communication between the PLC and connected network devices.
- Confirm PLC application operation.
- Monitor the network for communication errors during commissioning.
Because Series 90-70 systems are often used in long-running industrial installations, technicians should document the original rack position, network connections and configuration before replacing a communication module.
Compatible System Components
The IC697BEM741 normally operates as part of a larger Series 90-70 automation system.
Associated components may include:
| Component | Function |
|---|---|
| Series 90-70 CPU | Executes PLC control logic |
| Series 90-70 Power Supply | Provides system power |
| Series 90-70 Rack | Provides mechanical and electrical system integration |
| Discrete I/O Modules | Interface with digital field signals |
| Analog I/O Modules | Interface with process instrumentation |
| FIP Network Devices | Provide distributed field communication |
| Remote I/O Equipment | Connects remote sensors and actuators |
| Industrial Network Cabling | Provides FIP communication path |
| Programming / Configuration Equipment | Used for system configuration and maintenance |
The actual compatible components depend on the specific Series 90-70 system architecture and FIP network configuration.
Recommended Alternative Models
The following models are recommended as related GE industrial automation communication products for comparison or system expansion. They should not be treated as automatic drop-in replacements for IC697BEM741 without checking the original system configuration.
| Model | Type | Key Feature | Application |
|---|---|---|---|
| GE IC697BEM741 | FIP Bus Controller | FIP network interface | Series 90-70 FIP communication |
| GE IC697BEM713 | Bus Controller | Industrial network communication | Series 90-70 distributed automation |
| GE IC697BEM731 | Bus Controller | Network interface functionality | PLC communication systems |
| GE IC697BEM711 | Bus Controller | Industrial bus communication | Distributed PLC networks |
| GE IC697CMM711 | Communication Module | Serial communication | Series 90-70 communication |
| GE IC697CMM742 | Ethernet Communication Module | Ethernet-based communication | Industrial network integration |
| GE IC697CMM741 | Communication Module | PLC network connectivity | Series 90-70 automation |
For a direct replacement, the original IC697BEM741 identification, rack configuration and network requirements should always be checked before selecting another model.
Key Advantages
- Provides FIP network communication for compatible GE Series 90-70 systems
- Enables communication between PLC control systems and distributed network devices
- Supports distributed industrial automation architectures
- Helps reduce complex point-to-point field wiring
- Provides a dedicated communication interface within the PLC system
- Suitable for manufacturing and industrial automation applications
- Compact module design with dimensions of 172 × 33 × 142 mm
- Product weight of approximately 0.662 kg
- Useful for maintenance and modernization of compatible Series 90-70 installations
Technical FAQs
What is the GE IC697BEM741?
The GE IC697BEM741 is a FIP Bus Controller designed for compatible GE Fanuc Series 90-70 PLC systems. It provides a communication interface between the PLC architecture and a FIP industrial network.
What is the main function of IC697BEM741?
Its main function is to manage communication between the Series 90-70 PLC system and compatible FIP network devices.
What type of product is IC697BEM741?
It is an industrial PLC communication and bus controller module.
What are the dimensions of GE IC697BEM741?
The specified dimensions are 172 × 33 × 142 mm.
How much does IC697BEM741 weigh?
The specified product weight is approximately 0.662 kg.
Where is IC697BEM741 installed?
The module is designed for installation within a compatible GE Series 90-70 PLC rack.
Can IC697BEM741 be used as a standalone communication converter?
No. It is designed as a system-level bus controller for compatible GE PLC architectures rather than as a general-purpose standalone communication converter.
What systems can work with IC697BEM741?
The module is intended for compatible GE Fanuc Series 90-70 control architectures and their associated FIP network equipment.
Is IC697BEM741 a PLC CPU?
No. The IC697BEM741 is a communication/bus controller. The PLC CPU performs the primary control-program execution, while the BEM741 handles its designated FIP network communication functions.
What should be checked before replacing IC697BEM741?
The technician should verify the Series 90-70 rack, CPU configuration, original module identification, FIP network architecture, cabling and communication configuration before installation.
Conclusion
The GE IC697BEM741 FIP Bus Controller is a specialized communication module for compatible GE Fanuc Series 90-70 industrial control systems. Its primary purpose is to provide FIP network communication between the PLC control architecture and distributed field devices.
With dimensions of 172 × 33 × 142 mm and a specified weight of 0.662 kg, the module is designed for rack-based industrial automation applications. Its role is especially important in distributed control architectures where remote devices need to exchange information with a central PLC without relying entirely on point-to-point wiring.
The IC697BEM741 can be used in manufacturing automation, machine control, process automation, material handling and other industrial applications requiring structured FIP communication.
For maintenance and replacement work, compatibility should be evaluated at the complete system level. The PLC rack, CPU, network configuration, connected devices and original module identification should all be checked before selecting a replacement.
For facilities maintaining legacy GE Series 90-70 systems, the IC697BEM741 remains a relevant spare-part option when reliable FIP network communication is required. Correct identification and system-level compatibility verification are essential for successful replacement and commissioning.