| Attribute | Value |
|---|---|
| Product Name | GE Fanuc IC660BBD024 Bus Switching Module 12/24 VDC |
| Manufacturer | GE Fanuc |
| Series | Genius |
| Block Catalog No. | IC660BBD024 |
| Consisting Of | Electr. Asm. IC660EBD024 Term. Asm. IC660TBD024 |
| Voltage Rating | 12/24 VDC (Source In/Out) |
| Circuit Type | Class 2 Circuit |
| Electrical Module | IC660EBD024U – Electr. Module 12–24 VDC, 32 SRC E105285, 4350142 CL. 1 Div.2 GP. A,B,C,D Temp Rating: T4A 44A729784-027R02 44A731198-025R02 |
| Terminal Assembly | IC660TBD024K – Term. Asm. 3798239 |
| Bus Switching Module | IC660BSM021D Catalog No.: IC660BSM021 24/48 VDC Made in USA |
| Weight | 1.580 kg |
| Condition | Used – 4 pcs |
| Reference No. | 57753 |
What is the GE Fanuc IC660BBD024 Bus Switching Module?
The IC660BBD024 is a rugged, high-performance Bus Switching Module from GE Fanuc, designed for use in Genius I/O systems. It operates on 12/24 VDC, serving as an interface to automatically or manually switch between redundant bus channels.
It is primarily responsible for ensuring that communication is not halted in case of the failure of one bus line, thus enabling continuous control, high reliability, and redundancy in a mission-critical industrial application.
This module is widely trusted for fault-tolerant networking in areas such as marine systems, manufacturing units, and heavy industrial automation setups.
Key Features of the GE Fanuc IC660BBD024
1. Capability for Redundant Bus Switching
Probably one of the most important advantages is that this module can switch automatically between two channels of the bus without any failure in communication.
2. Compatible with Genius I/O Systems
It seamlessly interfaces with the GE Fanuc Genius distributed I/O architecture to enable efficient data exchange between controllers and field devices.
3. Operates on 12/24 VDC
With flexible voltage compatibility, it has been introduced for multiple system designs and panel configurations.
4. Rugged Industrial-Grade Design
Built for harsh industrial environments, it withstands vibration, dust, temperature variations, and continuous operation.
5. Fault Detection and Indication
The module continuously monitors bus line health while providing LED indications for fault diagnostics and fast troubleshooting.
6. Easy Installation & Maintenance
Compact in design and featuring standard mounting options, the module does not require complex procedures to be installed or serviced by technicians.
7. Supports High-Performance Communication
Ensures fast, stable, and efficient control communication over whole automation networks.
Applications of GE Fanuc IC660BBD024 Bus Switching Module
Its high reliability and fault-tolerant architecture make the module useful in a variety of applications:
1. Marine Automation Systems
- Engine room monitoring
- Navigation systems
- Redundant control communication onboard vessels
2. Manufacturing & Process Automation
- Distributed I/O networks
- Machinery control systems
- Plant redundancy networks
3. Oil & Gas Facilities
- Pipeline monitoring
- Safety subsystem communication
- Refinery automation
4. Power Plants
- Turbine and generator control
- Substation automation
- Critical bus communication systems
5. Industrial Robotics & Assembly Lines
- Coordinated machine control
- Fault-tolerant data exchange
- High-speed automated production lines
6. Chemical & Pharmaceutical Industries
- Precise batch control
- Distributed sensor networks
- Ensure communication redundancy
Why choose the GE Fanuc IC660BBD024 for your system?
1. Ensures Zero Downtime
In automation environments, even a few minutes of communication failure can cause major losses. The bus switching module makes sure that smooth operation is maintained during faults on the bus.
2. Reliable Redundancy for Critical Systems
It features support for redundant bus architecture, ensuring fail-safe continuous data flow, and therefore is ideal for mission-critical industries.
3. Proven GE Fanuc Quality
Components made by General Electric have been renowned for long-lasting durability, long service life, and industrial-grade performance.
4. Easy Integration with Existing Networks
Compatible with most Genius-based systems; fewer redesigns or costly upgrades are required.
5. Lower Maintenance Effort
Fault indicators and robust construction reduce maintenance time and extend system uptime.
6. Cost-Effective Long-Term Investment
This module saves money and boosts operational efficiency since failure and unplanned shutdowns are avoided.

















