| Attribute | Value |
|---|---|
| Product Name | GE Fanuc IC660BBD024 I/O Module 12–24VDC |
| Manufacturer | GE Fanuc |
| Series | Genius |
| Block Cat. No. | IC660BBD024 |
| Consisting Of | Electrical Assembly: IC660EBD024 Terminal Assembly: IC660TBD024 |
| Voltage | 12/24 VDC Source In/Out |
| Circuit Type | Class 2 Circuit |
| Terminal Assembly Model | IC660TBD024K – 12–24VDC 32 SRC E105285 / 3798333 |
| Electrical Module | IC660EBD024W – 12/24VDC SRC 32 CKT E157515 |
| Hazardous Location Rating | Class I Div 2 Groups A, B, C, D Temp Code: T4A Ambient: 60°C II 3 G EEx NA IIC T4X (0°C > Ta > 60°C) |
| Additional Codes | D254463 0838 |
| Country of Origin | Made in USA |
| Weight | 1.450 kg |
| Condition | Used – 1 Piece |
| Reference Number | 57587 |
What is the GE Fanuc IC660BBD024 I/O Module?
The IC660BBD024 GE Fanuc DC-powered Input/Output module falls in the line of the popular Genius I/O product series from GE Fanuc. It acts as an interface between field devices and a host controller to allow an operator to gather input signals and transmit output commands to equipment.
The module is designed with durability, safety, and reliability in mind to support 12–24VDC for a wide range of automation environments such as manufacturing plants, marine systems, utilities, and process control industries.
The module is widely used in the Genius Bus system, giving robust distributed control to the biggest automated operations.
Key Features of the GE Fanuc IC660BBD024 I/O Module
✔ Wide Voltage Range (12–24VDC)
Supports flexible input/output DC voltage, suitable for many kinds of field devices.
✔ Rugged Industrial-Grade Design
Built for resistance to vibration, extreme temperatures, and harsh environmental conditions in heavy industries and marine applications.
✔ Multiple I/O Capabilities
Supports digital inputs and outputs; can manage many types of sensors, switches, and actuators.
✔ Advanced Diagnostics
Includes built-in status indicators and self-diagnostic features that minimize downtime and simplify troubleshooting.
✔ Reliable Communication
Designed to interface directly with the GE Fanuc Genius Bus systems for accurate, timely transfer of signals.
✔ High Noise Immunity
Engineered to operate reliably in electrically noisy environments such as industrial machinery rooms.
✔ Easy Installation & Maintenance
Compact, modular, and user-friendly to make replacements and upgrades fast and efficient.
Applications of the GE Fanuc IC660BBD024 I/O Module
With strong performance and compatibility, the IC660BBD024 module is widely used across various industries. Some of the common applications include the following:
1. Manufacturing Automation
Used for the monitoring of switches, sensors, and relays on automated lines.
2. Marine & Offshore Systems
Suitable for ship control systems, engine monitoring, and automation panels that are subjected to all harsh marine conditions.
3. Process Control Systems
Allows for accurate input/output management for chemical plants, refineries, and water treatment facilities.
4. PLC & SCADA Systems
Serves as an interface between field equipment and supervisory systems.
5. Power Generation
Used in generator control panels, turbine systems, and substation automation.
6. Industrial Machinery Control
Supports control of motors, solenoids, pumps, conveyors, and safety devices.
Why Choose the GE Fanuc IC660BBD024 I/O Module?
✔ Proven Reliability
Components by GE Fanuc are trusted all over the world because of their quality and long service life.
✔ Compatibility with Genius Bus Architecture
Ensures seamless integration into existing GE Fanuc distributed control systems.
✔ Suitable for Harsh Environments
Its rugged construction makes it highly dependable for demanding industrial and marine applications.
✔ Reduced Downtime
Diagnostic LEDs and fault monitoring enable quick and easy troubleshooting.
✔ Cost-Effective Performance
It provides very good value, operates steadily, requires less maintenance, and is very durable.
✔ Flexible Voltage
Support Works perfectly within a wide range of 12–24VDC, minimizing compatibility issues.
