GE FANUC BUS CONTROLLER MODULE

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GE FANUC BUS CONTROLLER MODULE Specification

Features
High-Speed Data Transfer, Reliable Communication, Plug-and-Play Capability

Application
Industrial Automation and Control

Power Supply
Via Backplane

Connector Type
Edge Connector

Phase
Single Phase (Backplane)

Working Temperature
0C to 60C

Operating Temperature
0C to 60C

Cooling Method
Natural Air Cooling

Output Type
Digital Data Signals

Noise Level
Low

Product Type
Bus Controller Module

Input Voltage
5 VDC (Backplane Supplied)

Voltage Protection
Reverse Polarity Protection

Material
Industrial Grade Plastic and Metal

Storage Temperature
-40C to +85C

Weight
Approx. 350g

About GE FANUC BUS CONTROLLER MODULE

Experience an ephemeral hot deal on the world-class GE FANUC Bus Controller Module, part number IC660BBA026. This peerless module, crafted from industrial-grade plastic and metal, stands as the virtuoso solution for robust industrial automation and control. Engineered for DIN rail or panel mounting, it delivers value with high-speed, reliable digital data transfer via the GE Fanuc Genius Bus protocol. Its status LEDs simplify diagnostics while voltage protection and plug-and-play capability ensure effortless and secure integration. Designed for compatibility across multiple PLCs, this is a must-have asset for advanced automation projects.

Unmatched Commercial Utility & Application Excellence

The GE FANUC Bus Controller Module excels in demanding commercial domains, seamlessly integrating into complex industrial automation systems such as Genius I/O, Series Six, and advanced 90-30/90-70 PLCs. Its plug-and-play nature enables swift deployment, while high-speed data transfer guarantees efficient system responsiveness. The modules ergonomic surface adapts to DIN rail or panel environments, making it an essential tool for operators seeking reliability and diagnostic agility in dynamic industrial settings.

Optimized Packaging, Global Exports & Certifiable Quality

Each module is carefully packaged to minimize expenditure during transportation and ensure optimal valuation upon arrival. Main export markets span North America, Europe, and Asia, reflecting the modules reputation for excellence. The packaging details consider climate resilience and safe transit, preserving the units integrity for long-term industrial use. Certified for strict industrial standards, this product guarantees peerless performance and compliance in every operation.

FAQs of GE FANUC BUS CONTROLLER MODULE:

Q: How is the GE FANUC Bus Controller Module installed in an industrial setting?

A: The module supports both DIN rail and panel mounts, allowing flexible installation. Simply use the edge connector to interface with your system, enabling rapid, plug-and-play attachment to compatible bases.

Q: What communication protocol does this module utilize for data transfer?

A: This module employs the GE Fanuc Genius Bus protocol, ensuring high-speed and reliable digital data transmission across connected PLCs and I/O networks.

Q: When is it beneficial to use this controller module in automation projects?

A: It is uniquely advantageous when rapid data exchange, reliable diagnostics, and seamless PLC compatibility are required for scalable automation in industrial environments.

Q: Where can the module be deployed, considering its environmental specifications?

A: Designed for industrial usage, the module functions optimally in environments with 5%95% non-condensing humidity and temperatures ranging from 0C to 60C, making it suitable for diverse factory floors and control panels.

Q: What process ensures voltage protection for the device during operation?

A: Reverse polarity protection is incorporated into the module, safeguarding the device and connected systems from inadvertent wiring mistakes or voltage fluctuations.

Q: How does its plug-and-play capability benefit system integrators?

A: The plug-and-play design shortens installation time and simplifies integration, reducing overall commissioning expenditure and allowing for easy replacement and upgrades without disruptive downtime.

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