B&R
B&R X20CBC1083 Communication Board
B&R X20CBC1083 communication board for advanced data exchange.
● In Stock
12-Mo Warranty
Same-Day Dispatch
Ships Worldwide
🎖 Veteran-Owned
In Stock — Ready to Ship
Get a price for X20CBC1083
Response within 1 business hour
12-month warranty
All units tested
Same-day dispatch
Order by 2pm CST
Worldwide delivery
US, EU, Asia, Middle East
Veteran-owned
CAGE: 9NK75
Enhanced Data Exchange
High-Speed Communication
B&R X20 System Component
Robust Networking
Product description
The B&R X20CBC1083 is a versatile communication board designed to enhance data exchange capabilities within B&R automation systems. It facilitates high-speed communication between controllers and other network devices.
This board is essential for complex automation architectures that require robust networking and data transfer, such as those found in integrated manufacturing lines and sophisticated process control applications.
Stanlo Automation, a veteran-owned surplus parts supplier, provides the B&R X20CBC1083, ensuring reliable performance and availability for your automation needs.
Technical specifications
| Type | Communication Board |
| Manufacturer | B&R |
| Series | X20 |
Common applications
Integrated Manufacturing
Process Control
Data Acquisition
Industrial Networking
Compatible systems
B&R X20 Automation Systems
Also known as
B&R X20CBC1083
Replaces / compatible with
N/A. Designed for B&R X20 series automation systems.
Technical note
Expert tip
Verify compatibility with your specific B&R controller and network topology before installation.What happens next?
1
Email confirmation
Immediate receipt acknowledgment sent to you
2
Account manager assigned
Confirms your part's spec and condition
3
Your quote delivered
Tailored to your specific requirements
Frequently asked questions
What is the primary role of the B&R X20CBC1083 communication board?
The B&R X20CBC1083 communication board's primary role is to enable and optimize data transfer and networking within a B&R automation system, supporting advanced communication protocols.