X20CS1070 Advantages
The B&R X20CS1070 CAN bus interface stands out from comparable industrial CAN bus communication interface modules in several key areas.
Dedicated high-speed CAN bus communication architecture. Reliably handles real-time data exchange between X20 CPU and CAN bus field devices simultaneously — critical for high-speed machinery, power-plant auxiliary automation and closed-loop process optimization in industrial facilities.
High anti-interference communication design. Built-in electrical isolation protects the CAN bus signal from surge and ground loop interference, maintaining stable data transmission even under harsh factory electromagnetic environments.
X2X-Link high-speed backplane bus coordination. The B&R X20CS1070 CAN bus interface seamlessly connects with X20 backplane, supporting flexible cabinet-layout architectures for distributed automation deployments.
Conformal coated circuit protection. The conformal protective coating helps shield PCB components from moisture, dust, and minor corrosive atmospheres inside industrial control cabinets, extending service life in harsh plant-side cabinet environments.
Wide operating temperature (-25°C to +60°C). The B&R X20CS1070 CAN bus interface performs reliably in variable-temperature industrial cabinet environments without cooling fans or additional thermal protection.
Native X20 system integration. As a factory-original B&R component, the B&R X20CS1070 CAN bus interface integrates directly with compatible X20 CPU, terminal bases and I/O hardware with no extra adapters or custom modification.
X20CS1070 Applications
Machinery & Industrial Manufacturing. Core CAN bus communication interface within B&R X20 systems, realizing high-speed data communication between controller and CAN bus field I/O and sensors for production machinery and automated processing lines.
Thermal Power & Energy Generation. Supports high-reliability CAN bus communication for power-plant auxiliary equipment, enabling stable equipment management and helping prevent equipment damage caused by communication anomalies.
Oil, Gas & Petrochemical Facilities. Hazardous-location certification makes the B&R X20CS1070 CAN bus interface suitable for control cabinet installation inside petrochemical plant classified-zone control buildings.
Water-Wastewater Treatment Facilities. Provides reliable real-time CAN bus data transmission for distributed water-treatment I/O loops, where stable communication directly affects treatment-process safety and centralized monitoring efficiency.
Industrial Process Auxiliary Systems. The B&R X20CS1070 CAN bus interface contributes to critical automation control loops requiring traceable, high-integrity CAN bus communication performance that meets stringent industrial regulatory and reliability standards.
X20CS1070 Certifications & Compliance
The B&R X20CS1070 CAN bus interface holds the following international safety and compliance approvals:
• CE certification for industrial control equipment used in B&R X20 automation applications.
• ATEX Zone 2 (II 3G Ex nA nC IIA T5 Gc) — European certification for non-incendive equipment in explosive gas atmospheres.
• cCSAus Class I Division 2 Groups A-D — North-American hazardous-location control-equipment approval.
• General industrial safety and EMC specifications for B&R X20 communication printed-circuit assemblies.
All modules supplied are 100% new original B&R parts. Every B&R X20CS1070 CAN bus interface unit is functionally tested before dispatch, packed in professional anti-static packaging, and covered by a one-year warranty from the date of delivery.
