ABB XVC768116 3BHE007211R116 Programmable Controller Module

Product Overview

The ABB XVC768116 (3BHE007211R116) is a versatile, high-reliability programmable controller module integrated with digital output capabilities. Specifically engineered for seamless operation within the ABB Advant OCS and AC800M control environments, it functions as a core logic processor and a high-current output driver.

Technical Specifications

• Manufacturer: ABB

• Model Designation: XVC768116

• Part Number: 3BHE007211R116

• Module Type: Programmable Controller / Digital Output Module

• System Compatibility: Advant OCS, AC800M, S800 I/O

• Digital Output Channels: 16 to 32 channels (variant dependent)

• Output Type: Solid-state transistor (PNP sourcing +24 V / NPN sinking 0 V)

• Output Current Rating: Up to 2.0 A per channel (continuous)

• Communication Interfaces: Ethernet and RS485

• Dimensions: 250 mm x 160 mm x 120 mm

• Weight: 0.5 kg

Key Features

• Dual-Function Architecture: Combines programmable logic processing with high-density digital outputs, allowing for localized control decisions and direct execution within a single modular footprint.

• High-Current Output Driving: Rated for up to 2.0 A per channel, the XVC768116 can directly power solenoid valves, heavy-duty relays, and small contactor coils without the need for interposing pilot relays.

• Redundant Communication Support: Equipped with both Ethernet and RS485 interfaces, the module ensures reliable data synchronization and integration into complex distributed control networks.

• S800 I/O Scalability: Fully compatible with the S800 I/O modular system, allowing users to expand their I/O count and system capabilities as process requirements evolve.

• Industrial Grade Resilience: Designed for harsh environments, the module features robust Electromagnetic Compatibility (EMC) compliance to maintain signal integrity near high-voltage equipment.

• Real-Time Monitoring: Supports sophisticated logic tasks and continuous diagnostics, providing operators with real-time feedback on output status and system health.