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ABB XVC768AE102 3BHB007211R0102｜PLC Power Interface Module｜
1. Working Voltage & Power Adaptability
Supported Operating Voltage Specifications:
220V AC (standard industrial mains supply)
24V DC (common low-voltage industrial control supply)
Wide-Voltage Input Design:
Ensures stable operation under varying power supply conditions
Compatible with diverse industrial power environments
Reduces risk of undervoltage or overvoltage-induced failures
2. Measurement Accuracy & Output Performance
Repeatability:
±0.5% of reading
Flow Measurement Accuracy:
±1.0% of reading or
±0.5% of full scale, whichever is greater
Analog Output:
4–20 mA standard industrial current output
Compatible with a wide range of sensors, transmitters, and actuators
Suitable for long-distance, anti-interference analog signal transmission
3. Output Driver & Interface Design
Latch Function per Output Channel:
Improves signal stability
Prevents accidental signal dropouts
Collector Open Circuit Driver Included:
Each channel equipped with open-collector output
Integrated pull-up resistor
Supports up to 12 mA absorption current
Direct Connection Capability:
Can directly interface with optically isolated digital signal conditioning modules
Enables high-density I/O expansion
4. Communication Protocol Compatibility
Fully compatible with mainstream industrial communication systems:
HART (smart transmitter communication)
PROFIBUS DP (fieldbus for fast, deterministic control)
Modbus (RTU/TCP for wide interoperability)
Flexible integration into PLC, DCS, and SCADA systems
Supports mixed analog + digital bus communication architectures
5. Industrial Protection & Reliability
Dual Protection Design:
Overload Protection
Prevents excessive current from damaging I/O circuits
Short-Circuit Protection
Immediately isolates faulty channels
Protects module and connected equipment
Automatic Power Cut-Off on Fault Detection:
Enhances system safety
Reduces risk of cascading damage
Enables safe maintenance and quick system recovery
ABB XVC768AE102 3BHB007211R0102｜PLC Power Interface Module｜
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By structuring the information in this manner, the article provides a clear and organized understanding of input channels, transducer supply, and communication implementations in distributed control systems.
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