ABB XVC517AE10 3BHB004744R0010 Technical Specifications

ABB XVC517AE10 3BHB004744R0010: Revolutionizing Automotive Technology

Introduction

The ABB XVC517AE10 3BHB004744R0010 represents a significant leap forward in automotive parts and vehicle engineering solutions. As modern cars become increasingly sophisticated, this advanced component plays a pivotal role in automotive efficiency optimization and smart vehicle applications. Engineers across the industry recognize its innovative design as a game-changer for car component design.

Furthermore, this model exemplifies how cutting-edge automotive technology can enhance performance while maintaining reliability. Its integration into modern vehicle systems demonstrates ABB’s commitment to pushing boundaries in automotive engineering. Many leading manufacturers now specify this component for its unparalleled combination of precision and durability.

Technical Specifications

Core Parameters

Model Number: XVC517AE10 3BHB004744R0010
Input Voltage: 24V DC ±10%
Operating Temperature: -25°C to +70°C
Protection Class: IP65 (dust-tight and protected against water jets)
Communication Protocol: CAN 2.0B compliant
Shock Resistance: 5g (11ms duration)
Vibration Resistance: 2g (10-500Hz)

The ABB XVC517AE10 3BHB004744R0010 specifications meet rigorous industry standards including ISO 16750 for road vehicles and IEC 60068 for environmental testing. Its robust design ensures reliable performance even in demanding automotive environments. Additionally, the component features advanced thermal management that contributes significantly to automotive efficiency optimization.

Performance Features

Real-time diagnostics capability for smart vehicle applications
Low electromagnetic interference design
Plug-and-play installation with automotive-grade connectors
500,000+ operation cycle lifespan
Fail-safe operation mode for critical systems

Industry Applications

The versatility of ABB XVC517AE10 3BHB004744R0010 makes it suitable for various automotive technology applications. Electric vehicle manufacturers particularly value its energy-efficient design. Similarly, commercial vehicle producers implement this component for its rugged reliability in long-haul operations.

Moreover, the automotive parts excels in advanced driver-assistance systems (ADAS) where precision and responsiveness are crucial. Its adoption in autonomous vehicle prototypes demonstrates future-readiness. As automotive engineering evolves, this component continues to set benchmarks for performance and integration capabilities.