ABB XV C724 BE102 3BHE009017R0102 Level Short Circuit Detection Board
ABB XV C724 BE102 3BHE009017R0102 Level Short Circuit Detection Board
0.0
Points
Brand:ABB PLC Item No.:XV C724 BE102 Product Origin:Sweden (SE) Product Dimensions:240 x 130 x 30 mm Product Weight:0.05 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The ABB XV C724 BE102 Level Short Circuit Detection Board plays a critical role in safeguarding industrial power electronics systems. By providing fast and reliable detection of abnormal electrical conditions, it supports system protection strategies, enhances equipment safety, and helps maintain stable operation in demanding industrial applications.
Technical Specifications
Item
Description
Product Type
Level Short Circuit Detection Board
Primary Function
Short-circuit and abnormal level detection
System Compatibility
ABB power electronics and control systems
Installation Method
Internal mounting
Dimensions (H × W × D)
240 × 130 × 30 mm
Weight
0.05 kg
Recommended Related Models
Model
Module Type
Primary Function
ABB XV C724 BE101
Printed Circuit Board
Internal signal processing
ABB UNS0119A-P
Control Board
System control coordination
ABB UNS0118A
Control Board
Signal management
ABB UA D215 A106
Signal Input Board
Converter signal acquisition
ABB UA D215 A105
Signal Output Board
Output signal handling
ABB UNS0868B-P
Power Supply Module
System power distribution
ABB CP451
CPU Module
Core control processing
ABB A143
Analog Input Module
Analog signal acquisition
ABB A151
Digital Input Module
Discrete signal monitoring
ABB A161
Digital Output Module
Field device control
Popular Related Models
Model
Module Type
Typical Application
ABB XV C724 BE102
Detection Board
Short-circuit protection
ABB XV C724 BE101
Printed Circuit Board
Internal signal handling
ABB UNS0119A-P
Control Board
Converter and drive control
ABB UNS0118A
Control Board
Control signal coordination
ABB UA D215 A106
Signal Input Board
Signal monitoring
ABB UA D215 A105
Signal Output Board
Actuation and output control
ABB UNS0868B-P
Power Supply Module
Control system power supply
ABB CP451
CPU Module
Central control processing
ABB A143
Analog Input Module
Process signal acquisition
ABB A151
Digital Input Module
Discrete input handling
Applications
The ABB XV C724 BE102 Level Short Circuit Detection Board is engineered for protection and monitoring tasks within industrial power electronics and converter systems. It is commonly applied in drive cabinets, excitation systems, and high-power converter assemblies where early detection of short circuits is critical. By continuously monitoring signal levels, the board helps prevent equipment damage, supports fast fault isolation, and contributes to safer operation in power generation, heavy industry, and automated process environments.
Advantages
This detection board delivers fast and reliable short-circuit recognition, helping protect sensitive electronic components and power stages. Its compact design allows easy integration into existing ABB system architectures without increasing cabinet complexity. Designed for long-term industrial use, the XV C724 BE102 improves system safety, reduces unplanned downtime, and enhances overall operational confidence in high-risk electrical environments.
FAQs
1. What is the main function of the XV C724 BE102 board?
It detects abnormal signal levels and short-circuit conditions within power electronics systems.
2. How quickly can the board respond to a short-circuit event?
It is designed for rapid detection, enabling timely protective actions by the control system.
3. Does the board directly interrupt power during a fault?
No, it provides detection and signaling; protective actions are handled by the control or protection system.
4. Can it operate continuously without performance degradation?
Yes, it is built for continuous monitoring in industrial environments.
5. Is this board suitable for high-power converter applications?
Yes, it is specifically designed to support protection functions in high-power electronic systems.
6. How does it help reduce equipment damage?
By identifying short-circuit conditions early, it allows the system to react before severe damage occurs.
7. Does the board require software configuration?
No direct software configuration is required; it operates as a hardware-based protection component.
8. Can it be integrated into redundant system architectures?
Yes, it can be used within redundant designs depending on the overall system structure.
9. How is fault information transmitted to the control system?
Fault status signals are passed internally to the system’s control or monitoring boards.
10. Is it sensitive to electrical noise in industrial environments?
The board is designed with noise-resistant circuitry to ensure stable and accurate detection.
