Introduction
The ABB SYN 5201a-Z, V211 (3BHB006714R0211) Synchronization Device is part of the ABB SYNCHROTACT 5 series, designed for precise synchronization and paralleling control of generators and electrical power systems. It is used in industrial and utility environments where controlled connection between power sources is required to maintain stable system operation.
This device supports synchronization supervision by continuously evaluating key electrical parameters such as voltage, frequency, and phase angle difference. It is commonly used in power generation plants and industrial energy systems for safe and coordinated grid connection operations.
Technical Specifications
| Item | Description |
|---|
| Product Type | Synchronization / Paralleling Device |
| Model | SYN 5201a-Z, V211 |
| Part Number | 3BHB006714R0211 |
| Series | ABB SYNCHROTACT 5 |
| Function | Generator and grid synchronization control |
| Application | Power system paralleling and monitoring |
| Voltage Monitoring | AC system dependent |
| Frequency Range | Industrial standard (50/60 Hz systems) |
| Phase Control | Voltage, frequency, phase angle comparison |
| System Integration | ABB excitation and control systems |
| Installation Type | Control cabinet / rack-mounted module |
Applications
The ABB SYN 5201a-Z synchronization device is widely used in:
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Power generation plants (thermal, hydro, gas)
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Industrial generator paralleling systems
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Utility grid connection and distribution systems
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Offshore and marine power installations
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Industrial backup power synchronization systems
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Large-scale energy infrastructure and substations
It is designed for systems that require controlled synchronization before electrical connection between power sources.
Technical FAQs
1. What is the main function of this device?
It manages synchronization between generators and electrical grids.
2. What systems is it used with?
It is commonly used in ABB SYNCHROTACT 5 synchronization systems.
3. What parameters does it monitor?
Voltage, frequency, and phase angle conditions.
4. Is it used in power plants?
Yes, it is widely used in industrial and utility power generation systems.
5. Does it support automatic synchronization?
Yes, it supports automated synchronization logic.
6. Where is it installed?
Inside control cabinets or generator control panels.
7. Is it suitable for renewable energy systems?
Yes, it can be integrated into hybrid energy systems.
8. Does it require configuration software?
Yes, configuration is done through ABB engineering tools.
9. What is its role in system safety?
It ensures synchronization conditions are verified before connection.
10. Is it designed for continuous operation?
Yes, it is built for long-term industrial use.
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