3BHB006713R0217 SYN5200a-Z ABB module

Brand: ABB

Product Series: SYNCHROTACT 5 Series

Model: SYN5200a-Z (Part Number: 3BHB006713R0217)

Product Type: High-Precision Automatic Synchronizing and Synchrocheck Module

3BHB006713R0217 SYN5200a-Z ABB module

Technical Parameters:

Core Function: Performs automatic, real-time monitoring and phase-matching synchronization checks between synchronous generators and the electrical power grid, or between two independent power networks before closing circuit breakers.

Parameter Sets: Provides 7 independently programmable parameter setting profiles, allowing a single module to adapt to diverse network configuration setups and varying breaker speeds.

Measuring Inputs: Connects to standard voltage transformer inputs (typically 50V to 130V AC or up to 250V AC depending on configuration) and monitors precise system frequencies (50 Hz / 60 Hz).

Measuring Accuracy: Features high-precision evaluation matrices with voltage difference tracking down to 0.1%, frequency difference matching to 0.01 Hz, and phase angle tracking within 0.5 degrees.

Voltage and Frequency Regulation: Equipped with integrated dual-channel command outputs to send corrective voltage and speed adjustment pulses to the generator excitation controller and governor systems.

Galvanic Isolation: Incorporates robust industrial electrical isolation barriers across all analog transformer inputs and output relay paths to protect the internal microprocessors from high-voltage substation switching surges.

Configuration Software Support: Fully compatible with the SYNVIEW Windows-based software tool for graphical parameter modeling, real-time wave alignment visualization, and automated commissioning logs.

Mechanical Design: Designed as a compact, ruggedized rack-mountable electronics module featuring a secure front-panel display array for localized status, slip-frequency tracking, and fault monitoring.

Industrial Sectors:

Electrical Power Generation Plants (Hydroelectric, Thermal, Gas Turbine, and Large Scale Renewable Facilities), Industrial Cogeneration Utilities, High-Voltage Electrical Substations, and Marine/Offshore Power Systems.

Application Scenarios:

1. Automated Generator Power Grid Paralleling: Installed within the central control panel of utility synchronous generators to monitor line synchronization parameters, ensuring safe, transient-free breaker closure during automatic power-up sequences.

2. Bus-Tie Substation Coupling: Deployed inside medium and high-voltage grid substations to supervise bus-tie circuit breakers, preventing out-of-phase connection failures when connecting two separate transmission lines or substation buses.

3. Islanded Industrial Grid Re-Synchronization: Utilized inside large industrial facilities (such as steel mills or chemical complexes) that operate their own power plants to safely re-couple the localized grid back to the public utility network following an islanding event.

4. Emergency Backup Power Integration: Integrated within the control networks of critical backup generation blocks (such as in large data centers or marine propulsion networks) to orchestrate rapid, touchless phase synchronization when transitioning loads between main and auxiliary power feeds.