ABB SYNCHROTACT5 3BHB006713R0217 Industrial Control Module

ABB SYNCHROTACT5 3BHB006713R0217 – Automatic Synchronizer and Synchrocheck for Safe Generator-to-Grid Closing

The ABB SYNCHROTACT5 3BHB006713R0217 is designed to handle automatic synchronization and synchrocheck for generators, tie-breakers, and bus couplers. It helps close breakers at the right moment—matching voltage, frequency, and phase angle—so parallel operation happens safely and quickly. From my experience, it’s a solid fit for retrofit switchgear projects and new builds where dependable, standards-based synchronizing is a must.

Key Features

• Automatic synchronizing – Matches voltage, frequency, and phase angle, then issues the close command with breaker time compensation.
• Synchrocheck supervision – Independent permissive check to prevent out-of-sync closing in abnormal conditions.
• Dead-bus and live-bus logic – Detects bus status and selects the appropriate strategy; typically reduces operator intervention.
• Configurable limits – Set slip, angle, voltage, and frequency windows to meet plant standards and grid codes.
• Binary I/O for interlocks – Integrates cleanly with existing switchgear signals (ready, breaker status, permissives, alarms).
• Event logs and test functions – You might notice that commissioning goes smoother with clear indication and repeatable test routines.
• Rugged 24 VDC control supply – In many cases this aligns with common substation and plant control power schemes.

Technical Specifications

Application Fields

This model is typically used in power generation and industrial power systems where fast, repeatable synchronizing is essential:

• Power plants: hydro, thermal, gas, and combined-cycle units synchronizing to the grid.
• Industrial cogeneration and CHP plants synchronizing multiple generator sets.
• Data centers and hospitals with paralleling switchgear for reliability and load sharing.
• Process plants with bus-coupler or tie-breaker synchronization between sections.
• Marine and offshore systems where precise genset paralleling is expected.

Advantages & Value

• Reliability – Proven SYNCHROTACT platform; in many cases, it reduces mis-closing risk and mechanical stress on breakers.
• Compatibility – Works with standard VT/PT sensing and dry-contact interlocks; easy to fit into mixed-vendor switchgear.
• Commissioning efficiency – One thing I appreciate is the clear indication and test modes that speed up FAT/SAT.
• Total cost – Fewer nuisance trips and shorter synchronization time typically translate into lower O&M costs.
• Support & spares – Documentation and parameter sets are straightforward; spare modules are easy to keep on hand.

Installation & Maintenance

• Cabinet & environment – Mount in a clean, dry, ventilated control cabinet. Keep ambient within the stated operating range and allow space for wiring access.
• Power & grounding – Use a stable 24 VDC control supply with proper fusing. Bond protective earth and maintain clean signal reference for VT wiring.
• Signal wiring – Route VT leads separately from high-current cables; shield and twist where practical. Verify correct VT ratios and polarity.
• Interlocks – Map digital inputs/outputs to your breaker permissives, ready signals, and alarms. Test close inhibition and out-of-sync blocking.
• Commissioning – Set voltage, frequency, slip, and angle limits; measure breaker closing time and apply compensation. Use the built-in test to simulate sync windows.
• Routine maintenance – Periodically check terminals, clean dust, verify time stamps/logs, and re-validate parameters after protection setting changes. Firmware updates may apply depending on the variant.

Quality & Certifications

• CE-marked; RoHS-compliant components in most configurations.
• Designed in line with utility/protection standards (IEC 60255 class devices, series-dependent).
• UL/CSA availability may depend on the exact ordering code; confirm at RFQ stage.
• Manufacturer warranty as per ABB policy (typically 12 months); extended service options available.