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ABB SYN 6302 is a redundant dual-channel synchronizing system built from two SYN 6202 devices. Each channel provides automatic synchronizing and synchrocheck, and the four outputs are normally connected in series for safe operation. Use it where the engineered generator or network breaker requires redundant automatic synchronizing with independent checking. Confirm article 3BHE056302R0203, panel execution, voltage/frequency sensing, circuit-breaker command path, redundant channel wiring, bypass logic and parameter set.
SYN 6302 3BHE056302R0203 is selected from the complete manufacturer identity and receiving-system evidence. Record both channel settings and wiring, isolate sensing/command circuits, and preserve the series output and any approved bypass arrangement. Inject or simulate voltage, frequency and phase-angle conditions for both channels, then prove permissive, block, breaker-close timing and redundancy behavior.
Both SYN 6202 devices must receive the correct sensing and command signals independently.
Verify phase-angle, voltage/frequency windows, breaker operating time and series output path.
Prove permissive and blocking cases on both channels before allowing a live breaker-close command.
The system uses two complete SYN 6202 synchronizing devices, each with automatic synchronizing and synchrocheck. Their normally series-connected outputs create four independent release channels; the external breaker circuit must preserve that safety architecture.
Accurate closing depends on transformer ratios, phase sequence, frequency slip, voltage difference and breaker operating time. Validate both measurement channels with injection or simulation, then document the acceptance window and close-command timing.
Availability and lifecycle status are confirmed for the exact SYN 6302 3BHE056302R0203 article at quotation.
Moore Automated verifies the supplied condition, included items and installed-system match against the complete manufacturer identity.
The replacement must be commissioned with the checks listed in the technical sections.