Dual Battery Charging Station for Shure SB900A Rechargeable Batteries
The Shure SBC200 Dual Docking Charger is a professional-grade dual docking recharging station designed to charge Shure SB900A lithium-ion batteries, either inside or outside compatible transmitters. Ideal for touring professionals, rental houses, and fixed installations, the SBC200 delivers reliable, efficient charging in a compact, scalable design.
This dual charger supports daisy-chaining up to four SBC200 units using a single PS60 power supply (power supply not included with this model variation), making it an efficient solution for multi-channel wireless systems. Clear LED battery status indicators provide at-a-glance charging information, helping reduce downtime and ensure your wireless gear is always performance-ready.
Compatible with select Shure handheld and bodypack transmitters, including P9RA, P10R, ULXD1, and ULXD2, the SBC200 is a versatile charging solution for professional wireless environments.
SHURE SBC200 Key Features
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Charges up to two SB900A batteries simultaneously
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Charge batteries in or out of compatible transmitters
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Expandable system: connect up to four SBC200 units with one PS60 power supply
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LED battery status indicators for quick monitoring
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Compact, professional docking design
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Compatible with Shure handheld and bodypack transmitters
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Ideal for touring, broadcast, and installed sound systems
Included Components
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SBC200 Dual Docking Charger
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PS60 Power Supply (not included with this model variation)
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8 × Screws for attaching additional units
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Allen Wrench (hex key)
Ideal Applications
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Touring and rental sound systems
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Broadcast and AV installations
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Houses of worship
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Corporate events and live productions
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Multi-channel wireless microphone setups
Why Choose the Shure SBC200?
The Shure SBC200 Dual Docking Charger offers a scalable, professional charging solution for Shure wireless systems. Its ability to charge batteries inside or outside transmitters, combined with expandable power sharing, makes it a smart choice for demanding audio environments where uptime and reliability are critical.
