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FANUC Series 16 A16B-2203-0695

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A16B-2203-0695

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The A16B-2203-0695 from FANUC is a dual-axis servo designed for use within the Series 16 framework. This component operates between 200 to 230 VAC and is intended for use with the 20/20 dual-axis amplifier module.

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Technical specifications for A16B-2203-0695

ManufacturerFANUC
Product TypeDual-axis servo
Product LineSeries 16
Part NumberA16B-2203-0695
Intended amplifier size20/20 dual-axis module
Axes supported2 axes
Voltage class200–230 VAC
Host generations6114 & 6117 modules
CNC link (via host)Fiber-optic FSSB
MountingInternal board-to-board
CoolingShared forced-air path
Typical motor rangeαi “20/20” tier motors
ConnectorsMulti-pin industrial connectors
Role inside modulePower/control interconnect
Replacement approachSwapped with full amp
Backward/forward fitFits both frame gens
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Within the FANUC Series 16, the A16B-2203-0695 serves as a dual-axis servo that connects seamlessly with compatible amplifiers. It requires a voltage class of 200 to 230 VAC and is perfectly matched to the 20/20 dual-axis module. The module facilitates control and power connection through multi-pin industrial connectors, making it integral to its operation.

The design supports up to two axes, enhancing its capability for precision tasks. It works effectively with older host generations, namely the 6114 and 6117 modules, ensuring flexibility in applications. This dual-axis servo communicates through a fiber-optic FSSB link, contributing to reliable signal transmission.

The module features an internal mounting system using a board-to-board configuration, optimizing space and integration within machinery. It also includes a shared forced-air cooling method to maintain operational efficiency under load. For typical motor applications, it pairs with αi “20/20” tier motors, ensuring compatibility and performance alignment.

A replacement strategy allows this servo to be swapped with a complete amplifier while maintaining backward and forward compatibility across different frame generations. This thoughtful engineering allows for ease of maintenance and upgrades in various setups.