8DI450.DB0227200-1 B & R Automation
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The B & R Automation 8DI450.DB0227200-1 is part of the 8DI ACOPOS Motors series and features a rated nominal speed of 2200 rpm with a keyed shaft end. It uses EnDat 2.2 encoder technology with multi-turn functional safety and supports 4096 distinguishable revolutions. The motor operates with inductive principle, offers two 24VDC outputs, and can withstand axial forces up to 2300 N.
Internal Product Review
The 8DI450.DB0227200-1 is a B & R Automation 8DI ACOPOS motor built for accurate, stable motion control. EnDat 2.2 feedback and ±65″ precision support dependable positioning in demanding automation axes. A rated nominal speed of 2200 rpm makes this motor a strong choice for high-performance servo applications.
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Product Description:
The 8DI450.DB0227200-1 is an ACOPOS servo motor produced by B&R Automation for the 8DI ACOPOS Motors series. It integrates drive electronics, feedback, and mechanical output into a single module that mounts directly on a machine axis, reducing panel space in distributed automation. Designed for precise speed and torque control, the unit links to the machine network over POWERLINK and supports safety-rated feedback so that packaging, printing, or assembly lines can execute coordinated motion profiles with minimal latency.
Its encoder delivers 4096 distinguishable multi-turn revolutions through EnDat 2.2 technology, and that resolution works with an inductive operating principle to satisfy positioning tasks that demand ±65″ accuracy. A keyed shaft transmits up to 2300 N of permissible axial force without extra thrust bearings while sustaining a rated nominal speed of 2200 rpm. To simplify auxiliary wiring, the housing carries an extra POWERLINK node and two galvanically isolated 24 V DC outputs, with the outputs available as 2 outputs for brake release, sensor power, or valve actuation. The encoder uses a multi-turn functional safety design, and there is no holding brake or oil seal, allowing the compact module size code 4 and length code 5 to fit tight installations.
Version control is identified as configuration 1. Hardwired safety technology is implemented through two trigger inputs, and each channel is presented as 2 inputs to receive enable or STO signals, while mechanical integrity is verified against a maximum shock load of ≤2,000 m/s². During continuous service, the assembly tolerates composite vibration levels of ≤200 m/s² / ≤600 m/s², which align with its no-special-shaft construction. A single additional POWERLINK connection provides daisy-chain topology so modules can be lined up without separate switches.