8EI2X2MWTS0.0600-1 by B & R Automation

The 8EI2X2MWTS0.0600-1 is a servo drive module produced by B&R Automation within the 8EI Servo Drives series. Designed for the ACOPOS P3 platform, the drive converts motion commands into controlled currents for up to three servo motors. In automated cells, it handles positioning, velocity, and torque loops so that assembly heads, conveyors, or robotic joints respond accurately to instructions from the main PLC. Because these control functions are grouped in one unit, the module suits machines that combine synchronized indexing, conveying, and pick-and-place motion in a shared control cabinet. Its compact layout also helps applications where several coordinated axes must fit within limited enclosure space.

The module is a 3-axis module. Each axis delivers 2.2 Aeff of continuous current, letting servomotors hold rated torque without overheating during steady operation. The power section accepts either a 3x 200-230 VAC three-phase supply or a 1x 110-230 VAC single-phase input. The housing is prepared for wall mounting, and the rear heat sink aligns with control-cabinet rails for straightforward installation. This arrangement supports orderly cable routing and helps the unit fit narrow electrical enclosures. Connector Set 1 is included in a single-row format to keep the connection area compact.

Functional features are integrated rather than added through separate hardware. The safety layer uses SafeMOTION, and axis feedback through a digital encoder supports speed, position, and stop monitoring without extra modules. An internal braking resistor dissipates regenerated energy during deceleration, so routine braking events do not require an external brake chopper. The supplied front cover shields live terminals and maintains touch-safe protection after installation. Integrated safety, feedback, and braking functions also reduce the number of separate devices needed inside the cabinet. This keeps the drive layout cleaner while preserving the core motion and protection functions in a single module.