The B&R 8LSA56.E0045D200-0 is a high-performance synchronous servo motor from B&R Automation’s 8LSA series, engineered to deliver precision torque control, reduced operating load, and seamless integration into modern industrial automation architectures. Designed for demanding production environments, this motor enables manufacturers to maximize equipment utilization, minimize idle energy draw, and achieve tighter control over motion sequences — all while reducing total cost of ownership through predictive maintenance readiness and a 12-month warranty assurance.
Product Specification Table
| Parameter |
Specification |
| SKU / Model |
8LSA56.E0045D200-0 |
| Series |
B&R 8LSA |
| Motor Type |
Synchronous Servo Motor |
| Rated Speed |
4,500 rpm |
| Drive Compatibility |
ACOPOS / ACOPOS P3 / ACOPOSmulti |
| Feedback System |
EnDat 2.2 / Resolver (series-dependent) |
| Efficiency Class |
IE4 Equivalent (Synchronous PM) |
| Application Environment |
Packaging, Assembly, CNC, Conveyor, Robotics |
| Value |
Permanent magnet design eliminates rotor copper losses; regenerative braking energy recovery via ACOPOS drives |
| Protection Rating |
IP65 (shaft end IP54) |
| Warranty |
12-Month Warranty — Tested before shipment |
System Compatibility and Application
The 8LSA56.E0045D200-0 is purpose-built to operate within B&R’s integrated drive-and-control ecosystem. When paired with the ACOPOS P3 servo drive, the motor benefits from real-time current vector control that eliminates unnecessary reactive power draw — a key contributor to unplanned downtime in conventional induction motor systems. The ACOPOS P3’s DC bus sharing capability allows braking energy from deceleration cycles to be redistributed to other axes rather than dissipated as heat, directly reducing net operating load across multi-axis machine configurations.
For applications requiring coordinated multi-axis motion, the 8LSA56.E0045D200-0 integrates natively with the ACOPOSmulti drive system, enabling synchronized motion profiles that reduce mechanical stress and eliminate energy-wasting overshoot. Communication is handled via POWERLINK, B&R’s deterministic Ethernet protocol, which ensures cycle-accurate command delivery from the X20 PLC or APC910 industrial PC controller — eliminating the latency-induced inefficiencies common in non-deterministic fieldbus systems.
On the sensing and monitoring side, the motor’s EnDat 2.2 encoder provides high-resolution position feedback that enables the controller to execute energy-optimal motion trajectories. When combined with B&R’s X20 power measurement modules, plant engineers gain real-time visibility into per-axis operating load, enabling data-driven decisions about duty cycle optimization and load balancing across production shifts.
For human-machine interaction and energy dashboard visualization, the Power Panel T50 or Power Panel C80 HMI can display live energy KPIs, motor load curves, and alarm states — giving operators immediate feedback on efficiency deviations without requiring separate SCADA infrastructure. I/O expansion via X20 digital and analog I/O modules allows the system to interface with external sensors, safety relays, and process instruments, completing a closed-loop maintenance planning architecture from field device to control layer.
Maintenance and Replacement Notes
In high-throughput packaging lines, the 8LSA56.E0045D200-0 replaces legacy induction motors with a solution that draws power proportional to actual load demand. During low-load intervals — such as product gap periods on a conveyor — the ACOPOS drive reduces motor excitation current automatically, cutting standby operating load without sacrificing positioning accuracy or response time when the next product arrives.
In assembly and press applications, the motor’s high peak torque-to-inertia ratio allows faster acceleration and deceleration ramps, shortening cycle times and improving overall equipment effectiveness (OEE). Shorter cycles mean fewer operating hours per production target, which supports steadier operation and lower maintenance risk during production. Combined with B&R’s mapp Motion software framework, engineers can simulate and optimize motion profiles before deployment, identifying operational-efficiency opportunities at the design stage rather than after commissioning.
Predictive maintenance is another dimension of maintenance planning. The 8LSA56.E0045D200-0’s encoder data, when processed through B&R’s mapp Cockpit condition monitoring tools, enables early detection of bearing wear, winding temperature trends, and load anomalies. Addressing these issues proactively prevents the unplanned downtime associated with degraded motor efficiency and avoids unplanned downtime — which carries both direct energy costs (restart surges, scrap rework) and indirect costs (lost throughput).
All units are tested prior to shipment and backed by a 12-month warranty, ensuring that the energy efficiency performance delivered in the factory matches what is specified. In-stock availability supports rapid deployment for both new machine builds and replacement of failed units in existing lines, minimizing production interruption and the associated energy and productivity losses.
Product Sourcing FAQ
Q1: How much energy can the 8LSA56.E0045D200-0 save compared to a standard induction motor?
Synchronous permanent magnet servo motors like the 8LSA series eliminate rotor copper losses present in induction motors, typically achieving Actual operating results depend on the installed system, load profile, and commissioning parameters. When combined with ACOPOS regenerative drive technology, additional savings of 5–15% are achievable through braking energy recovery, depending on the duty cycle.
Q2: Is the 8LSA56.E0045D200-0 compatible with existing B&R ACOPOS drive systems?
Yes. The 8LSA56.E0045D200-0 is designed for native compatibility with the ACOPOS, ACOPOS P3, and ACOPOSmulti servo drive families. Motor parameters are stored in the EnDat encoder memory and automatically read by the drive during commissioning, eliminating manual parameter entry and reducing setup errors.
Q3: What is the recommended replacement procedure for an existing servo motor on a live production line?
We recommend verifying the mechanical interface (flange size, shaft diameter, keyway), encoder type, and cable connector variant before ordering. Our technical team can assist with cross-referencing the existing motor’s nameplate data to confirm a direct replacement. All replacement units are tested and shipped with a test report, and the 12-month warranty begins from the date of delivery.
Q4: What does the 12-month warranty cover, and what is the testing process?
Every 8LSA56.E0045D200-0 unit undergoes functional testing including insulation resistance verification, encoder signal integrity check, and no-load run test prior to shipment. The 12-month warranty covers manufacturing defects and premature failure under normal operating conditions. Warranty claims are supported with replacement or repair, subject to inspection of the returned unit.
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