8MSA6M.E1-D400-1
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The 8MSA6M.E1-D400-1 synchronous motor offers a nominal output torque of 50 Nm, a maximum output torque of 125 Nm, a gear ratio of 40:1, and a high efficiency of ≥95%. Part of the 8MS Three Phase Synchronous Motors series by B & R Automation, it features an input speed up to 6000 rpm and weighs just 2.5 kilograms.
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Product Description:
This top-variant 8MSA6M.E1-D400-1 originates from B & R Automation’s famous 8MS Three Phase Synchronous Motors range which integrates advanced synchronous drive engineering. This manufacturing standard ensures consistent quality to meet stringent needs of industrial automation. A nominal output torque of 50 Nm ensures stable performance under continuous moderate loads, enhancing control precision. The maximum output torque of 125 Nm provides robust peak force support which safeguards against sudden surge. A gear ratio of 40:1 delivers effective speed reduction that maximizes torque multiplication for modern applications.
An input speed of 6000 rpm enables rapid motion coordination which supports high‑frequency cycle operations and maintains process throughput under varied industrial settings. Backlash limited to ≤8 arcmin enhances positional accuracy for reducing mechanical play and ensuring consistent repeatability across extended operational cycles. Efficiency at ≥95% minimizes energy losses which lowers operational power consumption and contributes to reduced heat generation in continuous duty applications. An input flange diameter of 70 mm facilitates straightforward mounting, thus streamlines integration into existing assemblies and reduces alignment errors during installation. An output shaft diameter of 24 mm provides compatibility with standard couplings which ensure secure power transfer and prevents further slippage.
The motor’s weight of 2.5 kg balances compactness with robust construction to simplify handling during maintenance. Part number 8MSA6M.E1-D400-1 operates at a voltage of 350 V which aligns with standard industrial power supplies to simplify drive selection. Moreover, a stall current of 11.5 A ensures reliable torque delivery during startup to prevent drive tripping under high‑load conditions. Insulation class F maintains thermal resilience up to 155°C which extends operational lifespan in high‑temperature environments. An enclosure rating of IP64 provides dust‑tight and splash‑resistant protection which maintains internal component integrity in hard environmental settings.
Frequently Asked Questions about 8MSA6M.E1-D400-1:
Q: What advantage does the nominal output torque provide for 8MSA6M.E1-D400-1?
A: The nominal output torque of 50 Nm ensures consistent mechanical drive under standard operating loads, enabling controlled motion and precise positioning without sacrificing stability.
Q: Why is the gear ratio significant in part number 8MSA6M.E1-D400-1?
A: The gear ratio of 40:1 in the module provides substantial speed reduction that amplifies torque output, improving the motor’s capacity to drive heavy machinery with high precision.
Q: How does the maximum output torque benefit 8MSA6M.E1-D400-1 motor?
A: Its maximum output torque of 125 Nm delivers the extra force required during peak torque demands. This allows the motor to handle sudden load changes without disrupting process continuity.
Q: What operational benefit does the input speed (max) offer in 8MSA6M.E1-D400-1?
A: The motor’s input speed limit of 6000 RPM supports rapid spindle turnovers and facilitates high‑speed operations. This also sustains throughput in fast‑cycle automation tasks.
Q: How does backlash control improve performance in 8MSA6M.E1-D400-1 module?
A: A backlash specification of ≤8 arcmin reduces mechanical play between components, ensuring accurate return to position and minimizing cumulative positioning errors over repeated cycles.
