8MSA5L.E2-D200-1
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The 8MSA5L.E2-D200-1 motor features a 200mm frame size and a solid, keyed output shaft with IP65 protection. Manufactured by B & R Automation within their 8MS Three Phase Synchronous Motors line, it offers up to 97% efficiency. With backlash precision under 3 arcmin, it ensures optimal performance.
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Product Description:
Engineered for reliable motion control the 8MSA5L.E2-D200-1 motor has a self cooling design that maintains thermal stability during continuous industrial operation. It is manufactured by B & R Automation as a member of the 8MS 3-Phase Synchronous Motor series.
The 8MSA5L.E2-D200-1 motor steady state torque is definitely 11 Newton meters in order to move with assurance in heavy load usage. It has a power capacity of 3.46 kilowatts of constant supply of the mechanical energy. The motor has a rated current of 7.3 amperes and this ensures that under usual application the motor is stable and reliable. It is an inductive EnDat single turn encoder with 32 lines so it utilizes highly accurate feedback on shaft position. The 8MSA5L.E2-D200-1 motor thermal regulation and protection are provided through an integrated thermal time constant of 51 minutes. Its stator offers 1.55 ohms resistance that aids efficient heat absorption when a long duty cycle is required. The motor also comes with a mounting flange classification of From A to fit standardized installation on a wide array of frames in the system. It also maintains a six pole which improves synchronous speed. The auxiliary load installed is 24 watts which results in a low load on connecting control systems.
The 8MSA5L.E2-D200-1 motor activation is 50 milliseconds which guarantees start up stability. Its long powerhouse fits the high torque internal design in the large body length without extra housing capacity. The stalled torque is 13.5 Newton meters which ensures continuity of operation in case of short term load stalls. Its moment of inertia without the brake is 7.3 kilogram centimeters squared which gives a stable rate of acceleration and deceleration. The unit runs on 24 VDC installed power used in control circuits and actuators.
Frequently Asked Questions about 8MSA5L.E2-D200-1:
Q: Why is the six-pole configuration important in the 8MSA5L.E2-D200-1 motor?
A: It allows for higher synchronous speeds, improving motor responsiveness in precision-driven automation systems.
Q: What’s the purpose of the 24 W auxiliary load in 8MSA5L.E2-D200-1?
A: It reduces strain on control systems and enhances performance consistency in high-speed industrial applications.
Q: How does the Form A mounting flange benefit the 8MSA5L.E2-D200-1 motor?
A: It allows standardized integration across various machine frames, simplifying retrofit and new installations.
Q: Why is a thermal time constant of 51 minutes important in 8MSA5L.E2-D200-1?
A: It indicates excellent heat dissipation over time, preventing thermal overload during extended operations.
Q: What benefit does the 1.55-ohm stator resistance provide in the 8MSA5L.E2-D200-1 motor?
A: It contributes to efficient thermal regulation during high-duty cycles by distributing heat evenly.
