8MSA6X.E0-B500-1
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The B & R Automation 8MSA6X.E0-B500-1, part of the 8MS Three Phase Synchronous Motors series, is a synchronous servo motor with a frame size of 6. It features natural cooling, a rated power of 1.6 kW, and a rated speed of 3000 rpm. The motor comes with a 19 mm shaft diameter and an IP65 protection class for durability.
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Product Description:
The 8MSA6X.E0-B500-1 Three Phase Motor manufactured by B & R Automation for industrial motion systems. It is built to perform reliably in challenging electrical and industrial automation applications. This motor guarantees durability across multiple load conditions.
The 8MSA6X.E0-B500-1 motor has a thermal time constant of 70 minutes. It provides better heat management during prolonged use. The motor has an electrical time constant of 18.75 milliseconds. This helps it to maintain current stability during rapid switching cycles. It has a stator inductance rated at 3 mH. This maintains reliable magnetic field production. The stator resistance is 0.16 Ohms. This value helps to reduce energy loss during maximum load conditions. The voltage constant of this motor is 74 V per 1000 min⁻¹. The motor provides a torque constant of 1.22 Nm/A. This ensures reliable torque output during variable load changes. The synchronous motor provides a high stall torque of 29 Nm. This provides reliable torque when the motor is at rest. It has a stalled current rating of 23.69 A. The B & R Automation 8MS motor ensures safe functioning. The motor provides a peak torque capacity of 101.5 Nm. This value manages quick torque spikes without overheating the motor. The design of the motor ensures low resistance and stable energy transmission.
The 8MSA6X.E0-B500-1 synchronous motor provides reliable motion under heavy load conditions. It handles thermal cycles efficiently through a 70-minute time constant. This motor ensures industrial-grade torque, speed and resistance accuracy in challenging industrial setups. The torque constant helps the motor maintain mechanical stability. The optimized electrical structure supports motion accuracy in closed-loop drives. It reduces chances of overheating during extended period of maximum loads.
Frequently Asked Questions about 8MSA6X.E0-B500-1:
Q: How does the voltage constant of the B & R Automation 8MSA6X.E0-B500-1 affect system performance?
A: With a voltage constant of 74 V per 1000 min⁻¹, the B & R Automation 8MSA6X.E0-B500-1 ensures smooth voltage-to-speed conversion for accurate motion execution in automated systems.
Q: What makes the 8MSA6X.E0-B500-1 ideal for high-precision drives?
A: The B & R Automation 8MSA6X.E0-B500-1 has an electrical time constant of 18.75 milliseconds, providing rapid current stabilization and responsiveness in synchronized systems.
Q: Can the B & R Automation 8MSA6X.E0-B500-1 support high holding torque in idle states?
A: Yes, the B & R Automation 8MSA6X.E0-B500-1 offers a stall torque of 29 Nm, which ensures stable motor positioning and load retention during paused operation.
Q: What kind of electrical efficiency is supported by the B & R Automation 8MSA6X.E0-B500-1?
A: The B & R Automation 8MSA6X.E0-B500-1 has a stator resistance of 0.16 Ohms, reducing power loss and increasing efficiency during continuous and peak loads.
Q: How does the 8MSA6X.E0-B500-1 manage thermal performance over long duty cycles?
A: The B & R Automation 8MSA6X.E0-B500-1 uses a 70-minute thermal time constant, allowing stable operation during continuous production without overheating or thermal degradation.
