V730B-412EL7 Sanyo Denki
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The V730B-412EL7 is a lightweight servo motor weighing 2.5 kg, delivering a rated output of 300 W. Manufactured by Sanyo Denki and part of their Super DC Servo Motors series, it operates at a rated armature voltage of 75 V. It features an impressive instantaneous maximum torque of 9.8 N·m.
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Product Description:
Thia top-variant V730B-412EL7, developed by Sanyo Denki provides a rated output of 300 W, making it suitable for mid-level industrial applications. Its rated armature voltage of 75 V conforms to standard DC supplies, streamlining system integration. This DC servomotor offers a rated torque of 1.18 N·m, allowing a reliable force for steady-state operation.
With a continuous stall torque of 1.43 Nm, it withstands extended stall periods without overheating. Moreover, it can deliver up to 9.8 N·m of instantaneous torque and manages high peak-load demands effectively. The stall armature current is rated at 5.5 A, maintaining current within safe operating limits during stalling. A peak armature current of 40 ampere enables the device to handle short bursts of high torque. Its 5.2 A rated armature current supports continuous torque production in line with its performance design. Operating at 2500 min⁻¹, this rated speed combines with conventional spindle or conveyor system requirements.
Capable of reaching a top speed of 4000 min⁻¹, the drive supports fast-paced motion cycles. A friction torque of just 0.05 N·m supports to reduce energy loss from internal resistance. The rated power rate of 5.1 kW/s equips the system with fast acceleration potential, thus enhancing control responsiveness. Its peak angular acceleration of 24 rad/s² ensures quick reaction in dynamic settings. Having a torque constant of 0.239 Nm/A, the module provides linear torque behavior in response to current, simplifying closed-loop control adjustments. Weighing 2.5 kg, it balances manageable mass with effective inertia for performance. According to manufacturer data, a thermal resistance of 1.8 K/W supports heat dissipation under uniform load. Its listed peak efficiency of 89% at 200 W guarantees optimized power usage during typical operations.