P60B18450RBVT2E
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The Sanyo Denki P60B18450RBVT2E, part of the P6 Super BL Servo Motors series, boasts a rated output of approximately 1.8 kW. It has a nominal rated rotating speed of 3000 rpm, a rated torque of 9 N·m, and a continuous stall torque of 10.8 N·m. The motor's phase armature resistance is approximately 0.30 Ω.
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Product Description:
The servo motor is manufactured by Sanyo Denki. It is designed to meet the industrial system requirements. This servo motor ensures it operates efficiently and consistently to generate power. It is ideal for devices requiring consistent rotation and substantial torque.
This P60B18450RBVT2E Servo Motor refers to the BL servo motor family. It is rated at 1.8 kW. With 9 N·m of torque it is capable of handling typical motion control tasks. This motor's maximum speed is 4500 rpm. The motor operates at a continuous spinning speed of 3000 rpm. The device enables accurate torque control through its torque constant rating of 0.85 N·m/Arms. The motor generates 27 N·m as maximum stall torque for heavy loads but the continuous stall torque reaches 10.8 N·m. The motor system holds a rated current measurement of 14 arms. The motor operates under instantaneous stall armature currents up to 42.7 Arms. This product can withstand up to 15.7 Arms of continuous stall armature current. The device delivers an 83 kW/S power rate in its immediate state. The motor outputs 30 mV per minute of induced voltage constant. The mechanical time of this servo motor is constant around 0.85 ms. The time constant for electricity is around 10.5 ms. These fast responses times improve motion accuracy.
The Sanyo Denki P60B18450RBVT2E Servo Motor combines power and performance in control systems. The phase armature resistance is configured to 0.30 ohms to optimize electricity efficiency. It ensures quick response and excellent load adaptation. This servo motor's design ensures long-term performance. Its specifications are suitable for extremely complex motion systems. It reduces the amount of energy used in high-speed automation activities. It keeps system stable with precise torque management and a large stall capacity.
Frequently Asked Questions about P60B18450RBVT2E:
Q: What role does the 0.30-ohm phase armature resistance play in the P60B18450RBVT2E motor's efficiency?
A: The low armature resistance minimizes energy losses due to heat during operation. This improves overall efficiency and enables better thermal management.
Q: Why is a torque constant of 0.85 N·m/Arms important in the P60B18450RBVT2E Servo Motor?
A: It allows precise torque output in response to current input, essential for closed-loop control systems. This improves motion smoothness and responsiveness.
Q: Why is the P60B18450RBVT2E rated with a power rate of 83 kW/S?
A: This high power rate indicates the motor can deliver bursts of power quickly. It is crucial for systems that demand rapid start-stop cycles.
Q: Why is induced voltage constant (30 mV/min) relevant for the P60B18450RBVT2E Servo Motor?
A: It defines the voltage generated per unit of speed, helping fine-tune feedback control systems. This enhances precision in position and speed sensing.
Q: How does the P60B18450RBVT2E's design contribute to long-term performance in automation systems?
A: The motor’s optimized resistance, torque management, and thermal characteristics reduce wear. This increases lifespan and lowers maintenance frequency.
