P60B18350HBV20
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The P60B18350HBV20 is a flange-type servo motor with a 3.5 kW rated output and continuous duty rating. Manufactured by Sanyo Denki and part of the P6 Super BL Servo Motors series, it operates on an AC 200 V supply voltage and features IP40 protection. Its dielectric strength is 1,500 VAC for 1 minute, with insulation classified as F type.
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Product Description:
The P60B18350HBV20 is identified as a servo motor produced by a well-known manufacturer Sanyo Denki. The company offers various innovation electrical and electronics products for industrial automation sector. The servo motor is designed to generate 3.5 kW of output power and it can rotate at the base speed of 2000 rpm. Under high loading conditions, the maximum speed it can achieve is 3000 rpm.
The P60B18350HBV20 servo motor functions by using a rated armature current level of 26.4 A. The servo motor delivers 17 Nm as its rated torque. This servo motor can produce a lasting standstill torque of 22 Nm. The specification for the brake holding torque on this motor is set at 32 Nm. The motor uses permanent magnets as its excitation system. This feature ensures the efficient operation of this servo motor. The electric time constant for this motor measures 19 ms. This Servo motor possesses a vibration grade of V15. A cooling fan is present in the P60B18350HBV20 servo motor. A self-cooling approach operates to preserve the temperature at its ideal range. The phase armature resistance level of this motor amounts to 0.048 Ω. The rotor inertia value (INC) appears in both ABS-RII and RIII configurations with the same measured value of 34.1× 10-4 kgm2. The motor operates with great precision because of these design features.
A brake system included with this P60B18350HBV20 servo motor operates under 90 V of excitation voltage. The total weight of the brake unit equals 5 kg. The motor achieves better safety and control through its designed brake system. The induced voltage constant is 26 mV/min-1. The motor can generate efficient voltage output during each minute of operational time according to this specific parameter. The design establishes storage temperature parameters between -20℃ and 65℃. This motor can operate effectively in these conditions.
Frequently Asked Questions about P60B18350HBV20:
Q: Why does the P60B18350HBV20 use permanent magnets instead of wound excitation?
A: The use of permanent magnets in P60B18350HBV20 improves energy efficiency and simplifies the motor design. It eliminates the need for external excitation circuitry.
Q: How does the low phase armature resistance benefit the P60B18350HBV20 servo motor?
A: A low resistance of 0.048 ohm reduces heat generation and power losses. This improves the motor's overall efficiency and operational stability under load.
Q: Why is the 90 V excitation voltage used in the P60B18350HBV20 brake system?
A: The 90 V excitation voltage offers rapid brake actuation. This contributes to quick stopping capabilities and enhanced safety during emergency halts.
Q: What role does the 19 ms electric time constant play in the P60B18350HBV20's performance?
A: The 19 ms electric time constant ensures rapid current response. It allows the P60B18350HBV20 to handle dynamic load changes with precision.
Q: What advantage does ABS-RII and RIII configuration provide in rotor inertia for the P60B18350HBV20?
A: The consistent inertia value across ABS-RII and RIII enhances compatibility. It ensures reliable torque response and mechanical balance.
