P80B18120HXM20
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The P80B18120HXM20 AC servomotor delivers a power output of 1.2 kW, a current rating of 10.4 amps, weighs 30 kilograms, and features standard motor mounting. Part of the P8 Super BL Servo Motors series by Sanyo Denki, it is also compatible with Motoman robots for seamless integration.
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Product Description:
The P80B18120HXM20 Servo Motor designed for advanced automation and robotic applications offers excellent precision and reliability. Produced by Sanyo Denki, this model is part of a P8 Super BL Servo Motors series tailored for seamless integration with industrial automation tasks.
The P80B18120HXM20 servo motor inertia of its brake mechanism is 0.15×10⁻⁴ kg·m² which impacts how quickly the motor can accelerate or decelerate. It is allowed to give faster responses to changes in speed and position with this lower inertia. It comes with a weight of 30 kg that affects the ease of handling, installation and the overall system weight, which can impact its dynamics in an application. At a stalled position this module can handle 9.3 arms for an extended period without damaging it. It is important for understanding the motor's capability to withstand high torque demands in certain situations. With its rated power rate of 69 kW/S the motor can handle substantial loads while maintaining performance. This feature represents its power capacity in relation to its speed and torque. The induced voltage constant of this module is 18.6 mV/min⁻¹ which defines the relationship between its speed and voltage it generates. More specifically, it shows how much voltage is generated per unit of speed in the motor.
The P80B18120HXM20 servo motor has a higher efficiency and better control over motor speed in this regard because of its greater Induced Voltage Constant value. The amount of torque the brake can hold when applied that prevents it from rotating is 3.92 Nm which is important for holding the motor in position when it's not in motion. Its mounting type is standard which typically ensures compatibility with a variety of machine or robotic applications that offers flexibility in installation.
Frequently Asked Questions about P80B18120HXM20:
Q: What is the importance of the low brake inertia in the P80B18120HXM20 servo motor?
A: The low brake inertia (0.15×10⁻⁴ kg·m²) allows faster acceleration and deceleration. This improves responsiveness and accuracy in dynamic applications requiring quick speed adjustments.
Q: How does the rated power rate of 69 kW/S benefit the P80B18120HXM20 servo motor?
A: The rated power rate ensures the motor can handle substantial loads efficiently. It maintains optimal performance without compromising speed or torque, even under high-demand conditions.
Q: Why does the P80B18120HXM20 servo motor have a high induced voltage constant of 18.6 mV/min⁻¹?
A: A high induced voltage constant improves motor efficiency and control. It provides a better correlation between speed and generated voltage, optimizing motor performance in precise applications.
Q: How does the 3.92 N·m brake holding torque in the P80B18120HXM20 motor benefit its performance?
A: The brake holding torque keeps the motor stationary when required, preventing unintentional rotation. This feature is vital for holding the motor's position in stationary applications.
Q: Why is the 10.4 A current rating crucial for the P80B18120HXM20 servo motor?
A: The 10.4 A current rating allows the motor to sustain high torque loads without damage. It ensures stable operation under heavy or varying load conditions in industrial applications.
