SANYO DENKI P60B13200BXSA3 servo motor

Brand:SANYO DENKI
Model:P60B13200BXSA3
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

SANYO DENKI P60B13200BXSA3 servo motor

Product manual:

SANYO DENKI P60B13200BXSA3 servo motor
Basic Parameters

Rated output power: approximately 1.5 kW

Rated torque: approximately 4.90 N · m

Maximum speed: approximately 3000 rpm

Rotor inertia: approximately 2.04 × 10 ⁻⁴ kg · m ²

Torque constant: approximately 0.83 N · m/A

Phase resistance: approximately 0.67 Ω

Series: P6 Super BL Series

Product Features

Medium power high response
Low rotor inertia, fast motor acceleration and deceleration response, suitable for industrial applications with high dynamic control requirements.

Precision control capability
The output power is 1.5 kW, and the torque constant matches the rated torque reasonably, which can achieve high-precision positioning and speed control.

high reliability
Suitable for long-term stable operation of medium power servo systems, with good resistance to vibration and high temperature.

Good system compatibility
Can be used in conjunction with SANYO DENKI P6 series servo drives to form a closed-loop control system.

Applicable scenarios

Spindle or tool axis drive of CNC machine tools

Automated production lines, handling machinery, industrial robots

Packaging, printing equipment, and high-speed assembly machinery

As the main driving component in high-precision servo systems

Usage and selection suggestions

Drivers, power supplies, cables, and encoders need to be matched with motor specifications to ensure closed-loop control accuracy.

Evaluate the load inertia and torque requirements to ensure that the motor operates within its rated operating range.

Maintain good ventilation and heat dissipation conditions to avoid excessive temperature rise that may affect lifespan.

The installation space should conform to the size of the machine base/flange to ensure compatibility with the mechanical structure of the equipment.