R32GSBC-R2-NS-VS-02
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The Pacific Scientific R32GSBC-R2-NS-VS-02 motor is part of the R Servomotors series, offering a continuous stall torque of 14 lb-in. The motor weighs 5.5 lbs, has a thermal resistance of 0.93°C/W, and a stall current of 3.6A. It delivers a peak torque of 66 lb-in, with a voltage constant of 52 V/Krpm.
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Product Description:
The Pacific Scientific R32GSBC-R2-NS-VS-02 stands as an industrial automation brushless servo motor with specific capabilities. This motor supplies lasting 14 lb-in stall torque capability. It also produces a peak torque of up to 66 lb-in for dependable mechanical control operations.
A R32GSBC-R2-NS-VS-02 servo motor servo motor design achieves high stability as well as operational efficiency. The 0.93 °C/Watt thermal resistance enables this device to remove heat effectively so it sustains stable operation. The 20-minute thermal time constant ensures lasting motor operation which avoids overheating state. The limits on static friction set to 0.23 lb-in minimize energy waste when the system starts. The servo motor operates efficiently through its low-rating viscous damping coefficient of 0.04 lb-in./Krpm. The motor displays a line-to-line resistance range between 7.3 Ohms at cold temperatures and 10.9 Ohms at hot temperatures. The R32GSBC-R2-NS-VS-02 servo motor also features an inductance value of 23 mH. Power conversion remains efficient at steady operation because the motor supports a torque constant of 4.4 lb-in./A. It also has a voltage constant of 52 V/Krpm. The motor has a constant stall current setting at 3.6 A. This servomotor can consume 32 A at peak torque. The electric and thermal characteristics of the motor achieve steady performance levels in motion control applications.
Frictionless position and speed control capabilities are fundamental features of the R32GSBC-R2-NS-VS-02 servo motor. This is because the motor utilizes advanced electromagnetic engineering principles. The motor achieves fast acceleration speeds and precise control of velocity through its low inertia value of 0.00045 lb-in-sec2. The product incorporates a premium design incorporating rotor and stator elements that optimize performance by reducing operational waste. The compact design along with its weight of 5.5 lbs enables this motor to suit installations with limited space availability.
Frequently Asked Questions about R32GSBC-R2-NS-VS-02:
Q: Why does R8AGSNF-TS-LD-NV-04 have high inductance?
A: The R8AGSNF-TS-LD-NV-04 features inductance levels of 3.2 to 7.4 mH to ensure stable and efficient current flow, enhancing overall motor control.
Q: What is the peak current of R8AGSNF-TS-LD-NV-04?
A: The R8AGSNF-TS-LD-NV-04 servomotor has a peak current range from 209 to 418 A. This high current capability supports its robust torque output.
Q: How does static friction benefit R8AGSNF-TS-LD-NV-04 operation?
A: Static friction levels of 0.28 to 0.70 Nm in the R8AGSNF-TS-LD-NV-04 help in minimizing startup resistance, facilitating smoother transitions during operations.
Q: What does the thermal time constant indicate in R8AGSNF-TS-LD-NV-04?
A: The thermal time constant of 40 to 63 minutes in the R8AGSNF-TS-LD-NV-04 servomotor indicates its ability to maintain performance stability under thermal stress.
Q: What role does viscous damping play in R8AGSNF-TS-LD-NV-04?
A: Viscous damping in the R8AGSNF-TS-LD-NV-04, ranging from 0.11 to 0.25 Nm/Krpm, aids in stabilizing the motor's response to speed changes, enhancing control accuracy.
