R24GENA-R1-NS-NV-01
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The R24GENA-R1-NS-NV-01 servomotor offers a rated speed of 150 RPM, an output torque of 40 Nm, and a gear ratio of 36:1. Part of the R Servomotors series by Pacific Scientific, it features IP54 enclosure protection and a durable aluminum alloy housing, ensuring reliability and efficiency in operation.
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Product Description:
Pacific Scientific produces the R24GENA-R1-NS-NV-01 R Servomotor. These motors are designed to meet exacting industrial motion control needs. The unit belongs to the R24 motor series and uses a G winding code for optimized operation. The motor includes a frameless resolver as the primary feedback system. It is a transmitter-type resolver in a size 15 configuration. This feedback design supports reliable and accurate motor control.
The R24GENA-R1-NS-NV-01 R Servomotor does not include shaft sealing which helps reduce mechanical complexity. The R Servomotors deliver a continuous stall torque of 1.04 Nm for consistent performance. It can reach up to 11.3 Nm in peak torque output during brief overload conditions. The motor inertia is 0.018 x 10^-3 kgm^2 which guarantees quick response and stable control. The static friction is rated at 0.035 Nm which helps reduce resistance at startup. The viscous damping coefficient of 0.0079 Nm/Krpm enables smoother speed transitions. The motor has a thermal resistance of 1.14 C/Watt which supports efficient heat dissipation. The thermal time constant is 17 minutes for stable thermal behavior under varying loads. The weight of the unit is 1.5 Kg which supports flexible mounting and integration. The torque constant is 0.62 Nm/A and the voltage constant is 0.62 V/rad/sec for consistent electrical-to-mechanical energy conversion.
The R24GENA-R1-NS-NV-01 R Servomotor has a continuous stall current that is rated at 1.8 A for long-term operation without overheating. The motor draws 39 A to deliver peak torque during high-demand cycles. The electrical resistance across the line-line is 22 Ohms and the inductance is 26 mH. These electrical properties support stable motor function and performance. The R24GENA-R1-NS-NV-01 provides precise and dependable control for manufacturing systems.
Frequently Asked Questions about R24GENA-R1-NS-NV-01:
Q: Why is the G winding code used in the R24GENA-R1-NS-NV-01 R Servomotor?
A: The G winding code improves magnetic balance and thermal efficiency, optimizing torque performance during prolonged operation.
Q: How does the size 15 resolver benefit this motor?
A: The resolver enhances positional accuracy and feedback resolution, crucial for high-precision servo applications in automated environments.
Q: Why is a frameless resolver chosen over an encoder in this motor?
A: The frameless resolver offers better durability and consistent performance in harsh conditions, eliminating calibration needs found with encoders.
Q: How does 0.018 x 10⁻³ kgm² rotor inertia impact motor responsiveness?
A: The low rotor inertia results in quicker start-stop cycles and tighter motion control, making it ideal for dynamic load applications.
Q: Why does the R24GENA-R1-NS-NV-01 R Servomotor exclude shaft sealing?
A: The exclusion of shaft sealing reduces internal resistance and moving part friction, leading to smoother rotation and lower maintenance.
