R8AGSNF-TS-LD-NV-04
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The R8AGSNF-TS-LD-NV-04 servomotor is manufactured by Pacific Scientific. Part of the R Servomotors series, it features a continuous stall torque ranging from 190 to 451 lb-in and a thermal resistance between 0.30 to 0.21 °C/Watt. The motor's weight ranges from 60 to 111 lbs, ensuring versatility for various applications.
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Product Description:
Pacific Scientific manufactured the R8AGSNF-TS-LD-NV-04 as a servomotor within their R series for industrial automation requirements. Pacific Scientific stands out as a manufacturer that combines advanced engineering with reliable motion control products. The servo motor provides both strong torque capabilities and optimal heat management features.
Under load conditions, this R8AGSNF-TS-LD-NV-04 servomotor maintains a consistent performance. It provides continuous stall torque from 190 to 451 lb-in. (21 to 50 Nm). A combination of peak torque output between 710 to 1757 lb-in (80 to 198 Nm) enables this servomotor to handle high-demand applications. The continuous stall current of this servomotor measures 30 to 60 A. The current at the peak torque operates between 209 to 418 A. The R8AGSNF-TS-LD-NV-04 servomotor demonstrates its suitable response to changing loads when measured through current ratings. The torque constant (line-line) ranges from 6.7 to 17.7 lb-in./A (0.76 to 2.0 Nm/A) which contributes to smooth torque delivery. The motor’s voltage constant operates between 79 to 210 V/Krpm (0.76 to 2.0 V/rad/sec) for exact speed control (line-line). The motor operates at a stable current flow due to its inductance measurement of 3.2 to 7.4 mH. From a cold state to a hot state, the motor exhibits line-line resistance values. It ranges between 0.26 and 0.46 Ohms and 0.39 to 0.69 Ohms respectively while sustaining performance stability.
The thermal efficiency of R8AGSNF-TS-LD-NV-04 servomotor benefits from a thermal resistance between 0.30 and 0.21 °C/Watt. Its thermal time constant ranges between 40 to 63 minutes. This ensures heat dissipation during continuous operations. The motor operates with inertia between 0.039 to 0.095 lb-in.-sec² (4.4 to 10.7 kgm² × 10⁻³) that allows it to react swiftly. The torque characteristics of the motor include 0.96 to 2.2 lb-in./Krpm viscous damping coefficient (0.11 to 0.25 Nm/Krpm). It also features 2.5 to 6.3 lb-in. static friction (0.28 to 0.70 Nm) which provides smooth motor operation.
Frequently Asked Questions about R8AGSNF-TS-LD-NV-04:
Q: What is the R8AGSNF-TS-LD-NV-04's voltage constant for?
A: The voltage constant of 79 to 210 V/Krpm for the R8AGSNF-TS-LD-NV-04 servomotor ensures precise speed control. It helps maintain consistent motor speed under variable loads.
Q: How does static friction benefit the R8AGSNF-TS-LD-NV-04?
A: Static friction in the R8AGSNF-TS-LD-NV-04, ranging from 2.5 to 6.3 lb-in., ensures smoother startup and minimal jerk. This improves the reliability and performance of the motor.
Q: Why does the R8AGSNF-TS-LD-NV-04 feature viscous damping?
A: The R8AGSNF-TS-LD-NV-04's viscous damping coefficient of 0.96 to 2.2 lb-in./Krpm helps smooth out motor vibrations. This feature enhances stability and reduces wear during operation.
Q: Why is thermal time constant important for R8AGSNF-TS-LD-NV-04?
A: The thermal time constant of 40 to 63 minutes in the R8AGSNF-TS-LD-NV-04 allows for effective heat management. It prevents overheating, sustaining motor performance under continuous use.
Q: What does motor inductance affect in R8AGSNF-TS-LD-NV-04?
A: Inductance values between 3.2 to 7.4 mH in the R8AGSNF-TS-LD-NV-04 servomotor optimize electromagnetic performance. This reduces electrical noise and enhances response time.
