R32GMP-R2-NS-NV-07
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The Pacific Scientific R32GMP-R2-NS-NV-07 is part of the R Servomotors series, featuring a standard mounting type (07). Constructed with an aluminum alloy body and nitrile rubber seals, it has a bore size of 32 mm and operates within a pressure range of 0.1 MPa to 1.0 MPa. The servomotor includes rubber bumper cushioning for efficient performance.
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Product Description:
The R32GMP-R2-NS-NV-07 Servomotor of Pacific Scientific combines precision control with robust torque output that makes it an exceptionally well servo module for motion control operations. It has a 4 pole synchronous design and a continuous stall torque of 1.7 Nm due to which it delivers reliable, accurate performance in applications that requires both dynamic movement and sustained holding force.
The R32GMP-R2-NS-NV-07 servomotor can briefly generate a rotational force of 4.40 newton-meters during demanding tasks that is useful for overcoming sudden resistance or accelerating heavy loads quickly and it uses a M-type configuration for its mechanical attachment and shaft structure. The internal structure of its stationary part has been specially engineered to eliminate "cogging," or uneven magnetic pull which makes rotation smoother and during continuous use it operates steadily at around 4000 min-1. The motor casing physical side to side dimension is measured 3 inches approx. and the segment of permanent magnets inside it aligned along the shaft axis span roughly 2 inches in length which contribute to the EM force generation. It utilizes a frameless resolver in the transmitter variant for position sensing and control that corresponds to size 21 housing that provides continuous analog signals indicating shaft angle which is important for closed loop operation and to precisely control motion.
This R32GMP-R2-NS-NV-07 servomotor shaft has no seal to block contaminants which makes it unsuitable for harsh or uncontrolled automation settings and it is able to rapidly accelerate and decelerate with its lower inertia of only .071 kgm² x10⁻³. It requires a current of 8.7 amperes root mean square to reach its maximum torque output and it relies on high performance cobalt magnets which makes it able to achieve high torque while keeping its rotor light.
Frequently Asked Questions about R32GMP-R2-NS-NV-07:
Q: How does the anti-cog stator design improve motion quality in this servomotor?
A: The anti-cog design minimizes torque ripple and ensures smoother rotation at low speeds. This enhances precision in delicate or fine-positioning applications.
Q: Why is a frameless resolver used in the R32GMP-R2-NS-NV-07 servomotor?
A: A frameless resolver provides reliable analog feedback for accurate shaft angle detection. It supports closed-loop control, ensuring stable motor behavior during variable load conditions.
Q: How does the 4-pole design affect the performance of R32GMP-R2-NS-NV-07?
A: The 4-pole configuration allows higher torque generation at lower speeds. It provides improved motion control with fewer vibrations and better synchronization with the drive signal.
Q: What advantage does the samarium cobalt magnet offer in this servo motor?
A: Samarium cobalt magnets offer high magnetic strength and thermal stability. This makes the motor suitable for high-performance environments with demanding torque requirements.
Q: Why does the R32GMP-R2-NS-NV-07 use an M-type shaft and mounting system?
A: The M-type system provides standardized mechanical compatibility with various industrial mounts. It ensures easy integration and secure alignment with mechanical assemblies.
