R65GMNA-TS-LG-NV-00
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The Pacific Scientific R65GMNA-TS-LG-NV-00, part of the R Servomotors series, features a shaft mounting type with a 6 mm diameter and an aluminum housing. It has a resolution of 1024 PPR, operates at a supply voltage of 5V DC, and boasts an IP65 protection rating. Its operating temperature spans from -20 degrees C to +85 degrees C.
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Product Description:
The R65GMNA-TS-LG-NV-00 servo motor produced by Pacific Scientific is specifically designed to provide precise motion control. With its reliable performance and efficient power transmission, it is well-suited for a variety of industrial automation applications.
The R65GMNA-TS-LG-NV-00 servo motor thermal time constant is 36 minutes to make sure that the temperature stays stable while it is running. By virtue of its high torque constant of 1.12 Nm/A, it generates substantial mechanical power per unit of electrical input. Over long periods of operation, the thermal resistance of 0.42 degrees C/W guarantees minimal temperature increase, thereby preserving efficiency. The motor can manage challenging workloads due to its peak torque of 45 Nm and continuous stall torque of 13 Nm. Under strain, the motor's static friction is restricted to 0.26 Nm, which facilitates more fluid movement. With an inertia of 1.24 kgm^2, it guarantees precise motion control. With a constant voltage of 1.12 V/Krpm, the motor can deliver consistent performance at a variety of velocities. The viscous suspension coefficient of 0.075 Nm/Krpm is responsible for the reduction of vibrations during operation. For the final time, the continuous delay current is specified at 13.1 A.
The R65GMNA-TS-LG-NV-00 servo motor is great for steady use in cold temperatures because it has high torque constants and resistance values. The top current of 82 A makes sure that power is always sent, even when there is a lot of load. That the motor can handle both steady and changing loads well is shown by its continuous stall torque and current values. Viscosity damping factors make things more stable by stopping oscillations. Its static friction and peak torque make it possible to precisely handle a wide range of mechanical systems.
Frequently Asked Questions about R65GMNA-TS-LG-NV-00:
Q: How does the peak torque affect the R65GMNA-TS-LG-NV-00's performance?
A: With a peak torque of 45 Nm, the motor delivers high mechanical power for dynamic, high-load conditions. It supports demanding applications.
Q: Why does the R65GMNA-TS-LG-NV-00 have a voltage constant of 1.12 V/Krpm?
A: The voltage constant of 1.12 V/Krpm ensures efficient speed regulation. It helps maintain precise performance over a wide range of speeds.
Q: How does the R65GMNA-TS-LG-NV-00 handle stall conditions?
A: With a continuous stall torque of 13 Nm and a continuous stall current of 13.1 A, the motor can operate under full load without damage.
Q: Why does the R65GMNA-TS-LG-NV-00 feature a viscous damping coefficient of 0.075 Nm/Krpm?
A: This damping coefficient reduces mechanical vibrations during high-speed operation, improving stability and overall system performance.
Q: Do static friction values impact the performance of R65GMNA-TS-LG-NV-00?
A: With a static friction of 0.26 Nm, the motor ensures smoother operation, reducing energy loss and improving control at low speeds.
