2VM62-000-2

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The 2VM62-000-2 is a compact servomotor weighing just 2.75 lbs with a rated voltage of 24 V. Produced by Pacific Scientific under the Low Inertia PMDC Servomotors series, it delivers a rated speed of 3475 RPM and a power output of 54 W. It boasts a torque constant of 5.3 oz-in/A and a continuous stall torque of 22 oz-in.

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Product Description:

The 2VM62-000-2 is a low inertia PMDC series servomotor manufactured by Pacific Scientific that facilitates high-speed and compact motion applications. It uses Alnico V-7 permanent magnets for reliable magnetic field strength and possess a light weight construction of 2.75 pounds for fast accelerations. This motor gets cooled using natural convection method, without any forced system.

The 2VM62-000-2 motor has a rated voltage of 24 VDC and it operates with a rated current of 5.8 A. Its nominal rotational speed is 3475 RPM and it achieves a no-load speed of 5865 RPM. The motor produces a continuous torque of 21 oz-in and its stationary torque is measured as 22 oz-in. It generates a turning effect constant of 5.3 oz-in/A and possess a back EMF of value 3.92 V/RPM to support precise velocity control in feedback systems. This 2VM62-000-2 motor utilizes 54 W of rated power and its continuous power dissipations also stands at 54 W. Its electrical time constant is 0.17 milliseconds for fast electrical responses under varying loads and it uses 265 microhenry of inductance for energy storage. The motor features a medium category rotational inertia of 0.00047 oz-in-S² and its damping factor stands at 0.5 oz-in/RPM. It offers a static friction torque of 1.8 oz-in and terminal impedance of 1.59 Ohms at 25°C.

The 2VM62-000-2 motor is presented without an integrated encoder or tachometer but supports external feedback system, if needed. Its field brushes are replaceable and it comes equipped with sealed ball bearings for long life expectancy. The 2VM62-000-2 motor has a corrosion resistant stainless-steel shaft and its body measurement is 68.6 mm (D) x 88.9 mm (L). It is available for online purchase on Wake Industrial with 1-year warranty claim.

Back Emf Constant
3.92 V/kRPM
Continuous Stall Torque
22 oz-in (0.155 Nm)
Damping factor
0.5 oz-in/RPM
No Load Speed At Rated Voltage
5865 RPM
Pulse Current (max)
22 A
Rated Current (rms)
4.5 A
Rated Power Output
54 W
Rated Speed
3475 RPM
Rated Torque
21 oz-in (0.148 Nm)
Rated Voltage
24 V
Rotor Inductance
265 μH
Rotor Inertia
0.00047 oz-in-s^2 (3.3×10^-6 kg-m^2)
Thermal Resistance
2.41 °C/W
Torque Constant Value
5.3 oz-in/A (0.037 Nm/A)
Weight
2.75 lbs (1.25 kg)
  • 2VM62 000 2
  • 2VM62-OOO-2
  • 2VM620002

Frequently Asked Questions about 2VM62-000-2:

Q: What is the significance of the low inertia design in the 2VM62-000-2?

A: The low inertia design of the 2VM62-000-2 motor helps achieve fast accelerations, improving system responsiveness and enabling rapid motion changes.

Q: Why does the 2VM62-000-2 motor use Alnico V-7 permanent magnets?

A: Alnico V-7 magnets are used in the 2VM62-000-2 for enhanced magnetic field strength, ensuring reliable performance and longevity under high-speed operations.

Q: How does the motor's electrical time constant of 0.17 milliseconds affect its performance?

A: This low electrical time constant allows the motor to provide fast response to varying loads, making it ideal for dynamic applications requiring quick adjustments.

Q: What is the advantage of the 3.92 V/RPM back EMF in the 2VM62-000-2?

A: The back EMF of 3.92 V/RPM enables precise velocity control, making it suitable for feedback systems where accurate speed regulation is necessary.

Q: How does the damping factor of 0.5 oz-in/RPM help the motor’s performance?

A: The damping factor helps reduce oscillations and vibrations during operation, improving the overall stability and accuracy of motion control in high-speed applications.


Internal Product Review

  • ‘‘The 2VM62-000-2 is a low inertia PMDC servomotor designed for high-speed motion. It features a compact design, natural convection cooling and a continuous torque of 21 oz-in. Commonly used in robotics, automation systems and precise control applications due to its fast response and reliable torque production.’’

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