4VM82-000-6
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The 4VM82-000-6 is a lightweight servomotor, weighing approximately 0.8 kg and featuring a continuous duty cycle. Manufactured by Pacific Scientific as part of their Low Inertia PMDC Servomotors series, it offers a rated speed of approximately 4500 RPM under load. The motor boasts IP65 protection and 0.5 Nm stall torque.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 4VM82-000-6 Low Inertia PMDC Servomotor is manufactured by Pacific Scientific>> for continuous operation. Pacific Scientific offers efficient and effective motion control products for use in industrial automation. It provides stable motion output with optimized electrical efficiency. The servomotor works at a rated voltage of 30V and a rated current of 7.4A (RMS).
The 4VM82-000-6 low inertia PMDC servomotor is made for controlled motion performance. The lightweight construction of approximately 0.8 kg makes installation and handling easy. It has a flange mounting (face-mount design) for secure positioning. The rotor inertia of 0.001 oz-in-sec allows rapid acceleration and deceleration. The motor is designed with a low terminal resistance of 0.80 ohm to minimize electrical losses. The continuous-duty cycle offers sustained operation without performance loss. It has a torque constant of 9.9 oz-in/amp which provides smooth and constant torque generation. The servomotor can support a wide storage temperature range from -20°C to 70°C which allows accurate performance under changing conditions. This Pacific Scientific low inertia PMDC servomotor offers efficient power management with optimized current draw. The 30V-rated voltage offers conformity with a different range of power sources. The low inertia rotor increases speed response while maintaining stability. The torque-to-current ratio provides accurate force delivery for demanding industrial applications. The electrical resistance is specifically designed to reduce power dissipation.
The 4VM82-000-6 low inertia PMDC servomotor is a stable motion control solution. Its technical specifications support stable, continuous and efficient operation. The electrical and mechanical properties offer optimal motion control. Its construction provides longevity, ease of use and constant torque output. The continuous-duty operation supports long-term performance without compromising performance. The servomotor delivers efficient performance without unnecessary power loss. The low inertia design contributes to precise and controlled movement.
Frequently Asked Questions about 4VM82-000-6:
Q: How does the 4VM82-000-6 servomotor manage power efficiently?
A: The 4VM82-000-6 servomotor features a low terminal resistance of 0.80 ohms, reducing electrical losses and ensuring efficient energy consumption. This minimizes power dissipation for smoother performance.
Q: How does the torque constant of 9.9 oz-in/amp benefit the 4VM82-000-6 servomotor?
A: The torque constant of 9.9 oz-in/amp in the 4VM82-000-6 allows for consistent torque output, ensuring smooth and precise motion for demanding industrial tasks and applications.
Q: Why is the 4VM82-000-6 servomotor rated for continuous-duty operation?
A: The 4VM82-000-6 is designed for continuous-duty operation, meaning it can run without performance degradation over time. This makes it ideal for long-term industrial applications where stability is crucial.
Q: How does the storage temperature range of -20°C to 70°C impact the 4VM82-000-6 servomotor?
A: The wide storage temperature range of the 4VM82-000-6 ensures reliable performance even in extreme environments. This feature provides adaptability and stable operation across varying temperatures.
Q: How does the 4VM82-000-6 servomotor’s lightweight construction impact its performance?
A: The 4VM82-000-6’s lightweight construction of 0.8 kg makes installation and handling easier. Its reduced mass allows faster dynamic response and improves the overall performance of the motor in rapid applications.
