4VM62-020-13
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The 4VM62-020-13 PMDC servomotor operates at a rated voltage of 24 V DC, delivers a rated current of 2.0 A, and features a rated speed of approximately 3000 rpm. Part of the Low Inertia PMDC Servomotors series by Pacific Scientific, it boasts an IP65-rated enclosure for protection and a flange-mounted design.
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Product Description:
Pacific Scientific designs stable and efficient motion control solutions. The 4VM62-020-13 Low Inertia PMDC Servomotor is made for challenging industrial applications. It works with a rated voltage of 30 V DC. The motor draws a rated current of 7.6 A under load. It has a low rotor inertia of approximately 0.00087 OZ.IN.SEC^2.
The <4VM62-020-13 low inertia PMDC servomotor>> comes with an 8 mm shaft diameter. The shaft design supports secure coupling with different drive components and provides conformity with standard mechanical couplings. The enclosure protection is rated at IP65. It is designed for a flange-mounted installation. This mounting structure makes it capable of secure and stable attachment. The operating temperature range is from 0°C to +40°C. It functions well when operating within this specified temperature range. The servomotor achieves an efficiency of nearly 85%. It optimizes power consumption to increase operational performance. This low inertia PMDC servomotor offers stable operation and longevity. Its specifications support high responsiveness in motion control applications. The low inertia design improves dynamic performance and control accuracy. The flange-mounted design provides a secure and easy installation process. The operating temperature range offers safe functionality in controlled environments. The efficiency rating contributes to energy savings and stable operation. The servomotor is designed to work within different voltage and current parameters.
The 4VM62-020-13 low inertia PMDC servomotor provides optimized speed and torque characteristics. The operating temperature range supports stability in changing environmental conditions. The mounting design offers ease of installation and mechanical stability. The servomotor's efficiency minimizes energy losses and increases longevity. The combination of low inertia and efficient performance supports demanding applications. Wake Industrial provides this product with a 1-year warranty and worldwide shipping.
Frequently Asked Questions about 4VM62-020-13:
Q: How does the 8 mm shaft diameter of the 4VM62-020-13 servomotor improve its integration with drive systems?
A: The 8 mm shaft diameter of the 4VM62-020-13 servomotor ensures compatibility with standard mechanical couplings, making integration with various drive systems smooth and secure.
Q: How does the rated current of 7.6 A in the 4VM62-020-13 servomotor affect its performance?
A: The rated current of 7.6 A under load ensures that the 4VM62-020-13 servomotor delivers sufficient power to meet demanding motion control tasks without causing overheating or performance drops.
Q: How does the low inertia of the 4VM62-020-13 servomotor improve dynamic performance?
A: The low inertia of the 4VM62-020-13 servomotor enables rapid acceleration and deceleration, making it ideal for high-performance applications where quick response times are critical.
Q: Why is the 4VM62-020-13 servomotor suitable for challenging industrial applications?
A: The 4VM62-020-13 servomotor’s low inertia, high efficiency, and robust design make it perfect for demanding applications requiring precise control, fast response, and reliable performance.
Q: What are the advantages of the flange-mounted installation of the 4VM62-020-13 servomotor?
A: The flange-mounted design of the 4VM62-020-13 servomotor provides secure attachment, reducing vibrations and ensuring long-term stability during continuous operation in industrial settings.
