2VM62-020-10 Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
The 2VM62-020-10 servomotor features a no-load speed of approximately 5800 rpm, rated torque of 20 mNm, an efficiency range of 75%-80%, and an overall weight of about 150 grams. Part of the Low Inertia PMDC Servomotors series by Pacific Scientific, it operates at a nominal voltage of 24 V DC.
Internal Product Review
The 2VM62-020-10 motor is an excellent choice for applications requiring precise control and reliable performance. Its compact design allows for efficient integration into smaller systems. The only drawback might be its limited torque capacity, which may not suit high-torque applications.
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Product Description:
The 2VM62-020-10 is a low-inertia Pacific Scientific motor designed for high-performance motion control applications. It is engineered to deliver rapid acceleration and deceleration, enabling high performance motion control in automated systems. The motor provides efficient power consumption while maintaining reliable performance with its 24 VDC operating voltage. It offers compatibility with typical industrial power systems, making the process of installation and integration straightforward. The motor delivers a speed of 5800 revolutions per minute under standard operating conditions. This high nominal speed makes it a good option in fast-paced motion processes, allowing for faster cycle times and increased throughput.
With a 0.75 A rated current, the 2VM62-020-10 can maintain energy-efficiency during operation, enabling sustainable performance even in applications that require continuous operation. The motor features a 3 mm shaft diameter, which offers flexibility for smaller systems and ensures that the motor can be easily integrated into compact setups, while still providing precise motion control. It can deliver a continuous torque of 20 Nm during normal operation, enabling consistent force output over extended periods. This enables the motor to operate reliably under load, effectively driving heavy components with minimal strain on the system.
The motor’s low rotor inertia enables it to respond rapidly to speed and load changes, ensuring stable performance in dynamic motion tasks. It features a robust build that is constructed to withstand the rigors of industrial automation environments. It can resist vibrations and other mechanical shocks, maintaining consistent performance in various automation settings. The motor also features robust housing to safeguard against environmental factors like liquid and solid contaminants. This provides versatility in challenging environments, allowing safe use of the motor without impacting effectiveness.
