33VM62-009-4
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The Pacific Scientific 33VM62-009-4 Low Inertia PMDC Servo Motor operates at 24V DC with a torque constant of 5.7 oz-in/Amp and a terminal resistance of 0.85 ohms. Its low rotor inertia of 0.0047 oz-in-sec² ensures quick acceleration. It is ideal for high-speed precision motion control applications.
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Product Description:
The 33VM62-009-4 is a Low Inertia Permanent Magnet DC (PMDC) Servo Motor. It operates at 24 V DC and is designed for precision motion control applications. This motor is manufactured with industrial grade materials. It ensures durability, efficiency and stable performance in demanding environments.
This Pacific Scientific 33VM62-009-4 servo motor delivers a rated current of 6.4 A with a torque constant of 5.7 oz-in/Amp. It has a terminal resistance of 0.85 ohms that optimizes power efficiency. The rotor inertia is 0.0047 oz-in-sec² to ensure quick acceleration and deceleration. This motor housing is metal with an aluminum casing for enhanced structural strength. Its stainless steel shaft is designed with a cylindrical shape and a center hole for secure coupling. The front mounting plate is circular and features multiple screw holes for flexible installation. The rear section of this servo motor integrates an incremental optical encoder and a multi wire electrical connector. This motor operates on the principle of electromagnetic interactions between the stator and rotor winding. When DC flows through the armature, it generates a magnetic field that interacts with the stator's magnetic field, producing torque and rotation. The low inertia design of this motor is achieved by minimizing the rotor's mass which is essential for high performance applications.
This Pacific Scientific 33VM62-009-4 servo motor’s brushed DC system ensures reliable operation with minimal maintenance. Its compact, rugged industrial frame is built for high precision applications. The rear mounted encoder enables accurate position feedback. The multi wire connector features color coded wiring for easy integration. The combination of durable construction, precise feedback and low inertia makes this Low Inertia PMDC Servo motor suitable for high speed positioning systems.
Frequently Asked Questions about 33VM62-009-4:
Q: What is the rated current of the Pacific Scientific 33VM62-009-4 servo motor and how does it impact performance?
A: The Pacific Scientific 33VM62-009-4 servo motor has a rated current of 6.4 A. This high current rating ensures stable operation under heavy load and enhances overall motor performance in precision control systems.
Q: How does the low rotor inertia of the 33VM62-009-4 servo motor affect its speed and acceleration?
A: The low rotor inertia of 0.0047 oz-in-sec² allows the motor to achieve rapid acceleration and deceleration. This feature is crucial for high-speed applications requiring precise and quick response times.
Q: What are the benefits of the terminal resistance of the Pacific Scientific 33VM62-009-4 servo motor?
A: With a terminal resistance of 0.85 ohms, the 33VM62-009-4 servo motor optimizes power efficiency. This low resistance helps minimize energy loss and ensures better overall performance in energy-sensitive applications.
Q: What is the role of the incremental optical encoder in the 33VM62-009-4 servo motor?
A: The incremental optical encoder in the 33VM62-009-4 provides accurate position feedback. This enables precise control of the motor’s position, improving the reliability of high-speed positioning systems.
Q: How does the construction of the Pacific Scientific 33VM62-009-4 motor contribute to its durability?
A: The Pacific Scientific 33VM62-009-4 servo motor features a metal housing with an aluminum casing for enhanced structural strength. This rugged construction ensures durability and stable performance even in demanding industrial environments.
