4N63-000-2
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The 4N63-000-2 servomotor offers a rated speed of 3250 rpm, a continuous stall torque of 0.544 Nm, a rated power output of 168 W, and weighs just 2.2 kilograms. Part of the Low Inertia PMDC Servomotors series by Pacific Scientific, it boasts a torque constant of 0.090 Nm/A with a thermal resistance of 1.81 °C/W.
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Product Description:
Pacific Scientific is renowned for its expertise in designing and manufacturing advanced products including DC servo motors. The company offers innovative solutions across industries focusing on efficiency, precision and reliability.
The 4N63-000-2 DC Servo Motor is designed for optimal performance. It is an ideal choice for demanding applications requiring quick and accurate positioning. It is equipped with an ultra fast positioning performance feature that ensures quick response times and enhances overall system efficiency. The motor operates at a rated voltage of 36 V that is suitable for a range of systems where moderate voltage input is required. The servo motor offers a balanced performance and delivers consistent torque for various applications with a medium torque constant winding. Its rated current is 6.7 A that ensures continuous operation under standard load conditions. The servo motor is designed to operate within a specific temperature range. The motor should not be exposed to temperatures below 0 °C. This may cause mechanical and electrical components to malfunction. Similarly, operating the motor above + 40 °C can lead to overheating and compromising its overall functionality. Exceeding these temperature boundaries can negatively impact the motor's performance, longevity and reliability. Ensuring the motor stays within this specified temperature range is critical for optimal performance and durability.
This 4N63-000-2 DC servo motor also benefits from forced air cooling which ensures stable operation during continuous use. This cooling is essential for maintaining optimal temperatures, preventing overheating and enhancing the motor's longevity. The use of Neodymium magnet material contributes to the motor's compact design and improved efficiency. These characteristics make this low inertia brushless DC motor a reliable choice for precise control systems and robotics.
Frequently Asked Questions about 4N63-000-2:
Q: How does the 4N63-000-2 DC Servo Motor perform in demanding applications?
A: The 4N63-000-2 DC Servo Motor is designed for fast and accurate positioning. It delivers ultra-fast response times that enhance system efficiency, especially in applications requiring precision and quick adjustments.
Q: What temperature range is recommended for optimal performance of the 4N63-000-2 DC Servo Motor?
A: The motor operates best within 0°C to 40°C. Exceeding this range can cause overheating or malfunction, negatively impacting the motor’s performance, longevity, and reliability.
Q: How does forced air cooling affect the 4N63-000-2 DC Servo Motor’s performance?
A: The 4N63-000-2 DC Servo Motor uses forced air cooling to maintain optimal temperature levels. This cooling system prevents overheating, ensuring stable operation during continuous use and enhancing the motor’s longevity.
Q: Can the 4N63-000-2 DC Servo Motor integrate well with control systems in robotics?
A: Yes, the 4N63-000-2’s low inertia and compact design make it ideal for robotics and precise control systems. Its Neodymium magnets improve efficiency, making it a reliable choice for such applications.
Q: What impact does the rated current have on the 4N63-000-2 DC Servo Motor’s continuous operation?
A: The 6.7 A rated current ensures continuous operation under standard load conditions. This rating provides stability, allowing the motor to handle moderate loads efficiently without compromising performance or longevity.
