3N63-100-2
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The 3N63-100-2 motor is a low inertia PMDC servomotor with a rated speed of 3730 RPM, a rated torque of 0.61 Nm, a rated power output of 237 Watts, and weighs 1.36 kilograms. Part of the Low Inertia PMDC Servomotors series by Pacific Scientific, it features a rated current of 12.2 A for reliable performance.
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Product Description:
Pacific Scientific's 3N63-100-2 low inertia motor is a member of the Low Inertia PMDC Servomotors series. The motor has a low-inertia rotor, and medium torque constant winding makes it stand out. Applications necessitating precision control and consistent velocity are suitable.
The motor's rated current is 1.9 A(rms), and its rated voltage is 30 VDC. Its 1.59 Ohm thermal resistance makes it ideal for continuous use, since it dissipates heat efficiently. The motor's torque output per ampere is defined by its torque constant, which is 7.9 oz-in/A. Rapid acceleration and deceleration are supported by the rotor's inertia of 0.00061 oz-in-sec². An incremental encoder is built into the 3N63-100-2 low inertia motor, allowing for extremely quick positional feedback. The motor is shielded from dust and low-pressure water by an IP65 housing. It is possible to get a high torque density while still maintaining a small motor design when neodymium magnets are utilized. The class H insulation guarantees safe thermal functioning. Medium torque applications requiring fast response and low electrical time constants are the intended users of this winding. The encoder keeps a constant signal output even while it is functioning at fast speeds. This is done in order to make the system more responsive and reliable.
The operating temperature range for the 3N63-100-2 low inertia motor is 0 to 40 degrees Celsius. This motor can be installed up to a maximum height of 1000 meters above sea level. When silicone vapors are present near PMDC motors, brushes wear out quickly. To ensure that the PMDC motor is functioning properly, avoid using silicone vapors. The 3N63 low-inertia motor is equipped with characteristics that are designed to fulfill the needs of industrial automation.
Frequently Asked Questions about 3N63-100-2:
Q: Why does the 3N63-100-2 motor have a rated voltage of 30 VDC?
A: The 3N63-100-2 motor's 30 VDC rated voltage ensures optimized performance and energy efficiency in applications requiring moderate power consumption while maintaining consistent speed control.
Q: Does the PMDC motor 3N63-100-2 have an incremental encoder?
A: Yes, the PMDC motor 3N63-100-2 features an incremental encoder for ultra-fast positioning and accurate feedback. This enhances speed regulation and system stability during high-speed operations.
Q: How does the rotor inertia of 0.00061 oz-in-sec² benefit the PMDC motor 3N63-100-2?
A: The rotor inertia of 0.00061 oz-in-sec² allows the motor to achieve quick acceleration and deceleration. It ensures the motor responds swiftly to control commands in fast-paced applications.
Q: Do the thermal resistance of 1.59 Ohms and the insulation class H improve the PMDC motor’s durability?
A: Yes, the thermal resistance of 1.59 Ohms helps to prevent overheating. Class H insulation ensures the motor can handle higher temperatures, increasing its lifespan and reliability in continuous use.
Q: Why is the torque constant 7.9 oz-in/A important in the 3N63-100-2 motor?
A: The 7.9 oz-in/A torque constant in the 3N63-100-2 ensures that the motor provides a consistent and efficient torque output per unit of current. It optimizes motor performance for various applications.
