Shopping Cart

The 49TYD-500 Synchronous 5 RPM AC Motor you're referring to is another type of AC synchronous motor with specific characteristics. Here's a breakdown of its key specifications and potential applications:

Key Specifications:

1. Voltage Rating:

   • AC 220/240V: The motor operates on 220V to 240V AC. This is a common voltage range used in residential and industrial applications in regions with 50Hz or 60Hz power supply frequencies, such as in Europe, Asia, and some parts of Africa.

2. Speed:

   • 5 RPM: The motor operates at a very low speed of 5 revolutions per minute (RPM), which is typically used in applications where slow, consistent rotation is required.

3. Frequency:

   • This motor is designed for AC power and will operate depending on the frequency (typically 50Hz or 60Hz). The speed (5 RPM) indicates that the motor is likely designed with a specific number of poles to achieve this low speed at the given supply frequency.

4. Type:

   • Synchronous Motor: Like other synchronous motors, this motor runs at a constant speed (5 RPM in this case) and is synchronized with the frequency of the AC supply. The rotor speed of a synchronous motor does not vary with load, making it ideal for precision applications.

How Synchronous Motors Work:

• Synchronous motors run at a fixed speed determined by the supply frequency and the number of poles in the motor. Since the motor’s rotor is magnetically locked to the stator's rotating magnetic field, it does not slip like an induction motor.

• For a synchronous motor to run at 5 RPM, it typically means it is designed with a specific number of poles and is designed to operate at either 50Hz or 60Hz. For example:

  • At 50Hz, a 24-pole synchronous motor would rotate at 5 RPM (since 50Hz × 60 seconds / 24 poles = 5 RPM).
  • At 60Hz, a 24-pole synchronous motor would also rotate at 5 RPM (since 60Hz × 60 seconds / 24 poles = 5 RPM).

Applications for the 49TYD-500 Synchronous Motor:

Due to the very low speed of 5 RPM, this motor would be suitable for applications where slow, precise, and constant speed operation is essential. Some possible uses include:

1. Timekeeping: Used in clocks or other time-keeping devices where very slow and consistent rotational motion is required. These motors can drive the

2. hands of clocks or other slow-turning instruments.

3. Positioning Systems: In mechanical positioning systems where a device needs to rotate slowly and steadily over time. For example, used in actuators, or in applications requiring very fine movements.

4. Rotating Displays or Dials: This motor could be used for applications such as rotating displays, advertisement boards, or dials in which items need to rotate slowly for visual or functional purposes.

5. Industrial Equipment: Some industrial machinery requires slow, steady movement of parts (such as in mixers, small conveyors, or as part of a more extensive machine).

6. Small Fans or Blowers: It can be used in systems where a fan or blower needs to operate at a very low, controlled speed.

7. Surveying Instruments: Used in equipment such as surveying instruments that require a very precise rotational speed over a long period of time.

Advantages of Synchronous Motors (like the 49TYD-500):

• Constant Speed: Once synchronized, synchronous motors maintain a constant speed regardless of load, which is ideal for applications requiring precision.
• Efficiency: They are typically more efficient than induction motors in certain applications, especially under constant load.
• Precise Control: The rotor’s magnetic field is synchronized with the stator's field, which allows for precise control over speed and position.

Conclusion:

The 49TYD-500 Synchronous 5 RPM AC Motor is well-suited for applications that require slow, continuous, and precise rotation. The motor’s synchronous nature ensures that it will maintain its 5 RPM speed regardless of load, providing consistency in timing and mechanical motion.