Medical Equipment Motor 24W 2600RPM For Automatic Lifting Bed Go Gold
Essential Details
Warranty: 3 Years
Model Number: KG-7598DC24
Rated Voltage: 24V
Rated Speed: 2600RPM
Output Power: 24W
Continuous Current: Customizable
Place of Origin: Guangdong, China
Type: DC Motor
Application: Automatic Lifting Bed
Rated Torque: 6000N
Performance Specification
| Continuous Current | 2.5A | Output Power | 25W |
| Rated Voltage | 24V | Torque | 6000N |
Lead Time
| Quantity(pieces) | 1-1000 | 1001-10000 | >10000 |
| Lead time (days) | 15 | 30 | To be negotiated |
Drawings
Motor Picture
Motor Application
Differences Between AC and DC Motors
The simple explanation of the difference between the two types is that DC motors run on direct current (DC) power supply and AC motors on alternating current (AC) power supply. In a DC power supply, the positive and negative polarities remain fixed. In an AC power supply, in contrast, the polarities cycle between positive and negative with a fixed cycle time. While both types of power supply can be used to rotate a motor, their differences influence the motor’s power, speed, and ease of control.
The Benefits of DC Motor
1. Steady rotation characteristics with respect to voltage
Control of DC motors is easier because of their simple design, which comes about because the current from a DC power supply always flows in the same direction. As a result, the motors benefit from steady rotation characteristics while still being able to respond sensitively to changes in supply voltage. As the polarities of an AC power supply cycle between positive and negative, using one to drive a DC motor would only result in its vibrating backwards and forwards.
2. Ability to use portable power supplies
The familiar dry-cell battery is one example of a direct-current power supply that could be used to drive a DC motor. A slightly larger example would be the batteries used in cars. This ability to use portable power supplies is one of the advantages of DC motors.
Even more familiar perhaps are the conventional electricity wall sockets that provide an AC power supply. Most home appliances run on this AC mains power. Put another way, AC motors are not suitable for use in daily life in those situations where no mains power supply is available.
3. Low cost
Some DC motors can be driven by a single dry-cell battery providing only 1.5V. Being able to operate at such low voltages and with simple control hardware allows for a low cost.In contrast, AC motors operate by plugging into the mains power supply. That is, they operate at voltages of 100V or more. The control equipment required for steady drive operation is also more complex, meaning they are not as easy as DC motors to incorporate at low cost.
4. Ease of miniaturization
The vibration functions of mobile phones are one example use of DC motors. DC motors also drive the electric fans in laptop computers. Small DC motors less than 1 cm in length are already found in a wide range of familiar products.
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