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Essential details
Voltage | 240V | Frequency | 50/60Hz |
Input power | 50W | Rated speed | 1200RPM |
Drawing
AC Induction Motor 110V-240V Use In Floor Fan Or Stable Fan
Warranty:3years
Place of Origin:Guangdong, China
Brand Name:GO-GOLD
Model Number:KG-8016-1
Type:Induction Motor
Frequency:50/60Hz
Protect Feature:Drip-proof
AC Voltage:110-240V
Efficiency:IE 2, 30-40%
Product Name:Fan motor
Rated Power:48W
Speed:1200-1300RPM
Voltage:110-240V
Keywords:Fan motor
Brand:GO-GOLD
Motor type:KG-8016-1
Usage:Fan,kitchen,appliances,floor fan
Phase:Single-phase
Powerful AC induction motors have gradually developed into standard
motor design types, characterized by high efficiency and attractive
prices.
The National Electrical Manufacturers Association (NEMA) has
developed a specification for NEMA A A, B, C, and D motor types,
which standardizes typical motor characteristics such as starting
current, slip, and torque points to adapt to various load
applications.
The following is an outline of NEMA motor types:
Type A: Conventional starting torque (usually 150-170% of rated),
corresponding to high starting current. The ultimate torque is the
highest among all NEMA types. Able to handle heavy loads in a short
period of time. The slip is less than or equal to 5%. A typical
application is the motor of injection molding machinery.
Type B: It is the motor with the most types among AC induction
motors. Its starting torque is similar to that of Type A, but
sometimes even lower, providing a lower starting current. However,
in industrial applications, it locks the rotor torque and still
allows for starting the load. The slip is less than or equal to 5%.
The motor efficiency and full load power factor are relatively
high. Typical applications include pumps, fans, and machine tools.
Type C: Provides high starting torque (higher than Type A and B,
typically exceeding 200% of rated). It is commonly used to drive
heavy start loads. These motors can run almost at full speed
without overload. Low starting current. The slip is less than or
equal to 5%.
Type D: Among all NEMA motor types, it is the motor that can
provide the highest starting torque. Low starting current and full
load speed. High speed difference (5-13%), the motor is suitable
for mechanical applications where there is no load change or
drastic change in the motor's operating speed, such as the energy
storage of the speed control wheel. Many types of subcategories
also include a wider range of transitions. This type of motor is
usually specially customized.
These motors have different speed torque characteristics. The
stator rotor torque (starting torque) refers to the minimum torque
generated when the rotor stops, which is the rated voltage and
frequency. Ultimate torque is the maximum torque that occurs before
a sudden decrease in motor speed, resulting in rated speed (rated
voltage and frequency). The pull-up torque is the minimum torque
that occurs when the motor's speed reaches the speed point from a
stop, at which point the ultimate torque occurs.