Yellow Dc Gear Motor with Plastic Wheels of Toy Car

Product Description

Yellow DC Gear Motor with Plastic Wheels of Toy Car

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Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
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Model Voltage No-load Load Stall
Working Voltage Rated voltage Speed Current Speed Current Torque Power output Stall torque Current
V rpm A rpm A N.m Kg.m W N.m Kg.m A
SGP01S-A130-14150-120 3-12.0V 4.5 100 0.2 87 0.5 0.066 0.675 0.4 0.265 2.7 1.25
SGP01S-A130-18100-220 3-12.0V 3.0 50 0.2 40 0.3 0.120 1.233 0.6 0.393 4.003 2.15
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car
Yellow Dc Gear Motor with Plastic Wheels of Toy Car

Frequently Asked Questions (FAQ)

Q1: What are the primary applications of this yellow DC gear motor?

This DC gear motor equipped with plastic wheels is ideal for DIY smart toy cars, robotics projects, science educational kits, and small automated mobile platforms requiring steady traction.

Q2: What is the recommended working voltage range?

The motor operates efficiently within a wide working voltage range of 3.0V to 12.0V DC, allowing flexible power configurations depending on your projects' needs.

Q3: How do the two motor models differ in terms of performance?

Model SGP01S-A130-14150-120 has a higher no-load speed of 100 rpm at 4.5V, making it faster. In contrast, Model SGP01S-A130-18100-220 runs at 50 rpm at 3.0V but provides higher stall torque, suitable for heavier loads.

Q4: Are the plastic wheels easy to attach to the motor?

Yes, the plastic wheels feature a standard molded axle design that matches the output D-shaft of the yellow DC gear motor, ensuring a secure and simple push-fit connection without slipping.

Q5: Can these gear motors support bi-directional rotation?

Yes, these are standard DC brushed motors. Reversing the input voltage polarity at the terminals will easily change the rotation direction between clockwise and counter-clockwise.

Q6: Do these motors draw high current under load?

The no-load current is typically around 0.2A, and the load current ranges from 0.3A to 0.5A depending on the model. The stall current can reach up to 1.25A to 2.15A, so proper motor drivers are recommended for control.

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