| Rated Voltage | 5V DC CONSTANT |
| Starting Voltage | ≤4.0V |
| No Load Speed | 59±15% r/min |
| Temperature Range | -10℃～+65℃ |
| Direction of Rotation | CCW |
| No Load Current | ≤ 55 mA |
| Starting Torque | ≥300g.cm |
| Humidity Range | 30%～90% |
Do not store in places with high temperatures, low temperatures, high humidity, or erosive gases. Especially for long-term storage, pay close attention to this matter. Arrange to limit the storage period to 6 months or less, under normal temperature and humidity conditions.
If the motor output shaft is locked or the motor is continuously overloaded while conducting electricity, excessive heat may be generated, leading to motor parts burning. Therefore, adding protection devices such as fuses or other protection circuits is necessary.
Static electricity may be generated by friction between the pulley and the belt. When the belt discharges accumulated electrostatic charges, electrical noise may be generated in the motor. This could cause motor, semiconductor, or circuit failure in the device.
If the pulley is mounted with screws, do not use screws that are too large, as they may cause rotational imbalance. During pulley mounting, ensure that adhesive glue does not flow into the pulley and metal, and avoid applying abnormal stress to the motor.
When the side pressure on the motor shaft is low, clearance noise between the motor shaft and bearing may occur. In such cases, please confirm the characteristics in the actual set or unit applications.
If the mounting screw length exceeds our recommendation, the motor may fail. Please use suitable screws to mount the motor, judging dimensions in the construction. Ensure good flatness matching between the chassis and the motor. If the screw tightening surface is not flat, the motor may become jammed.
The soldering process between the motor and printed circuit board must be completed within 3 seconds.