Low Power DC Tubular Motor , 4 N-m Electric Roller Blind Motor
Quick Detail:
Automatic roller blind motor
12V 24V DC roller blind motor
Motorized roller blind motor
Torque: 0.3 N-m ~ 4 N-m
Low power consumption
Easy installing and maintaining
High quality with competitive price
Suitable for electric roller blinds
Description of electric roller blinds motor:
- Torque ranging from 0.3 N-m to 4 N-m.
- Rated voltage: 12V DC or 24V DC.
- Solar energy is available.
- Low power consumption.
- Various tube diameters.
- Easy installing and maintaining.
- High quality with competitive price.
- Provide various electric roller blinds motors according to your application.
- OEM or ODM are accepted
Electric roller blinds use tubular electric motor as drive force to achieve sun-shading and indoor temperature reduction. Electric roller blinds motor has been time proven over the years and can be widely used in public buildings such as low building, villa, school, convention center and museum.
When you are looking for electric roller blinds motor or have any questions about our products, please feel free to contact us and we will reply as soon as possible.
Specifications of electric roller blinds motor:
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Hot sale |
Product type |
Model |
Rated torque |
Instruction |
|
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Built-in lithium battery |
DM25LE DM16LE |
0.3 N-m~1.5 N-m |
No need for wiring and can be used for one year after charging |
|
** |
Powered by battery or solar panel |
DM25DS,DM25CE, DM16CE |
0.3 N-m~1.5 N-m |
The solar energy supply the power without wiring, which can reduce your cost and save energy. |
|
** |
Built-in transformer 100V-240V |
DM25TE,DM16TE |
0.3 N-m~1.5 N-m |
No need connect to DC power supply, applicable for wide voltage range. |
|
* |
Quiet design for DC motor, with noise level less than 40dB |
DM35CEQ, DM45CEQ |
2 N-m~4 N-m |
DC motor for roller blinds, widely used in old house renovation |
Note:
- Higher operating ranges of speed, torque and voltage for DC tubular motors are also welcome according to your application.
- To choose the suitable tubular motor for your application according to this formula below:
Torque (N-M) = Radius x load ÷ 100 = N.M required
