120V AC Tubular Motor Remote Awning / Electric Induction Motor
Quick Detail:
230V 120V motorized tubular awning motor
Radio controlled tubular awning motor
Remote tubular awning motor
Torque: 3 N-m ~ 120N-m
Various tube diameters
Easy installing and maintaining
High quality with competitive price
Suitable for electric awning
Description of tubular awning electric motor:
- Various tube diameter.
- Torque ranging from 3 N-m to 120 N-m.
- Rated voltage: 120V 60HZ or 230V 50HZ.
- Continuous running time: 4min.
- Easy installing and maintaining.
- High quality with competitive price.
- Provide various tubular awning electric motors according to your application.
- OEM or ODM are accepted
Electric awning is outdoor shading products with heatproof and decoration function. Furthermore, our tubular awning electric motor has been time proven over the years and can be widely used in school, factory, hotel, public construction, high grade housing.
When you are looking for tubular awning electric motor or have any questions about our products, please feel free to contact us and we will reply as soon as possible.
Specifications of tubular awning electric motor:
|
Hot sale |
Motor type |
Model |
Rated torque |
Feature |
|
|
Standard type |
DM35S, DM45S |
3N-m~120N-m |
Mechanic limit, precise positioning, supply solution for super short area |
|
|
Parallel electronic type |
DM35B, DM45B, DM59B |
3N-m~120N-m |
Electronic limit, parallel wiring with many motors, easy for limit-setting |
|
* |
Electronic built-in receiver type |
DM35E, DM45E, DM59E, DM45ED,DM45EE |
3N-m~120N-m |
Electronic limit, built-in receiver |
|
*** |
Built-in receiver type |
DM35R, DM45R, DM59R |
3N-m~120N-m |
Wireless remote control, mechanic limit |
|
** |
Manual type |
DM45M, DM59M |
30N-m~120N-m |
Manual operation while the power is off |
Note:
- Higher operating ranges of speed, torque and voltage for AC 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
