600mA Brushless Gear Motor 5G Station BLDC Coreless With Reducer
Contact Person : Enya
Phone Number : 86-18988788151
WhatsApp : +8618988788151
|Minimum Order Quantity :||500||Price :||Negotiated The Price|
|Packaging Details :||500pcs per carton or as request||Delivery Time :||10-12 working days|
|Payment Terms :||T/T, D/A||Supply Ability :||100000pcs per month|
|Place of Origin:||China,Guangdong||Brand Name:||SECORE|
|Certification:||CE ROHS||Model Number:||BLS-42135-gb|
|No Load Speed:||115rpm||Rated Speed:||100rpm|
|Rated Torque:||7N.m||Rated Current:||6A|
|Output Power:||100W||Motor Size:||42*135mm ( Diameter * Length)|
|Product Name:||Long Brushless Motor 135mm||Application:||Air Pump, Diaphragm Pump, Automation Device|
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How to select the suitable gear motor
1.Know your application requirements for your gear motor.
The first step in selecting a gear motor is to review your application requirements. These include but are not limited to the following:
General requirements: enclosure size, mounting orientation, mounting type and size, overhang and side loads, and type of lubrication.
Input Power: Voltage, Frequency (Hz), Maximum Current (Amps) and Control Type (if applicable).
Gear motor specifications: size, weight, required noise level, life expectancy and maintenance level.
Gear motor performance: speed, torque, duty cycle, horsepower, starting and running torque (full load).
Operating Environment: Application and ambient temperature, and protection (IP) rating.
2. Select the appropriate motor.
Next, use the list of your application requirements and compare them to the different types of motor specifications you are interested in, such as general purpose, brushless DC, AC induction or permanent magnet gear motors. Since each application has its unique characteristics and requirements, it is important to pay attention to the factors that are most important to your application, such as horsepower, starting torque or efficiency. At this stage, you may decide to match the gearbox and motor to best suit your needs.
3. Know the speed and torque requirements of the load being driven.