The largest BLDC motor currently available is rated at 96 VDC, 20 kW and 100 Nm.
Yes. A 5 kW, 24 VDC BLDC motor rated at 2,000 rpm and 25 Nm is available. According to the original FAQ, 5 kW is the highest available power at 24 VDC.
Yes.
No. A BLDC motor requires a suitable controller for electronic commutation and speed control.
It depends on the controller model. Controllers equipped with RS232 or RS485 communication interfaces can support this function.
Turn the RV adjustment on the controller fully counterclockwise.
Use a 10 kΩ potentiometer for external speed adjustment.
Yes. A higher-capacity controller with an aluminum housing is available as an optional configuration at an additional cost.
This depends on the controller’s communication interface and supported input signals. Please confirm the exact controller model and Arduino control requirements before connection.
The controller’s supply voltage should match the rated voltage of the motor.
Yes. The BLD-100A accepts an input voltage from 24 to 72 VDC, so a 52 VDC power supply can be used.
The starting power can reach approximately twice the rated power, or 4 kW, and the minimum rated input current is 51.3 A.
The brake requires a 24 VDC power supply. A suitable switching power supply or lithium battery may be used.
The matched controller is available, but the DC power supply is not included.
For a motor rated at 10 Nm, the estimated gearbox output torque is:
10 Nm × 200 × 0.9 ≈ 1,800 Nm
This calculation assumes a gearbox efficiency of 90%. The actual permissible output torque must not exceed the gearbox’s rated torque.
According to the The maximum radial force is 2,840 N and the maximum axial force is 2,100 N.
Yes. The mounting flange can be customized according to the required installation dimensions.
Yes. The motor can be mounted vertically when the installation method, shaft load and operating conditions meet the product requirements.
Two questions for this 2HP BLDC motor.
Q1:What is the specs of potentiometer that can be used with your 2HP BLDC motor?
Q2. Are your BLDC motor continuous duty? And what do they need for cooling anything?
For Q1: When using the external potentiometer to adjust the speed, use the potentiometer with resistance value of 10KΩ.
For Q2: Yes, continuous duty (24/7). No external cooling is required (Environment Temperature should be: -20~55℃).
The exposed shaft end does not affect the motor’s stated IP54 protection rating, and no additional closure is required.
The available duty cycle depends on the motor model, load, speed, controller settings and cooling conditions. Please refer to the datasheet of the selected motor.
The operating temperature range is −20°C to 50°C.
The motor supports continuous 24/7 operation.
No external cooling is required when the motor operates within the specified load and ambient-temperature limits.
The maximum motor-housing temperature is 85°C.
