72V 1900W (2.5 hp) Brushless DC Motor, 6 Nm, 3000 rpm, 32.7A

Low price 2.5 hp DC brushless motor rated speed 3000 rpm, rated torque 6 Nm, torque peak up to 18 Nm, small size, high torque, provide excellent energy saving and speed stability and a wide range of speed control.

Basic Specifications

Note: Power, Voltage, Speed, Shaft, Motor Length, and Motor Lead of BLDC Motors can be customized.

Features

• Stable Speed Control: 72V brushless motor continues to set speed and a feedback signal is compared from the speed of the motor to adjust the voltage applied to the motor; therefore, even if the load change, still can set the speed from slow instantaneous adjustment to, and in order to stabilize the running speed.
• Thin, High Power: 3 phase DC motor adopts a permanent magnet brushless motor rotor, thus realizing the thin and high power.
• Wide Speed Control Range: The speed control range of 2.5 hp brushless motor than speed AC motor and inverter wider, because unlike the speed AC motor that at low speed have restrictions on the use of torque, so there is no brush motor is suitable for from Low speed to high speed, all require the use of a certain torque.
• Contribute To Energy Saving: The rotor of the brushless motor is used for the permanent magnet, which can reduce the two-loss of the rotor, so the power consumption is reduced by more than 20% compared with the three-phase induction motor with variable frequency control, which is helpful for the energy saving of the device.
• Equipped With Protection Function: The high-speed BLDC motor helps to protect the safety of the equipment system.
  
  

Dimension (Unit: mm)

Speed Torque Curve

Line Define

Power Wire

Feedback Wire

Details

Applications:

High-torque brushless DC motors are widely used in our lives, such as electric bicycles, inverter air conditioners, washing machines, drones, automobiles, CNC machine tools, polishing and grinding equipment, packaging machinery, tools, turnstiles, industrial control, medical machinery, automation to, AGV trolley, aerospace, and intelligent storage equipment, etc.

Tips: I am using a 72VDC brushless DC motor with hall sensor feedback for my application. How can I stop the motor in less than one second?

A more normal operating scenario would be to predict in advance when you need to stop the motor and then start the deceleration curve with 0 rpm at the point you need to stop. You can compare this to operating your car. When you approach a red light at 50 mph, you don't keep that speed until you are at the top of the intersection. Instead, you anticipate the need to stop and start braking just before the intersection.