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110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting
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110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting
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110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting

MOQ: 1
Price: Negotiable
Standard Packaging: PE bag+carton
Delivery Period: 5-10days
Payment Method: T/T
Supply Capacity: 1000PCS/Month
Details Information
Product Description
Detail Information
Place of Origin
China
Brand Name
Bextreme Shell
Model Number
DH-BLDM220*TD
Input Voltage:
110-220VAC/155-310VDC
Max Power:
800W
Current:
2/4A
Weight:
100g
Speed Regulation:
PWM,0-5V,UART
Over-temperature Protection:
Yes
Highlight:

Brushless Dc Scooter Motor

,

VOTOL Brushless Dc Scooter Motor

,

FOC Controller Bldc Motor Driver

Product Description
Bextreme Shell High Voltage BLDC Motor Driver, DH-BLDM220*TD 110-220VAC Max Current 4A. Support Speed Open-loop/Closed-loop Control Mode.
110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 0
Product Description
Speed regulation mode Parameter tuning mode Over- Temperature protection Signal Isolation
Analog voltage PWM UART RS485 UART RS485 Debugging panel
√ √ √ × √ × √ √ ×
0-5V 500Hz-10KHz TTL   TTL   Optional Accessory 90℃ customizable
Model NO. Power Input Max working current Cooling fan
DH-BLDM2202TD

AC110/220V

DC155/310V

 2A User add
DH-BLDM2205TD 4A User add
       
       
       
       
       
       

 

Safety Warning: 

8 Installed on a non-flammable metal frame to prevent the instruation of dust, corrosive gases, conductive objects, liquids and flammable materials, and maintain good heat dissipation conditions;

8 Protects the drive from shocks;

8 Do not connect the power input cable to the output U, V, and W terminals;

8 Please confirm whether the input power supply voltage of the main circuit is within the allowable operating voltage range of the driver;

8 Do not arbitrarily test the high voltage resistance and insulation performance of the driver;

8According to the illustrated method, correctly connect the power wires, motor phase wires, Hall signal wires and control signal wires, and note that the sequence of UVW must be consistent;

8 Please have a professional electrical engineer carry out the wiring operation;

V Before wiring, please confirm that the input power supply is in the state of being cut off, and the wiring and inspection must be carried out after the power supply is cut off and the driver LED indicator is off;

V When plugging and unplugging the terminal blocks of the driver, make sure that the driver indicator light is off before proceeding;

V It is strictly forbidden to touch all terminals during power-on operation;

V If the Hall phase sequence is incorrect or the Hall phase sequence self-learning is not carried out, the motor cannot run normally, and if the VSP/PWM input instruction is too large, the driver will be damaged.

V It is not allowed to remove the circuit board and heat sink connections or modify them;

V The driver signal ground (common ground) is not zero potential, and it needs to be isolated when connected to any other facility, unless the connected facility ground is floating grounded, otherwise it will cause a short circuit and damage the equipment;

8Note: This error may cause damage to the device!

VDanger: Indicates that the operation error will cause damage to the device and may endanger personal safety!

 

Features:

◆Hall/Sensorless working mode, support Hall phase sequence self-learning;

◆Support speed open-loop/closed-loop control mode;

◆Acceleration and deceleration time can be adjusted;

◆Speed regulation mode: 0-5V voltage/PWM duty cycle/serial communication port;

◆start-stop control signal, direction signal, speed feedback FG output;

◆Hardware self-test, over-current, short circuit, over-voltage, under-voltage, locked-rotor, over-temperature and other protections

◆Current clamping function;

 

 

Port description

Functions Logotype Description
Light RUN/ALARM

Indicates the fault status.

For details, please refer to the "LED Indication" section
Control signals +5V Control signal power supply positive (built-in power output)
VSP/PWM External speed control signal, through the external potentiometer or input analog signal or input PWM duty cycle signal, the motor speed adjustment is realized.
FG Motor speed pulse output,The frequency of this signal is proportional to the speed of the motor.
DIR The high and low level controls the forward and reverse rotation of the motor, connects the GND motor to reverse, does not connect or connects to the +5V motor to rotate forward, and when switching between forward and reverse, in order to reduce the impact, it is best to adjust the motor speed to low enough.
EN The motor enables control, EN is connected to GND, and the driver allows output (online state), EN is not connected or is connected to high level, and the driver disables output (offline state).
GND Control signal power ground
Hall signal +5V

Motor Hall power supply positive

(built-in power output)
HU Hall signal U-phase input
HV Hall signal V-phase input
HW Hall signal W phase input
GND Motor Hall power ground
Cooling fan 5V Positive blower of the blower (0.2A MAX)
FAN Negative pole of the blower
Debugging panel RJ11plug Directly connected to the panel
Power supply and motor phase wires L,N AC 60V ~ 230V power supply (or DC equivalent).
U,V,W The three-phase output signal of the motor is connected to the motor winding

Feature description

Select the speed regulation mode

(VSP)

(1)It can be connected to analog voltage or PWM signal.

(2)Analog voltage input, input range 0~5V. 0.5V~4.5V indicates 0~maximum speed, when it is lower than 0.5V, the speed is 0, and when it is higher than 4.5V, the speed is the maximum It can be connected to the potentiometer for speed regulation, it is recommended to use 5~10K resistance, and the two ends of the potentiometer are connected to +5V and GND terminals respectively. The potentiometer is terminated with a VSP in the middle;

(3)PWM Signal input,Enter a range0%~100%,10%~90% means 0~max speed,Below 10%,The speed is0,Higher than90%,The speed is maximum. PWM The recommended frequency of the signal 500Hz~10KHz,Too high will result in reduced accuracy, and too low will result in counter overflow errors.
Speed signal output(FG)

The drive provides a motor tachometer pulse signal, which is proportional to the motor speed.

Rotational speed calculation: motor speed (RPM) = 20×F÷N

F = The frequency on the FG terminal is actually measured with a frequency meter, in Hz

N = number of pole pairs of the motor (2 pole motors N = 2, 4 pole motors N = 4, and so on)

For example, if the user chooses a 2-pole motor, then: when the measured FG signal is 500Hz, the motor speed = 20×500÷2=5000 rpm.
Motor forward/reverse rotation (F/R).

By controlling the conversion of the F/R high (or not) and low level of the terminal, the forward and reverse rotation of the motor can be controlled.

Note: In order to avoid huge impact on the motor and mechanical equipment, before changing the F/T signal, be sure to reduce the motor to a certain speed (according to the actual working conditions) or even stop the machine to avoid damage to the equipment.
Start/stop signal (S/T).

By controlling the conversion of the S/T high (or not) and low level of the terminal, the motor can be started/stopped. When the S/T is low, the motor runs, and when the S/T is high (or not), the motor stops.

 

 

 

 

Wiring diagram

 

110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 1

 

 

 

 
 
 
 
 
 
 
 
 
Installation dimensions

110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 2  110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 3

 

 

 

 

 
 
 
 

 

 

Tags: 

3 phase motor driver,  

brushless motor driver,  

Brushless Dc Scooter Motor

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products
PRODUCTS DETAILS
Products

BLDC Driver Board

BLDC Motor Driver IC

3 Phase BLDC Motor Driver

Automotive Water Pump

BLDC Centrifugal Fan

BLDC Water Pump

Brushless DC Motor

Electric Linear Actuator

Deuterium Lamp Power Supply

Electric Coolant Pump

Electric Motor Water Pump

Immersion Cooling Pump

BLDC Motor Driver

Customized Pumps
110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting
  • name
  • name
  • name
  • name
  • name
110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting
MOQ: 1
Price: Negotiable
Standard Packaging: PE bag+carton
Delivery Period: 5-10days
Payment Method: T/T
Supply Capacity: 1000PCS/Month
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
Bextreme Shell
Model Number
DH-BLDM220*TD
Input Voltage:
110-220VAC/155-310VDC
Max Power:
800W
Current:
2/4A
Weight:
100g
Speed Regulation:
PWM,0-5V,UART
Over-temperature Protection:
Yes
Minimum Order Quantity:
1
Price:
Negotiable
Packaging Details:
PE bag+carton
Delivery Time:
5-10days
Payment Terms:
T/T
Supply Ability:
1000PCS/Month
Highlight

Brushless Dc Scooter Motor

,

VOTOL Brushless Dc Scooter Motor

,

FOC Controller Bldc Motor Driver

Product Description
Bextreme Shell High Voltage BLDC Motor Driver, DH-BLDM220*TD 110-220VAC Max Current 4A. Support Speed Open-loop/Closed-loop Control Mode.
110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 0
Product Description
Speed regulation mode Parameter tuning mode Over- Temperature protection Signal Isolation
Analog voltage PWM UART RS485 UART RS485 Debugging panel
√ √ √ × √ × √ √ ×
0-5V 500Hz-10KHz TTL   TTL   Optional Accessory 90℃ customizable
Model NO. Power Input Max working current Cooling fan
DH-BLDM2202TD

AC110/220V

DC155/310V

 2A User add
DH-BLDM2205TD 4A User add
       
       
       
       
       
       

 

Safety Warning: 

8 Installed on a non-flammable metal frame to prevent the instruation of dust, corrosive gases, conductive objects, liquids and flammable materials, and maintain good heat dissipation conditions;

8 Protects the drive from shocks;

8 Do not connect the power input cable to the output U, V, and W terminals;

8 Please confirm whether the input power supply voltage of the main circuit is within the allowable operating voltage range of the driver;

8 Do not arbitrarily test the high voltage resistance and insulation performance of the driver;

8According to the illustrated method, correctly connect the power wires, motor phase wires, Hall signal wires and control signal wires, and note that the sequence of UVW must be consistent;

8 Please have a professional electrical engineer carry out the wiring operation;

V Before wiring, please confirm that the input power supply is in the state of being cut off, and the wiring and inspection must be carried out after the power supply is cut off and the driver LED indicator is off;

V When plugging and unplugging the terminal blocks of the driver, make sure that the driver indicator light is off before proceeding;

V It is strictly forbidden to touch all terminals during power-on operation;

V If the Hall phase sequence is incorrect or the Hall phase sequence self-learning is not carried out, the motor cannot run normally, and if the VSP/PWM input instruction is too large, the driver will be damaged.

V It is not allowed to remove the circuit board and heat sink connections or modify them;

V The driver signal ground (common ground) is not zero potential, and it needs to be isolated when connected to any other facility, unless the connected facility ground is floating grounded, otherwise it will cause a short circuit and damage the equipment;

8Note: This error may cause damage to the device!

VDanger: Indicates that the operation error will cause damage to the device and may endanger personal safety!

 

Features:

◆Hall/Sensorless working mode, support Hall phase sequence self-learning;

◆Support speed open-loop/closed-loop control mode;

◆Acceleration and deceleration time can be adjusted;

◆Speed regulation mode: 0-5V voltage/PWM duty cycle/serial communication port;

◆start-stop control signal, direction signal, speed feedback FG output;

◆Hardware self-test, over-current, short circuit, over-voltage, under-voltage, locked-rotor, over-temperature and other protections

◆Current clamping function;

 

 

Port description

Functions Logotype Description
Light RUN/ALARM

Indicates the fault status.

For details, please refer to the "LED Indication" section
Control signals +5V Control signal power supply positive (built-in power output)
VSP/PWM External speed control signal, through the external potentiometer or input analog signal or input PWM duty cycle signal, the motor speed adjustment is realized.
FG Motor speed pulse output,The frequency of this signal is proportional to the speed of the motor.
DIR The high and low level controls the forward and reverse rotation of the motor, connects the GND motor to reverse, does not connect or connects to the +5V motor to rotate forward, and when switching between forward and reverse, in order to reduce the impact, it is best to adjust the motor speed to low enough.
EN The motor enables control, EN is connected to GND, and the driver allows output (online state), EN is not connected or is connected to high level, and the driver disables output (offline state).
GND Control signal power ground
Hall signal +5V

Motor Hall power supply positive

(built-in power output)
HU Hall signal U-phase input
HV Hall signal V-phase input
HW Hall signal W phase input
GND Motor Hall power ground
Cooling fan 5V Positive blower of the blower (0.2A MAX)
FAN Negative pole of the blower
Debugging panel RJ11plug Directly connected to the panel
Power supply and motor phase wires L,N AC 60V ~ 230V power supply (or DC equivalent).
U,V,W The three-phase output signal of the motor is connected to the motor winding

Feature description

Select the speed regulation mode

(VSP)

(1)It can be connected to analog voltage or PWM signal.

(2)Analog voltage input, input range 0~5V. 0.5V~4.5V indicates 0~maximum speed, when it is lower than 0.5V, the speed is 0, and when it is higher than 4.5V, the speed is the maximum It can be connected to the potentiometer for speed regulation, it is recommended to use 5~10K resistance, and the two ends of the potentiometer are connected to +5V and GND terminals respectively. The potentiometer is terminated with a VSP in the middle;

(3)PWM Signal input,Enter a range0%~100%,10%~90% means 0~max speed,Below 10%,The speed is0,Higher than90%,The speed is maximum. PWM The recommended frequency of the signal 500Hz~10KHz,Too high will result in reduced accuracy, and too low will result in counter overflow errors.
Speed signal output(FG)

The drive provides a motor tachometer pulse signal, which is proportional to the motor speed.

Rotational speed calculation: motor speed (RPM) = 20×F÷N

F = The frequency on the FG terminal is actually measured with a frequency meter, in Hz

N = number of pole pairs of the motor (2 pole motors N = 2, 4 pole motors N = 4, and so on)

For example, if the user chooses a 2-pole motor, then: when the measured FG signal is 500Hz, the motor speed = 20×500÷2=5000 rpm.
Motor forward/reverse rotation (F/R).

By controlling the conversion of the F/R high (or not) and low level of the terminal, the forward and reverse rotation of the motor can be controlled.

Note: In order to avoid huge impact on the motor and mechanical equipment, before changing the F/T signal, be sure to reduce the motor to a certain speed (according to the actual working conditions) or even stop the machine to avoid damage to the equipment.
Start/stop signal (S/T).

By controlling the conversion of the S/T high (or not) and low level of the terminal, the motor can be started/stopped. When the S/T is low, the motor runs, and when the S/T is high (or not), the motor stops.

 

 

 

 

Wiring diagram

 

110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 1

 

 

 

 
 
 
 
 
 
 
 
 
Installation dimensions

110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 2  110V-220VAC BLDC Motor Driver 4A Current Hall or Sensorless Compatible and Hall phase sequence Self-adapting 3

 

 

 

 

 
 
 
 

 

 

Tags: 

3 phase motor driver,

brushless motor driver,

Brushless Dc Scooter Motor

Changzhou Bextreme Shell Motor Technology Co.,Ltd
No.8 Tianshan road, Xinbei district,Changzhou,Jiangsu,China.
Tel: +86-18994777701
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