Brushless DC motors

Brushless DC motors from the GREEN LINE range are available in 5 sizes with torque from 0.22 Nm to 2.1Nm and they are supplied with external driver.
The advantages of using brushless motors instead of traditional DC brushed motors are the following:

  • Longer life time
  • Higher efficiency
  • Electronic commutation and control of the motor via digital sensors (encoder, resolver etc.)
  • Wide speed range
  • Maintenance free

GREEN LINE motors have a compact design and thanks to low inertia they have high performances and are a low cost solution already including Hall sensors, as opposed to an encoder or resolver.
The 3 phase windings of the motor have a low voltage of 24/36/48 V and so these motors are safer to use when a machine operator has direct contact with them.

IP55 protection index for all the motors.

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Characteristics

IP enclosures protection indexes

Indicates the degree of mechanical insulation of the motor body.

1st figure indicating level of protection against the penetration of
solid bodies.
2nd figure: indicating degree to which the motor is waterproof.

5Dust proof5Water jet proof

Insulation class
ClassΔ t °C
Ambient temperature: 40°C
 B90°C

IEC duty cycle ratings
S1Continuous duty. The motor works at a constant load for enough time to reach temperature equilibrium
S2Short time duty. The motor works at a constant load, but not long enough to reach temperature equilibrium, and the rest periods are long enough for the motor to reach ambient temperature.
S3Intermittent periodic duty. Sequential, identical run and rest cycles with constant load. Temperature equilibrium is never reached. Starting current has little effect on temperature rise.

Legend

With a brushless motor, the rotational speed is a linear function of the torque. In the same way, the absorbed current is also a linear function of the torque. Speed and current change a lot against applied torque.

grafico-motori-brushless

The output power is calculated using the formula:

grafico-motori-brushless-2

Since the supply voltage is constant, whereas the current increases in a linear manner as the torque increases, the absorbed power trend is a straight line going up. Efficiency is shown from the ratio between the output power and the absorbed power.

Useful formulas

grafico-motori-brushless-3

SalvaSalva

Technical datas

DIMENSIONI / DIMENSIONS

BLS022.240

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ModelPolesPhasesRated
Voltage
Rated
Speed
Rated
Torque
Rated
Power
Peak
Torque
Rated
Current
[V][min-1][Nm][W][Nm][A]
BLS022.240433640000.22920.663.7
BLS022.240432430000.22700.663.7
ModelPeak
current
Line to line
Resistance
Line to line
inductance
Torque
constant
Back
FCEM
Rotor
inertia
Weight
[A][Ω] [mH][Nm/A] V/k RPM [gcm2][kg]
 BLS022.24011.20.642.10.066.281190.72
 BLS022.24011.20.643.10.066.281190.72
DIMENSIONI / DIMENSIONS

BLS043.240

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ModelPolesPhasesRated
voltage
Rated
speed
Rated
torque
Rated
power
Peak
torque
Rated
current
[V][min-1][Nm][W][Nm][A]
BLS043.240433640000.431801.276.8
BLS043.240432430000.431301.276.8
ModelPeak
current
Line to line
resistance
Line to line
inductance
Torque
constant
Back
EMF
Rotor
inertia
Weight
[A][Ω] [mH][Nm/A] V/k RPM [gcm2][kg]
 BLS043.24020.50.351.00.0636.62301.25
 BLS043.24020.50.351.00.0636.62301.25
DIMENSIONI / DIMENSIONS

BL070.240

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ModelPolesPhasesRated VolatgeRated speedRated torqueRated powerPeak torqueRated current
[V][min-1][Nm][W][Nm][A]
 BL070.240832430000.72202.113
ModelPeak
current
Line to line
resistance
Line to line inductanceTorque
constant
Back
EMF
Rotor
inertia
WeightIP
[A]Ω[mH][Nm/A]V/k RPM[gcm2][kg]
 BL070.240390.0910.230.05894.248002.155

 

DIMENSIONI / DIMENSIONS

BL070.480 / BL070.48B

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ModelPolesPhasesRated
voltage
Rated
speed
Rated
torque
Rated
power
Peak
torque
Rated
current
[V][min-1][Nm][W][Nm][A]
 BL070.480
 BL070.48B
834830000.72202.16.5
 ModelPeak
current
Line to line
resistance
Line to line
inductance
Torque
constant
Back
EMF
Rotor
inertia
Weight
[A]Ω[mH][Nm/A]V/k RPM[gcm2][kg]
 BL070.480
 BL070.48B
200.341.00.10798002.1

 

Brake

PDF download Link

3D file download link   BL 070.48B/BRL

3D file Download link   BL 070.48B/BR

DIMENSIONI / DIMENSIONS

BL140.480

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ModelPolesPhasesRated VoltageRated speedRated torqueRated powerPeak torqueRated current
[V][min-1][Nm][W][Nm][A]
BL140.480834830001.44404.213
ModelPeak currentLine to line resistanceLine to line inductanceTorque constantBack EMFRotor inertiaWeight
[A]Ω[mH][Nm/A]V/k RPM[gcm2][kg]
BL140.480370.160.50.1139.416003.15
DIMENSIONI / DIMENSIONS

BL210.480 / BL210.48E

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ModelPolesPhasesRated
voltage
Rated
speed
Rated
torque
Rated
power
Peak
torque
Rated
current
[V][min-1][Nm][W][Nm][A]
 BL210.480
 BL210.48E
834830002.16606.318.7
 ModelPeak
current
Line to line
resistance
Line to line
inductance
Torque
constant
Back
EMF
Rotor
inertia
Weight
[A]Ω[mH][Nm/A]V/k RPM[gcm2][kg]
 BL210.480
 BL210.48E
560.1150.310.1129.524004.2

 

BRAKE

PDF download Link

3D file Download link   BL 210.48E/BRL

3D file Download link   BL 210.48E/BR

Accessories and drives

Drives
Suitables MotorsTypeRated Current
(A)
Peak Current
(A)
Installation manual
BLS022.240BLD07-IT 14Download PDF
BLD151530Download PDF
BLS043.240BLD07-IT714Download PDF
BLD151530Download PDF
BL070.240BLD151530Download PDF
BL070.480
BL070.48B
BLD151530Download PDF
BL140.480BLD151530Download PDF
BLDCXL65 - 202040Download PDF
BL210.480
BL210.48E
BLDCXL65 - 202040Download PDF
BLDCXL65 - 303060Download PDF
Download PDF
BLDCXL65 - 404080Download PDF
Download PDF

Accessories

None

Brake

Brake

PDF download Link

 

Freni

 

 PNVMnn1Kg
[W][V][Nm][min-1][kg]
 Break features23484.530000.90