36mm Coreless Servo Motor -70mm Type Model NFP-3570RBG

36mm coreless servo motor

Effective Coreless Servo Motor Spec Sheet


Coreless Servo Motor Typical Applications: Steering Gear, Intelligent Robot

Motor model NFP-EM3670RBG-A NFP-EM3670RBG-B
Nominal voltage 24V DC 36V DC
No-load speed 10,000rpm 10,000rpm
No-load current 300A /A
Nominal speed /rpm /rpm
Nominal torque /mNm /mNm
Nominal current /A /A
Stall torque /mNm /mNm
Stall current /A /A
Terminal resistance
Torque constant 22.46mNm/A 33.69mNm/A
Speed constant 417rpm/V 278rpm/V

 

Coreless Servo Motor Terminal Connection Data Sheet


Terminal definition A  
 8*#26PE lead + JST terminal  
1: NTC Connection B:
2: VCC VHR-3N PH3.96
3: HA UL 1430 AWG20 PVC
4: HB 7: MA
5: HC 8: MB
6: GND 9: MC
Connection C: EN60603-13/DIN-41651 Pitch 2.54mm10pin  
Flat band cable:  
Sequence:  
1: MOTOR+ 6: Channel A
2: VCC DC5V 7: Channel B-
3: GND 8: Channel B
4: MOTOR- 9: Channel Z-
5: Channel A- 10: Channel Z

 

Coreless  Servo Motor Stage Data Sheet


Stage NFP-EM3670RBG-A NFP-EM3670RBG-B NFP-EM3670RBG-C NFP-EM3670RBG-D NFP-EM3670RBG-E
Reduction ration 3.75 14.06; 17.5 52.73; 65.63 197.75; 178.23 693.79; 765.21
  4.67 21.75; 30.33 81.67; 101.63 223; 226.24 855.52; 988.89
  6.5   141.56; 169 297.66; 344.06 1428.77; 1846.71
        412.16; 530.84 2548.04; 3174
Rate torque 1Nm 1.5Nm 2.5Nm 3Nm 5Nm
Stall torque 2Nm 3Nm 5Nm 6Nm 7.5Nm
Max efficiency 90% 81% 73% 65% 59%
Length 31.6mm 37.9mm 44.2mm 50.5mm 56.8mm
No-load backlash 1.5° 1.5° 2.5°

 

Coreless Servo Motor Encoder Data Sheet


Encoder
Basic parameters:
Supply voltage: DC 3.3~5V
Typical current :15mA
Max.Mech.Speed(min-1) 25,000rpm
 Intergral Non-Linearity: ±0.5~1°
Differential (ABZ) Non-Linearity: ±0.01°
Number of pulses per revolution: 1~4096PPR
Single -turn absolute coding: 18-bit(SPI)
Power-Up-Time: 16ms
Propagation Delay: 1~3us
Rsing Time: 1us
Falling Time: 1us
Storage Temperature: -20~45°C
Operating Temperature: -20~80°C

 

High Torque Coreless Servo Motor Mechanical Diagram


 

 

Durable 70mm Coreless Servo Motor Performance Curve


NFP-Motor

Need-For-Power Motor