2Pcs Φ36mm 12V/24V Brushless DC Gearmotor GMP36-TEC3650 30kg.cm 18w With Planetary Gearbox
- Manuals and Documentation:
- 6% Off On Total Order Amount!
- Enjoy Discount at Checkout! No Need Coupon Code!
- Valid Till December 3th,2024
Features:
1.Small size dc gear motor with low speed and big torque
2.36mm gear motor provide 3.0Nm torque max and more reliable
3.Suitable to small diameter, low noise and big torque application
4.Reduction Ratio: 4/19/51/100/139/189/264/369/516/720;
1 stages: 4:1
2 stages: 14:1 / 19:1 / 27:1
3 stages: 51:1 / 71:1 / 100:1 / 139:1
4 stages: 189:1 / 264:1 / 369:1 / 516:1 / 720:1
Application:
Car, Electric Bicycle, Home Appliance.
Electrical Specification:
Part Number:GMP36-TEC3650
Rated Voltage:12/24VDC
Rated Torque:30.0kg.cm
Max momentary tolerance torque: 60.0kg.cm
Rated current:1400mA(12V)/420mA(24V)
No Load Speed W/O Gearbox: 6500RPM(12V)/ 4000RPM(24V)
Rated Speed W/O Gearbox: 5300RPM(12V) / 3400RPM (24V)
No Load Speed W Gearbox: 5-1600 RPM
Rated Speed W/ Gearbox:4-1320 RPM
Rated Power:11W(12V) / 7W(24V)
Gear type:Plantary Gearbox
Motor type:Brushless
Axial Play:0.05-0.5mm
Direction of rotation:CW CCW
Shaft type:D Shaft
Efficiency: IE 2
Noise:30cm.40-50DB
Physical Specification:
Motor Size:Φ36*50mm
Motor Diameter:36mm
Gearbox Diameter:36mm
Gearbox Length:26mm (1 stages) / 33.5mm (2 stages) / 40.5mm (3 stages) / 47.5mm (4 stages)
Length:50mm+Planetary gearbox
Shaft Length:18mm
Shaft Diameter:8mm
D-cut Length: 15mm
D-cut Diameter:7mm
Weight:420g;
Physical Specification | |
---|---|
Body Length(mm) | 50+gearbox |
Shaft Diameter(mm) | 8 |
Shaft Length(mm) | 0.15 |
Gear Ratio | 4:1 / 19:1 / 51:1 / 100:1 / 139:1 / 189:1 / 264:1 / 369:1 / 516:1 / 720:1 |
Frame Size(mm) | Φ36 |
Gearbox Length(mm) | 26 / 33.5 / 40.5 / 47.5 |
Shaft Type | D-Cut |
Single Shaft/Dual Shaft | Single Shaft |
Weight(g) | 420g |
Gearbox Type | Planetary Gearbox |
Electrical Specification | |
Rated Voltage(V) | 12 / 24 |
Rated Torque(kg.cm) | 30 |
Rated Speed(rpm) | 4-1320 |
Rated Current (A) | 1.4 / 0.6 |
Rated Power(W) | 11W / 7W |