36mm Planetary Gear Motor Model NFP-GA36Y-36ZY
$30.00
Unleash your creativity with our 36mm planetary gear motor! Offering customizable output and torque, it is perfect for a variety of applications. ⚙️
Micro Brushless Planetary Gearmotors Datasheet
The NFP-GA36Y-36ZY-CE is a micro brushless planetary gearmotor for 12V DC and 24V DC systems. It supports CW and CCW rotation, high torque output, and 6mm or 8mm output shaft options.
First, this brushless DC gear motor offers no-load speed options from 5rpm to 2,160rpm. Also, its maximum torque reaches 110Kg.cm. Therefore, it is a good choice for small machines that need strong power and steady speed.
In addition, the motor offers 7W to 14W output power. As a result, it can support many compact drive systems with low noise and long life.
Main Specifications
| Motor Model | NFP-GA36Y-36ZY-CE |
|---|---|
| Rotation | CW & CCW |
| Rated voltage | 12V DC / 24V DC |
| No-load speed | 5rpm – 2,160rpm |
| Max torque | 110Kg.cm |
| Output shaft diameter | 6mm / 8mm |
| No-load current | 0.105A – 0.4A |
| Out power | 7W – 14W |
| Weight | 408g – 515g |
Next, the main data above helps users check voltage, speed, torque, current, shaft size, power, and weight. Also, it gives a clear view before users compare each model table.
Product Highlights
- Brushless motor design: Gives steady output, low noise, and long service life.
- High torque output: Reaches up to 110Kg.cm for strong drive needs.
- 12V and 24V options: Works with common low-voltage DC power systems.
- 6mm and 8mm shafts: Gives more choice for different mounting needs.
- Wide speed range: Offers speed options from 5rpm to 2,160rpm.
Also, these features make the motor useful for OEM projects. For example, it can work in small robots, smart devices, valve control units, and automation systems.
Model: NFP-GA36Y-36ZY-1240, 12V DC, 4,000RPM
First, the NFP-GA36Y-36ZY-1240 version uses 12V DC input and 4,000RPM motor speed. Therefore, it gives steady output, high torque, and good efficiency for compact drive systems.
Also, this model uses a strong rotor and pure copper coil. As a result, it can give long service life, stable speed, and low noise in many small machines.
12V 4,000RPM High Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 3.7:1 | 12 V | 1080 RPM | 0.15 A | 900 RPM | 0.75 A | 0.58 kg.cm | 4 W | 2.38 kg.cm | 3.6 A |
| 5.18:1 | 12 V | 772 RPM | 0.15 A | 600 RPM | 0.75 A | 0.8 kg.cm | 4 W | 3.2 kg.cm | 3.6 A |
| 19:1 | 12 V | 210 RPM | 0.15 A | 180 RPM | 0.75 A | 2.1 kg.cm | 4 W | 8.43 kg.cm | 3.6 A |
| 27:1 | 12 V | 148 RPM | 0.15 A | 125 RPM | 0.75 A | 3.2 kg.cm | 4 W | 12.8 kg.cm | 3.6 A |
| 50:1 | 12 V | 80 RPM | 0.15 A | 60 RPM | 0.75 A | 6.10 kg.cm | 4 W | 24.6 kg.cm | 3.6 A |
| 71:1 | 12 V | 56 RPM | 0.15 A | 40 RPM | 0.75 A | 7.5 kg.cm | 4 W | 30 kg.cm | 3.6 A |
| 100:1 | 12 V | 40 RPM | 0.15 A | 30 RPM | 0.75 A | 9.5 kg.cm | 4 W | 38.8 kg.cm | 3.6 A |
| 139:1 | 12 V | 28 RPM | 0.15 A | 21 RPM | 0.75 A | 14 kg.cm | 4 W | 56 kg.cm | 3.6 A |
Next, these ratios give higher output speed. Therefore, they are useful when the motor needs faster motion with moderate torque.
12V 4,000RPM Medium Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 189:1 | 12 V | 21 RPM | 0.15 A | 15 RPM | 0.75 A | 18 kg.cm | 4 W | 69 kg.cm | 3.6 A |
| 262:1 | 12 V | 15 RPM | 0.15 A | 12 RPM | 0.75 A | 25 kg.cm | 4 W | 81.2 kg.cm | 3.6 A |
| 369:1 | 12 V | 11 RPM | 0.15 A | 8 RPM | 0.75 A | 35 kg.cm | 4 W | 120 kg.cm | 3.6 A |
| 427:1 | 12 V | 9 RPM | 0.15 A | 6.5 RPM | 0.75 A | 41 kg.cm | 4 W | 125.25 kg.cm | 3.6 A |
| 516:1 | 12 V | 7 RPM | 0.15 A | 6 RPM | 0.75 A | 50 kg.cm | 4 W | 156.5 kg.cm | 3.6 A |
| 596:1 | 12 V | 6 RPM | 0.15 A | 5.5 RPM | 0.75 A | 58 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 721:1 | 12 V | 5.5 RPM | 0.15 A | 4.5 RPM | 0.75 A | 70 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 806:1 | 12 V | 5 RPM | 0.15 A | 4 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
Also, these ratios give a better balance between speed and torque. As a result, they fit many compact drive systems.
12V 4,000RPM Low Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 969:1 | 12 V | 4 RPM | 0.15 A | 3.3 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 1574:1 | 12 V | 2.5 RPM | 0.15 A | 2 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 1902:1 | 12 V | 2.1 RPM | 0.15 A | 1.7 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 2200:1 | 12 V | 1.8 RPM | 0.15 A | 1.5 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 2664:1 | 12 V | 1.5 RPM | 0.15 A | 1.2 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 3080:1 | 12 V | 1.3 RPM | 0.15 A | 1 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
| 3730:1 | 12 V | 1 RPM | 0.15 A | 0.8 RPM | 0.75 A | 75 kg.cm | 4 W | 160 kg.cm | 3.6 A |
Note: All reduced no-load speeds have a tolerance of ±15%.
Finally, these low speed ratios are useful for slow movement and strong holding force. In short, they are better for heavy load and low speed use.
Model: NFP-GA36Y-36ZY-1280, 12V DC, 8,000RPM
First, the NFP-GA36Y-36ZY-1280 version uses 12V DC input and 8,000RPM motor speed. Also, it gives higher output speed before gear reduction.
In addition, this OEM gearbox for DC motor use offers low noise, high efficiency, and stable output. As a result, it is useful for compact products that need strong power and smooth gear drive.
12V 8,000RPM High Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 3.7:1 | 12 V | 2160 RPM | 0.5 A | 1800 RPM | 3 A | 1.15 kg.cm | 17 W | 4.75 kg.cm | 10 A |
| 5.18:1 | 12 V | 1544 RPM | 0.5 A | 1200 RPM | 3 A | 1.6 kg.cm | 17 W | 6.4 kg.cm | 10 A |
| 19:1 | 12 V | 421 RPM | 0.5 A | 360 RPM | 3 A | 4.2 kg.cm | 17 W | 16.85 kg.cm | 10 A |
| 27:1 | 12 V | 296 RPM | 0.5 A | 250 RPM | 3 A | 6.4 kg.cm | 17 W | 25.6 kg.cm | 10 A |
| 50:1 | 12 V | 160 RPM | 0.5 A | 120 RPM | 3 A | 12.25 kg.cm | 17 W | 49.2 kg.cm | 10 A |
| 71:1 | 12 V | 112 RPM | 0.5 A | 80 RPM | 3 A | 15 kg.cm | 17 W | 60 kg.cm | 10 A |
| 100:1 | 12 V | 80 RPM | 0.5 A | 60 RPM | 3 A | 19 kg.cm | 17 W | 77.6 kg.cm | 10 A |
| 139:1 | 12 V | 57 RPM | 0.5 A | 42 RPM | 3 A | 28 kg.cm | 17 W | 112 kg.cm | 10 A |
Next, these high speed ratios are useful for faster output. Therefore, they can help when the device needs quick motion.
12V 8,000RPM Medium Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 189:1 | 12 V | 42 RPM | 0.5 A | 30 RPM | 3 A | 34.5 kg.cm | 17 W | 138 kg.cm | 10 A |
| 262:1 | 12 V | 30 RPM | 0.5 A | 25 RPM | 3 A | 51 kg.cm | 17 W | 160 kg.cm | 10 A |
| 369:1 | 12 V | 21 RPM | 0.5 A | 17 RPM | 3 A | 71 kg.cm | 17 W | 160 kg.cm | 10 A |
| 427:1 | 12 V | 18 RPM | 0.5 A | 13 RPM | 3 A | 83 kg.cm | 17 W | 160 kg.cm | 10 A |
| 516:1 | 12 V | 15 RPM | 0.5 A | 12 RPM | 3 A | 100 kg.cm | 17 W | 160 kg.cm | 10 A |
| 596:1 | 12 V | 13 RPM | 0.5 A | 11 RPM | 3 A | 110 kg.cm | 17 W | 160 kg.cm | 10 A |
| 721:1 | 12 V | 11 RPM | 0.5 A | 9 RPM | 3 A | 110 kg.cm | 17 W | 160 kg.cm | 10 A |
| 806:1 | 12 V | 10 RPM | 0.5 A | 8 RPM | 3 A | 112 kg.cm | 17 W | 160 kg.cm | 10 A |
Also, these medium ratios give a useful mix of speed and torque. As a result, they fit many drive systems that need steady load control.
12V 8,000RPM Low Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 969:1 | 12 V | 8 RPM | 0.5 A | 6.7 RPM | 3 A | 130 kg.cm | 17 W | 160 kg.cm | 10 A |
| 1574:1 | 12 V | 5 RPM | 0.5 A | 4.1 RPM | 3 A | 150 kg.cm | 17 W | 160 kg.cm | 10 A |
| 1902:1 | 12 V | 4.2 RPM | 0.5 A | 3.4 RPM | 3 A | 150 kg.cm | 17 W | 160 kg.cm | 10 A |
| 2200:1 | 12 V | 3.6 RPM | 0.5 A | 3 RPM | 3 A | 150 kg.cm | 17 W | 160 kg.cm | 10 A |
| 2664:1 | 12 V | 3 RPM | 0.5 A | 2.4 RPM | 3 A | 150 kg.cm | 17 W | 160 kg.cm | 10 A |
| 3080:1 | 12 V | 2.6 RPM | 0.5 A | 2.1 RPM | 3 A | 150 kg.cm | 17 W | 160 kg.cm | 10 A |
| 3730:1 | 12 V | 2.1 RPM | 0.5 A | 1.7 RPM | 3 A | 150 kg.cm | 17 W | 160 kg.cm | 10 A |
Note: All reduced no-load speeds have a tolerance of ±15%.
Finally, these low speed ratios are better for high torque use. In short, they are suitable for slow drive tasks with heavier loads.
Model: NFP-GA36Y-36ZY-2480, 24V DC, 8,000RPM
First, the NFP-GA36Y-36ZY-2480 version uses 24V DC input and 8,000RPM motor speed. Also, it keeps strong torque output with lower current than the 12V version.
In addition, this motor uses a high-precision rotor and pure copper coil. As a result, it offers stable speed, long life, wear resistance, and high temperature resistance.
24V 8,000RPM High Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 3.7:1 | 24 V | 2160 RPM | 0.25 A | 1800 RPM | 1.5 A | 1.15 kg.cm | 17 W | 4.75 kg.cm | 7.2 A |
| 5.18:1 | 24 V | 1544 RPM | 0.25 A | 1200 RPM | 1.5 A | 1.6 kg.cm | 17 W | 6.4 kg.cm | 7.2 A |
| 19:1 | 24 V | 421 RPM | 0.25 A | 360 RPM | 1.5 A | 4.2 kg.cm | 17 W | 16.85 kg.cm | 7.2 A |
| 27:1 | 24 V | 296 RPM | 0.25 A | 250 RPM | 1.5 A | 6.4 kg.cm | 17 W | 25.6 kg.cm | 7.2 A |
| 50:1 | 24 V | 160 RPM | 0.25 A | 120 RPM | 1.5 A | 12.25 kg.cm | 17 W | 49.2 kg.cm | 7.2 A |
| 71:1 | 24 V | 112 RPM | 0.25 A | 80 RPM | 1.5 A | 15 kg.cm | 17 W | 60 kg.cm | 7.2 A |
| 100:1 | 24 V | 80 RPM | 0.25 A | 60 RPM | 1.5 A | 19 kg.cm | 17 W | 77.6 kg.cm | 7.2 A |
| 139:1 | 24 V | 57 RPM | 0.25 A | 42 RPM | 1.5 A | 28 kg.cm | 17 W | 112 kg.cm | 7.2 A |
Next, these ratios give higher speed output. Therefore, they work well when fast movement is more important than maximum torque.
24V 8,000RPM Medium Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 189:1 | 24 V | 42 RPM | 0.25 A | 30 RPM | 1.5 A | 34.5 kg.cm | 17 W | 138 kg.cm | 7.2 A |
| 262:1 | 24 V | 30 RPM | 0.25 A | 25 RPM | 1.5 A | 40.5 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 369:1 | 24 V | 21 RPM | 0.25 A | 17 RPM | 1.5 A | 60 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 427:1 | 24 V | 18 RPM | 0.25 A | 13 RPM | 1.5 A | 62.5 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 516:1 | 24 V | 15 RPM | 0.25 A | 12 RPM | 1.5 A | 78 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 596:1 | 24 V | 13 RPM | 0.25 A | 11 RPM | 1.5 A | 90 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 721:1 | 24 V | 11 RPM | 0.25 A | 9 RPM | 1.5 A | 110 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 806:1 | 24 V | 10 RPM | 0.25 A | 8 RPM | 1.5 A | 112 kg.cm | 17 W | 160 kg.cm | 7.2 A |
Also, these medium speed ratios provide strong torque with stable output speed. As a result, they are useful for many compact machines.
24V 8,000RPM Low Speed Ratios
| Ratio | Voltage | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Power | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|---|
| 969:1 | 24 V | 8 RPM | 0.25 A | 6.7 RPM | 1.5 A | 130 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 1574:1 | 24 V | 5 RPM | 0.25 A | 4.1 RPM | 1.5 A | 150 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 1902:1 | 24 V | 4.2 RPM | 0.25 A | 3.4 RPM | 1.5 A | 150 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 2200:1 | 24 V | 3.6 RPM | 0.25 A | 3 RPM | 1.5 A | 150 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 2664:1 | 24 V | 3 RPM | 0.25 A | 2.4 RPM | 1.5 A | 150 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 3080:1 | 24 V | 2.6 RPM | 0.25 A | 2.1 RPM | 1.5 A | 150 kg.cm | 17 W | 160 kg.cm | 7.2 A |
| 3730:1 | 24 V | 2.1 RPM | 0.25 A | 1.7 RPM | 1.5 A | 150 kg.cm | 17 W | 160 kg.cm | 7.2 A |
Note: All reduced no-load speeds have a tolerance of ±10%.
Finally, these low speed ratios give very strong torque. In short, they are better for slow drive tasks, heavy load systems, and stable output control.
Brushless DC Gear Motor Outline Drawing
The following images show the NFP-GA36Y-36ZY-CE brushless DC planetary gear motor and its outline drawings. First, users can check the motor body. Next, they can compare the D8 and D6 output shaft versions.
Also, the drawings help engineers check shaft size, mounting space, and product fit. As a result, users can choose the correct motor before testing or mass production.
Typical Applications
- Automation equipment
- Small robots
- Electric valve systems
- Smart home devices
- Industrial drive systems
- Custom brushless DC gear motor projects
Finally, this micro brushless planetary gearmotor is a good fit for small products that need high torque, low noise, steady speed, and long service life.
Keywords: brushless gear motor, brushless dc gear motor, micro brushless planetary gearmotors, brushless dc worm gear motor, brushless planetary gear motor, micro brushless gearmotors
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Shipping:
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2.Item will be shipped within 1-3 business days after the payment.
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FAQ
Q: If customized, what information should you provide?
A: You need to provide the basic specification of the motor, such as: Dimensions, Sizes Applications, Voltage, Speed and Torque. It’s better to offer application prototype drawings to us if possible.
Q: What’s your main motors?
A: Diameter 4mm~42mm Dc Micro Motor And Gear Motor, Auto Dc Motor, Electric Motor, Gear Motor, Mini Dc Motor, Brush Dc Motor, Brushless Dc Motor, Spur Gear Motor, Micro Motor, Vibration Motor Etc.
Q: What’s the main application of the micro dc motor?
A: Our mini DC motors are widely used in Home Applications, Office Equipment, Health-Care Application, Sanitation Industry, High-Class Toy, Banking System, Electronic and Electrical Tools, Automation Industry, Bank Equipments, Payment Equipments, Vending Machines, Power Door Lock, Electric Door Lock.
Simon Hudson –
I run it 8 hours a day in a lab test fixture and it runs smoother, quieter, and with less wear. This is definitely high end engineering.🥽🥽
Daniel Gartner –
This planetary gear motor is a powerhouse. Excellent torque and smooth operation. Perfect for my industrial automation projects.🙂↕️
Ali –
I am using this 12V 5RPM with a concentric shaft, not the offset shaft, for a pool water solar heater unit on a gimbal that will track the sun. The gimbal will be virtually frictionless on bearings but fairly heavy. Purchased this gear motor as a test and am happy with its power and construction, the output gear and shaft are bonded fairly well.