16mm Metal Gear Motor Model NFP-GM16-030PA-EN
$15.50
Transform your mechanical designs using the 16mm dc gear motor metal gearbox. Ensure your projects run smoothly and efficiently for lasting results.
16mm DC Metal Gearbox Motor Parameter
First, this 16mm DC metal gearbox motor is designed for compact motion systems that need a small size, reversible rotation, and stable gear reduction. Also, the D-shaped output shaft helps users connect the motor to small wheels, levers, and custom drive parts.
- Compact Φ15.5mm motor body
- 6V, 9V, and 12V DC options
- CW and CCW rotation
- Φ3mm D-shaped output shaft
- Optional Hall encoder feedback
In addition, the table below gives the basic mechanical and electrical data. Therefore, it is a useful starting point before checking the detailed speed, torque, and current tables.
| Model | NFP-GM16-030PA-EN |
|---|---|
| Rotation | CW & CCW |
| Rated Voltage | 6V / 9V / 12V DC |
| Motor Diameter | Φ15.5mm |
| Shaft Length | 10mm |
| Output Shaft Diameter | Φ3mm D-shaped (D-cut: 2.5mm) |
| Weight | Appr. 28g |
As a result, this model can fit many small devices where space is limited. For example, it can be used in robotics, smart locks, small actuators, test fixtures, and other light-duty automation products.
Model: NFP-GM16-030PA-EN, 6V DC, 9000RPM
Similarly, the 6V-8T 9000RPM version gives several speed choices for compact drive systems. Also, its lower current data can help users compare power needs during early design work.
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|
| 10:1 | 900 rpm | ≤50mA | 780 rpm | ≤0.1A | 50 g.cm | ≥0.2 kg.cm | ≤0.38A |
| 20:1 | 450 rpm | ≤50mA | 385 rpm | ≤0.1A | 100 g.cm | ≥0.45 kg.cm | ≤0.38A |
| 35:1 | 250 rpm | ≤50mA | 220 rpm | ≤0.1A | 170 g.cm | ≥0.7 kg.cm | ≤0.38A |
| 63:1 | 140 rpm | ≤50mA | 120 rpm | ≤0.1A | 300 g.cm | ≥1.5 kg.cm | ≤0.38A |
| 86:1 | 105 rpm | ≤50mA | 90 rpm | ≤0.1A | 400 g.cm | ≥2 kg.cm | ≤0.38A |
| 115:1 | 80 rpm | ≤50mA | 68 rpm | ≤0.1A | 550 g.cm | ≥2.3 kg.cm | ≤0.38A |
| 150:1 | 60 rpm | ≤50mA | 50 rpm | ≤0.1A | 750 g.cm | Max 3 kg.cm | ≤0.38A |
| 250:1 | 35 rpm | ≤50mA | 30 rpm | ≤0.1A | 1250 g.cm | Max 3 kg.cm | ≤0.38A |
| 360:1 | 25 rpm | ≤50mA | 22 rpm | ≤0.1A | 1800 g.cm | Max 3 kg.cm | ≤0.38A |
Note: all reduced no-load speeds have a tolerance of ±15%.
Furthermore, this version is useful for projects that need smooth low-voltage drive control. As a result, users can match the ratio to the required speed range without changing the motor size.
Model: NFP-GM16-030PA-EN, 9V DC, 14000RPM
Next, the 9V 14000RPM 08-Type version provides higher base speed than the 6V options. Therefore, it is a good choice when the design needs faster output speed while keeping the same compact gearbox size.
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|
| 10:1 | 1350 rpm | ≤55mA | 1150 rpm | ≤0.12A | 50 g.cm | ≥0.25 kg.cm | ≤0.56A |
| 20:1 | 675 rpm | ≤55mA | 580 rpm | ≤0.12A | 100 g.cm | ≥0.5 kg.cm | ≤0.56A |
| 35:1 | 385 rpm | ≤55mA | 330 rpm | ≤0.12A | 170 g.cm | ≥0.8 kg.cm | ≤0.56A |
| 63:1 | 215 rpm | ≤55mA | 185 rpm | ≤0.12A | 300 g.cm | ≥1.8 kg.cm | ≤0.56A |
| 86:1 | 160 rpm | ≤55mA | 135 rpm | ≤0.12A | 400 g.cm | ≥2.3 kg.cm | ≤0.56A |
| 115:1 | 120 rpm | ≤55mA | 100 rpm | ≤0.12A | 550 g.cm | Max 3 kg.cm | ≤0.56A |
| 150:1 | 90 rpm | ≤55mA | 77 rpm | ≤0.12A | 750 g.cm | Max 3 kg.cm | ≤0.56A |
| 250:1 | 55 rpm | ≤55mA | 45 rpm | ≤0.12A | 1250 g.cm | Max 3 kg.cm | ≤0.56A |
| 360:1 | 38 rpm | ≤55mA | 32 rpm | ≤0.12A | 1800 g.cm | Max 3 kg.cm | ≤0.56A |
Note: all reduced no-load speeds have a tolerance of ±15%.
Moreover, this 9V option can support faster movement in small mechanisms. In addition, the table helps compare torque and current clearly for each ratio.
Model: NFP-GM16-030PA-EN, 12V DC, 18000RPM
Finally, the 12V 18000RPM 08-Type version gives the highest speed range in this product group. Therefore, it can work well in compact equipment that needs faster response and higher output speed.
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|
| 10:1 | 1750 rpm | ≤65mA | 1450 rpm | ≤0.16A | 50 g.cm | ≥0.3 kg.cm | ≤0.75A |
| 20:1 | 880 rpm | ≤65mA | 730 rpm | ≤0.16A | 100 g.cm | ≥0.6 kg.cm | ≤0.75A |
| 35:1 | 500 rpm | ≤65mA | 420 rpm | ≤0.16A | 170 g.cm | ≥1 kg.cm | ≤0.75A |
| 63:1 | 280 rpm | ≤65mA | 230 rpm | ≤0.16A | 300 g.cm | ≥2 kg.cm | ≤0.75A |
| 86:1 | 205 rpm | ≤65mA | 170 rpm | ≤0.16A | 400 g.cm | ≥2.5 kg.cm | ≤0.75A |
| 115:1 | 155 rpm | ≤65mA | 125 rpm | ≤0.16A | 550 g.cm | Max 3 kg.cm | ≤0.75A |
| 150:1 | 115 rpm | ≤65mA | 100 rpm | ≤0.16A | 750 g.cm | Max 3 kg.cm | ≤0.75A |
| 250:1 | 70 rpm | ≤65mA | 58 rpm | ≤0.16A | 1250 g.cm | Max 3 kg.cm | ≤0.75A |
| 360:1 | 50 rpm | ≤65mA | 40 rpm | ≤0.16A | 1800 g.cm | Max 3 kg.cm | ≤0.75A |
Note: all reduced no-load speeds have a tolerance of ±15%.
In conclusion, the 12V option is suitable when higher speed is more important than low-voltage drive. Also, the same gearbox ratios make it easy to compare this version with the 6V and 9V options.
DC Reduction Gearbox Motor Outline Drawing
First, the outline drawings show the main motor size, gearbox shape, shaft position, and mounting bracket. Therefore, users can check the available space before designing the final assembly.
In addition, the mounting bracket drawing helps users confirm the fixing method. As a result, the motor can be placed more easily in small devices, test tools, and custom mechanical builds.
Micro DC Geared Motor Encoder Wiring Tips
First, the encoder wiring diagram shows the motor power pins, Hall power pins, and AB phase signal outputs. Also, correct wiring helps the controller read speed and direction feedback more reliably.
Encoder Wire Definition
In addition, each wire has a clear function. Therefore, please check the controller pinout before connecting the motor and encoder.
- M2: motor power supply input negative pole [-]
- VCC: Hall power supply input positive pole
- C2: Hall signal output B phase
- C1: Hall signal output A phase
- GND: Hall power supply ground negative pole
- M1: motor power supply positive pole [+]
As a result, the AB phase signal can be used for speed feedback, direction detection, and closed-loop control. For example, this is useful in small robots, smart devices, and compact automation systems.
Encoder Parameters
Furthermore, the encoder parameters below help users match the motor with a microcontroller or drive board. Also, the built-in pull-up shaping resistor can make signal connection easier.
- Type: AB two-phase incremental magnetic Hall encoder
- Line speed: Basic pulse 7PPRx gear reduction ratio
- Power supply voltage: DC3.3V/DC5.0
- Basic functions: Built-in pull-up shaping resistor, directly connected to the microcontroller
- Interface type: ZH1.5-6PIN (standard cable)
- Output signal type: square wave AB phase
- Response frequency: 100KHz
- Basic pulse number: 7 PPR
- Number of magnetic ring trigger poles: 14 poles (7 pairs of poles)
In short, this micro DC gear motor with encoder gives compact size, multiple voltage choices, and useful feedback signals. Therefore, it is a practical option for small motion control projects.
Keywords: micro dc gear motor, small geared motor, tiny dc gearmotors, micro gearmotors
1.Payment methods : Paypal, T/T
Shipping:
1.Delivery: DHL/FedEx 3-5 days.
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.
jeffrey maloney –
This 16mm metal gear motor is incredibly powerful. I picked it up for a DIY robotics project and was blown away by its performance.
sahara jone –
I appreciate the precise control this motor gives me. The gear ratio is just right for accurate movements, which is exactly what I needed for my automation project.🤔🤔