20mm Worm Gear Motor Model NFP-GF5560-180-EN
$21.50
Optimize your projects with the advanced 180 motor with encoder big torque. Built for durability and silent operation, it is a smart choice! 🔧
26.9:1, 53.8:1, 161:1, 322:1 3D DRAWING
700:1, 1,400:1 3D DRAWING
Gear Box Reduction Motor Flat Gear Motor Data Sheet
Product Overview
First, the 20mm 6V, 12V micro flat spur gear motor, model NFP-GF5560-180-EN, is made for high torque and stable output. Therefore, it is suitable for small drive systems that need compact size and reliable motion.
In addition, this gear motor has a self-locking structure. As a result, it can help hold position when power is off.
Moreover, the flat gear motor works well in robotics, small automation systems, and DIY projects. Therefore, it is a good choice for compact products that need low speed and high torque.
Main Features
- First, high torque: The motor gives strong torque across many gear ratios. Therefore, it works well in heavy-load tasks.
- In addition, voltage options: The motor supports 6V and 12V DC. Also, some versions support 24V DC.
- Also, self-locking design: The gearbox can help stop back-driving. As a result, it helps keep the shaft position stable.
- Next, compact body: The 20mm motor size saves space. Therefore, it fits small devices and tight layouts.
- Moreover, durable build: The motor uses strong materials. As a result, it can support long-term use in small drive systems.
- Finally, encoder support: The EN version helps support feedback needs in compact control systems.
Also, for mass production quantity, please contact us for quotation, custom options, and project support.
Flat Gear Motor Performance Data
6V DC Performance Data
First, the table below shows the 6V DC version. Therefore, users can compare speed, current, torque, and stall data before choosing a ratio.
In addition, lower ratios provide higher speed. However, higher ratios provide lower speed and stronger torque for compact holding tasks.
Model: NFP-GF5560-180-EN, 6V DC
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|
| 26.9:1 | 290rpm | ≤0.13A | 230rpm | ≤1.8A | 0.25kg.cm | ≥1kg.cm | ≤0.6A |
| 53.8:1 | 145rpm | ≤0.13A | 110rpm | ≤1.8A | 0.5kg.cm | ≥2kg.cm | ≤0.6A |
| 161:1 | 50rpm | ≤0.13A | 40rpm | ≤1.8A | 1.6kg.cm | ≥7kg.cm | ≤0.6A |
| 322:1 | 25rpm | ≤0.13A | 19rpm | ≤1.8A | 3kg.cm | ≥14kg.cm | ≤0.6A |
| 700:1 | 11rpm | ≤0.13A | 9rpm | ≤1.8A | 6.5kg.cm | ≥30kg.cm | ≤0.6A |
| 1,400:1 | 5.5rpm | ≤0.13A | 4.5rpm | ≤1.8A | 12.5kg.cm | ≥40kg.cm | ≤0.6A |
Note: All reduced no-load speeds have a tolerance of ±15%.
Therefore, users should allow a small speed range during product design. Also, the 1,400:1 ratio gives the strongest rated torque in this table.
6V DC Selection Notes
- First, for higher speed: Choose 26.9:1 or 53.8:1.
- In addition, for balanced output: Choose 161:1 or 322:1.
- Also, for higher torque: Choose 700:1 or 1,400:1.
- Finally, for 6V systems: Use this version when the product uses a 6V DC power supply.
12V DC Performance Data
Next, the table below shows the 12V DC version. In addition, it gives users higher speed and torque options for compact drive systems.
Therefore, this version is useful when a project needs more speed than the 6V option. Also, it supports higher rated torque at the 1,400:1 ratio.
Model: NFP-GF5560-180-EN, 12V DC
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|
| 26.9:1 | 590rpm | ≤0.2A | 460rpm | ≤0.8A | 0.5kg.cm | ≥2kg.cm | ≤3.3A |
| 53.8:1 | 295rpm | ≤0.2A | 230rpm | ≤0.8A | 1kg.cm | ≥4kg.cm | ≤3.3A |
| 161:1 | 100rpm | ≤0.2A | 78rpm | ≤0.8A | 3kg.cm | ≥14kg.cm | ≤3.3A |
| 322:1 | 50rpm | ≤0.2A | 39rpm | ≤0.8A | 6kg.cm | ≥28kg.cm | ≤3.3A |
| 700:1 | 23rpm | ≤0.2A | 18rpm | ≤0.8A | 13kg.cm | ≥40kg.cm | ≤3.3A |
| 1,400:1 | 11rpm | ≤0.2A | 9rpm | ≤0.8A | 25kg.cm | ≥40kg.cm | ≤3.3A |
Note: All reduced no-load speeds have a tolerance of ±15%.
As a result, the 12V DC version is useful when a project needs more speed than the 6V option. Also, the 1,400:1 ratio provides the strongest rated torque in this table.
12V DC Selection Notes
- First, for higher speed: Choose 26.9:1 or 53.8:1.
- In addition, for balanced output: Choose 161:1 or 322:1.
- Also, for higher torque: Choose 700:1 or 1,400:1.
- Finally, for 12V systems: Use this version when the product uses a 12V DC power supply.
12V 24150# Performance Data
Furthermore, the table below shows the 12V 24150# version. Therefore, users can select this version when they need lower current and steady torque output.
In addition, this table lists rated torque in both kg.cm and N.m. As a result, users can compare torque values during mechanical design.
Model: NFP-GF5560-180-EN, 12V 24150#
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Torque (N.m) | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|
| 53.8:1 | 135rpm | ≤120mA | 100rpm | ≤350mA | 0.5kg.cm | 0.05N.m | ≥1.3kg.cm | ≤1.25A |
| 161:1 | 45rpm | ≤120mA | 33rpm | ≤350mA | 1.5kg.cm | 0.15N.m | ≥4kg.cm | ≤1.25A |
| 322:1 | 23rpm | ≤120mA | 17rpm | ≤350mA | 3kg.cm | 0.3N.m | ≥10kg.cm | ≤1.25A |
| 700:1 | 10rpm | ≤120mA | 8rpm | ≤350mA | 6kg.cm | 0.6N.m | ≥18kg.cm | ≤1.25A |
| 1,400:1 | 5rpm | ≤120mA | 4rpm | ≤350mA | 12kg.cm | 1.2N.m | ≥30kg.cm | ≤1.25A |
Note: All reduced no-load speeds have a tolerance of ±15%.
Therefore, the 12V 24150# version is a good choice for lower current use. In addition, the 1,400:1 ratio gives the strongest rated torque in this table.
24V 24150# Performance Data
Moreover, the table below shows the 24V 24150# version. Also, this option is useful for projects that use a 24V power system.
In addition, this version gives higher speed than the 12V 24150# version. Therefore, it can fit compact products that need 24V power and faster output.
Model: NFP-GF5560-180-EN, 24V 24150#
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Rated Torque (N.m) | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|---|
| 53.8:1 | 278rpm | ≤150mA | 200rpm | ≤550mA | 0.8kg.cm | 0.08N.m | ≥3.5kg.cm | ≤2.3A |
| 161:1 | 93rpm | ≤150mA | 70rpm | ≤550mA | 2.5kg.cm | 0.1N.m | ≥10kg.cm | ≤2.3A |
| 322:1 | 47rpm | ≤150mA | 36rpm | ≤550mA | 5kg.cm | 0.5N.m | ≥20kg.cm | ≤2.3A |
| 700:1 | 21rpm | ≤150mA | 16rpm | ≤550mA | 10kg.cm | 1N.m | ≥30kg.cm | ≤2.3A |
| 1,400:1 | 10.5rpm | ≤150mA | 8rpm | ≤550mA | 20kg.cm | 2N.m | ≥40kg.cm | ≤2.3A |
Note: All reduced no-load speeds have a tolerance of ±15%.
In conclusion, the 24V 24150# version supports compact products that need a 24V supply. Also, the 1,400:1 ratio provides the strongest rated torque in this table.
Performance Selection Notes
- First, for higher speed: Choose lower ratios such as 26.9:1 or 53.8:1.
- In addition, for balanced output: Choose 161:1 or 322:1 based on the load.
- Also, for higher torque: Choose 700:1 or 1,400:1.
- Next, for low-voltage systems: Choose the 6V or 12V version based on the power supply.
- Moreover, for 24V systems: Choose the 24V 24150# version when the controller uses 24V DC.
- Finally, for safe use: Test the motor under real load before production.
180 Metal Gear Motor Outline Drawing
Motor Outline and Shaft Direction
First, the 20mm micro flat spur gear motor, model NFP-GF5560-180-EN, offers high torque and a self-locking function. Therefore, it is useful for compact drive systems that need stable position control.
In addition, the drawing below shows the output shaft extend direction. As a result, users can confirm the drive side before mechanical design.
Next, please refer to the drawings above and below to check the OUTPUT SHAFT EXTEND SIDE. Also, confirm the shaft direction before designing brackets, gears, or housings.
Outline Drawing and Design Benefits
- First, compact flat structure: The motor can fit tight product spaces.
- In addition, encoder version: The EN model supports feedback control needs.
- Also, shaft direction reference: The drawing helps users confirm the output side.
- Next, self-locking support: The gearbox helps reduce back-driving after power-off.
- Moreover, multiple ratio options: Users can choose faster speed or stronger torque.
- Finally, clear dimensions: The drawing helps users design brackets and housings.
Applications and Selection Tips
Applications
Furthermore, this flat gear motor is suitable for many small drive systems. For example, it can work in robots, smart locks, small tools, and auto control parts.
- First, robotics: The motor can drive wheels and small arms. Therefore, it supports compact robot motion.
- In addition, automation systems: It can work in small conveyor belts and sorting units. Also, it helps provide stable low-speed motion.
- Also, DIY projects: The motor can support model cars, boats, planes, and small test builds.
- Next, consumer electronics: It can work in small home devices and electronic toys.
- Moreover, medical devices: It can support portable pumps and small care devices.
- Also, automotive systems: It can drive power mirrors, small actuators, and other compact parts.
- Finally, security systems: It can work in camera pan/tilt units, door locks, and other safety devices.
How to Choose the Right Version
First, choose the voltage based on the power supply and controller. Also, choose the ratio based on output speed, rated torque, current, and available space.
In addition, lower ratios provide faster output speed. Therefore, they are better for quick movement and lighter loads.
Moreover, higher ratios provide slower output and stronger torque. As a result, they are better for holding, locking, lifting, and force-driven tasks.
Final Selection Notes
- First, check voltage: Choose 6V, 12V, or 24V based on the power supply.
- In addition, check ratio: Choose lower ratios for speed and higher ratios for torque.
- Also, check current: Make sure the driver can handle the listed rated current.
- Next, check shaft direction: Use the shaft direction drawing before mechanical design.
- Moreover, check encoder needs: Use the EN version when feedback control is required.
- Finally, test real load: Confirm current, temperature, torque, feedback signal, and service life before production.
In short, the NFP-GF5560-180-EN flat spur gear motor is a good option for compact products that need 6V, 12V, or 24V DC power, encoder support, low-speed output, self-locking support, high torque, and small gearbox size.
Keywords: 20mm micro spur gear motor, NFP-GF5560-180, 6V gear motor, 12V gear motor, self-locking motor, high torque gear motor, flat spur gear motor
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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.
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