36mm Worm Gear Motor Model NFP-GW5840-555-S
$28.00
Engineered for reliability, the 36mm worm gear motor is your ultimate solution for versatile applications. Do not miss out on this power!
Power-off Self-locking 12V 24V Worm Gear Reducer Motor Parameter
Product Overview
First, the NFP-GW5840-555-S is a power-off self-locking worm gear reducer motor. Therefore, it is suitable for systems that need high torque, low speed, and safe position holding.
In addition, this motor supports 12V and 24V DC options. As a result, users can choose the right voltage for different drive systems.
Moreover, the worm gear structure helps reduce back-driving when power is off. Therefore, it works well in locks, lifts, actuators, and other hold-position devices.
Main Features
- First, power-off self-locking: The worm gear helps hold the shaft position and can improve safety in many drive systems.
- In addition, high torque output: The gearbox provides strong torque at low speed and works well for heavy-load tasks.
- Also, 12V and 24V options: Users can choose the right voltage to match different power systems.
- Next, D-shaped shaft: The 8mm shaft helps reduce slipping and makes installation easier.
- Finally, CW and CCW rotation: The motor supports forward and reverse rotation for two-way drive systems.
Basic Motor Data
First, the table below shows the main motor data. Therefore, users can check voltage, shaft size, rotation, and weight before testing.
| Model | NFP-GW5840-555-S |
|---|---|
| Rated Voltage | 12V DC / 24V DC |
| Rotation | CW / CCW |
| Shaft Diameter | 8mm (D-cut: 7mm) |
| Shaft Length | 15mm (D-cut: 13mm) |
| Weight | Appr. 425g |
As a result, this motor is easy to compare before choosing a ratio. Moreover, the 8mm D-cut shaft helps support stable mechanical connection.
Worm Gear Reducer Motor Performance Data
12V DC Performance Data
First, the table below shows the 12V DC version. Therefore, users can compare speed, current, torque, and stall data before choosing a ratio.
In addition, lower ratios provide higher output speed. However, higher ratios provide lower speed and stronger torque for slow drive tasks.
Model: NFP-GW5840-555-S, 12V DC, 7,800rpm
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Current | Stall Torque |
|---|---|---|---|---|---|---|---|
| 17:1 | 450rpm | ≤650mA | 340rpm | ≤6A | 2.5kg.cm | ≤14A | ≥7kg.cm |
| 36:1 | 215rpm | ≤650mA | 150rpm | ≤6A | 5kg.cm | ≤14A | ≥14kg.cm |
| 54:1 | 140rpm | ≤650mA | 100rpm | ≤6A | 7.5kg.cm | ≤14A | ≥20kg.cm |
| 72:1 | 105rpm | ≤650mA | 75rpm | ≤6A | 10kg.cm | ≤14A | ≥27kg.cm |
| 108:1 | 72rpm | ≤650mA | 50rpm | ≤6A | 15kg.cm | ≤14A | ≥40kg.cm |
| 212:1 | 36rpm | ≤650mA | 25rpm | ≤6A | 20kg.cm | ≤14A | Max 40kg.cm |
| 280:1 | 28rpm | ≤650mA | 18rpm | ≤6A | 26kg.cm | ≤14A | Max 40kg.cm |
| 590:1 | 15rpm | ≤650mA | 9rpm | ≤6A | 40kg.cm | ≤14A | Max 40kg.cm |
| 776:1 | 10rpm | ≤650mA | 8rpm | ≤6A | 40kg.cm | ≤14A | Max 40kg.cm |
Note: All reduced no-load speeds have a tolerance of ±15%. In addition, do not run the motor in a stuck-rotor state.
As a result, the 12V version covers speeds from 10rpm to 450rpm. Moreover, the 590:1 and 776:1 ratios provide the strongest rated torque in this table.
12V DC Selection Notes
- First, for higher speed: Choose 17:1, 36:1, or 54:1.
- In addition, for balanced output: Choose 72:1, 108:1, or 212:1.
- Also, for high torque: Choose 280:1, 590:1, or 776:1.
- Finally, for safe use: Avoid stuck-rotor operation and keep the motor within rated load.
24V DC Performance Data
Next, the table below shows the 24V DC version. In addition, this version provides higher no-load speed than the 12V version.
Moreover, users can choose this option for 24V power systems. Therefore, it is useful for stronger drive needs and higher-speed output.
Model: NFP-GW5840-555-S, 24V DC, 15,600rpm
| Ratio | No-load Speed | No-load Current | Rated Speed | Rated Current | Rated Torque | Stall Current | Stall Torque |
|---|---|---|---|---|---|---|---|
| 17:1 | 950rpm | ≤850mA | 680rpm | ≤10A | 5kg.cm | ≤4.4A | ≥16kg.cm |
| 36:1 | 430rpm | ≤850mA | 300rpm | ≤10A | 10kg.cm | ≤4.4A | ≥30kg.cm |
| 54:1 | 280rpm | ≤850mA | 200rpm | ≤10A | 15kg.cm | ≤4.4A | ≥40kg.cm |
| 72:1 | 210rpm | ≤850mA | 150rpm | ≤10A | 20kg.cm | ≤4.4A | Max 40kg.cm |
| 108:1 | 145rpm | ≤850mA | 100rpm | ≤10A | 30kg.cm | ≤4.4A | Max 40kg.cm |
| 212:1 | 72rpm | ≤850mA | 50rpm | ≤10A | 40kg.cm | ≤4.4A | Max 40kg.cm |
| 280:1 | 56rpm | ≤850mA | 45rpm | ≤10A | 40kg.cm | ≤4.4A | Max 40kg.cm |
| 590:1 | 30rpm | ≤850mA | 20rpm | ≤10A | 40kg.cm | ≤4.4A | Max 40kg.cm |
| 776:1 | 20rpm | ≤850mA | 16rpm | ≤10A | 40kg.cm | ≤4.4A | Max 40kg.cm |
Note: All reduced no-load speeds have a tolerance of ±15%. In addition, do not run the motor in a stuck-rotor state.
In conclusion, the 24V version covers speeds from 20rpm to 950rpm. Also, ratios from 212:1 to 776:1 provide the strongest rated torque in this table.
24V DC Selection Notes
- First, for higher speed: Choose 17:1, 36:1, or 54:1.
- In addition, for stronger output: Choose 72:1, 108:1, or 212:1.
- Also, for maximum rated torque: Choose 280:1, 590:1, or 776:1.
- Finally, for 24V systems: Use this version when the product uses a 24V DC power supply.
Adjustable Speed Dual Ball Bearing Gear Motor Outline Drawing
Motor Structure
First, the drawing below shows the motor body, gearbox, and output shaft. Therefore, users can check the mounting space before design.
In addition, the right-angle gearbox layout helps save internal space. As a result, the motor can fit compact products where straight output is not suitable.
Moreover, the D-shaped shaft helps reduce slipping during operation. Therefore, it can improve assembly stability and save installation time.
Design Advantages
- First, dual ball bearing: The bearing structure helps improve shaft support and smoother rotation.
- In addition, pure copper winding: The rotor uses pure copper wire for low resistance and better conductivity.
- Also, higher torque: The copper winding helps increase motor torque under proper load.
- Next, D-shaped shaft: The D-cut shaft is easy to install and helps reduce slipping.
- Finally, adjustable speed: Users can adjust speed according to the drive need.
Applications and Selection Tips
Typical Applications
Finally, this power-off self-locking worm gear reducer motor is useful for products that need high torque, stable position holding, and reversible motion. For example, it can work in electric actuators, locks, lifting systems, valves, automation equipment, and industrial mechanisms.
- First, electric actuators: The worm gearbox helps provide strong low-speed output.
- In addition, locks and hold-position devices: The self-locking function helps keep position after power-off.
- Also, lifting systems: The high-ratio options support higher torque output.
- Next, electric valves: CW and CCW rotation supports open and close movement.
- Moreover, automation equipment: The motor supports stable and controlled motion.
- Finally, industrial mechanisms: The 24V version can support stronger drive systems.
How to Choose the Right Ratio
First, users should choose the ratio based on the required speed and load torque. Also, users should check whether the system uses 12V or 24V DC power.
In addition, lower ratios give faster output speed. Therefore, they are better for quick movement when the load is lighter.
Moreover, higher ratios give stronger low-speed output. As a result, they are better for heavy loads, lifting, locking, and position holding tasks.
Final Selection Notes
- First, check voltage: Choose 12V or 24V based on the power supply.
- In addition, check speed: Choose a lower ratio when faster output is required.
- Also, check torque: Choose a higher ratio when stronger output torque is needed.
- Next, check shaft fit: Confirm the 8mm D-cut output shaft before mechanical design.
- Moreover, check current: Make sure the power supply can handle the listed current range.
- Finally, avoid stuck rotor: Do not run the motor in a stuck-rotor state.
In short, the NFP-GW5840-555-S worm gear reducer motor is a good fit for products that need 12V or 24V DC power, power-off self-locking support, D-cut shaft output, high torque, adjustable speed, and stable low-speed motion.
Keywords: 12V gear motor, worm DC gear motor, DC geared motor 12V datasheet, 12V right angle gear motor, gear for 12V DC motor, DC worm gear motor manufacturers, 12 volt gearhead 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.
Lauren Murphy –
Its most notable feature is its quiet operation, making it an ideal choice for environments such as medical equipment and robotics, where noise reduction is crucial.
Zephyrian Smith –
It is good to see the power range of 10.8W to 43.2W, which allows good control over speed and force.😇
Alok Singh –
This 36mm worm gear motor is compact and powerful. I used it for a vertical lift project and the self-locking feature was very useful – it can hold position without constant power.
mayank verma –
I used this motor to power my holiday display and it did not disappoint. It was the right size for it, had plenty of power and made everything look great.👏
William N –
I’ve tested this worm gear motor over several months and it’s been in a smart home project about remote control with no problems. High torque, really nice!!