36mm Worm Gear Motor Model NFP-5840-555-ENCH
$35.50
Elevate your projects with the versatile 36mm Worm Gear Motor. Enjoy reversible rotation and easy installation for ultimate convenience!
DC Worm Gear Motor with Encoder & Cover Data Sheet
Product Overview
The NFP-5840-555-EN is a DC worm gear motor with encoder and protective cover. Therefore, it is suitable for drive systems that need high torque, speed feedback, and stable low-speed output.
In addition, the motor can rotate after power-on. As a result, users can test basic rotation with a suitable DC power supply.
Moreover, users can change the rotation direction by changing the input polarity. Therefore, this motor can support CW and CCW motion in many control systems.
Main Features
- Easy to use: The motor starts after power-on. Therefore, users can test it with a suitable 12V or 24V DC power supply.
- Reversible rotation: Users can change the input polarity to change rotation direction. As a result, the motor supports CW and CCW movement.
- 90° angle installation: The gearbox supports right-angle mounting. In addition, users can use an L-shaped steel bracket for easier assembly.
- Self-locking gearbox: The worm gear can help hold position after power-off. Therefore, it is useful for lift, lock, and position-holding systems.
- Encoder feedback: The AB Hall encoder provides signal output. Moreover, the cover helps protect the encoder from damage.
- Low noise and low service need: The metal gearbox provides stable output. Therefore, it can support long-term drive tasks under proper load.
Basic Motor Specifications
The table below shows the main motor data. Therefore, users can check voltage, speed range, current, torque, shaft size, power, rotation, and weight before selection.
| Model | NFP-5840-555-EN |
|---|---|
| Rated Voltage | 12V / 24V DC |
| No-load Speed | 10rpm – 917rpm |
| No-load Current | ≤0.5A / ≤0.65A |
| Max Torque | 70kg.cm |
| Shaft Diameter | 8mm |
| Shaft Length | 15mm |
| Output Power | 23.6W – 95W |
| Rotation | CW / CCW |
| Weight | appr. 435g |
12V DC Performance Data
The table below shows the 12V DC version with 7,800rpm motor speed before gearbox. Therefore, users can compare ratio, speed, current, rated torque, stall current, and stall torque before choosing a model.
In addition, lower ratios provide higher output speed. However, higher ratios provide lower speed and higher torque.
Model: NFP-5840-555-EN-1278, 12V DC, motor without gearbox 7,800rpm
| Ratio | No-load Current | No-load Speed | Rated Current | Rated Speed | Rated Torque | Stall Current | Stall Torque |
|---|---|---|---|---|---|---|---|
| 17:1 | ≤0.65A | 450rpm | ≤6A | 340rpm | 2.5kg.cm | ≤14A | ≥7kg.cm |
| 36:1 | ≤0.65A | 215rpm | ≤6A | 150rpm | 5kg.cm | ≤14A | ≥14kg.cm |
| 54:1 | ≤0.65A | 140rpm | ≤6A | 100rpm | 7.5kg.cm | ≤14A | ≥20kg.cm |
| 72:1 | ≤0.65A | 105rpm | ≤6A | 75rpm | 10kg.cm | ≤14A | ≥27kg.cm |
| 108:1 | ≤0.65A | 72rpm | ≤6A | 50rpm | 15kg.cm | ≤14A | ≥40kg.cm |
| 212:1 | ≤0.65A | 36rpm | ≤6A | 25rpm | 20kg.cm | ≤14A | Max 40kg.cm |
| 280:1 | ≤0.65A | 28rpm | ≤6A | 18rpm | 26kg.cm | ≤14A | Max 40kg.cm |
| 522:1 | ≤0.65A | 15rpm | ≤6A | 9rpm | 40kg.cm | ≤14A | Max 40kg.cm |
| 776:1 | ≤0.65A | 10rpm | ≤5A | 9rpm | 40kg.cm | ≤14A | Max 40kg.cm |
Note: all reduced no-load speeds have a tolerance of ±15%.
24V DC Performance Data
The table below shows the 24V DC version with 15,600rpm motor speed before gearbox. In addition, this version provides higher speed than the 12V version.
Moreover, users can choose the 24V version for stronger drive systems. Therefore, it is useful for equipment that needs higher output speed and higher power.
Model: NFP-5840-555-EN-24156, 24V DC, motor without gearbox 15,600rpm
| Ratio | No-load Current | No-load Speed | Rated Current | Rated Speed | Rated Torque | Stall Current | Stall Torque |
|---|---|---|---|---|---|---|---|
| 17:1 | ≤0.85A | 950rpm | ≤10A | 680rpm | 5kg.cm | ≤30A | ≥16kg.cm |
| 36:1 | ≤0.85A | 430rpm | ≤10A | 300rpm | 10kg.cm | ≤30A | ≥30kg.cm |
| 54:1 | ≤0.85A | 280rpm | ≤10A | 200rpm | 15kg.cm | ≤30A | ≥40kg.cm |
| 72:1 | ≤0.85A | 210rpm | ≤10A | 150rpm | 20kg.cm | ≤30A | Max 40kg.cm |
| 108:1 | ≤0.85A | 145rpm | ≤10A | 100rpm | 30kg.cm | ≤30A | Max 40kg.cm |
| 212:1 | ≤0.85A | 72rpm | ≤10A | 50rpm | 40kg.cm | ≤30A | Max 40kg.cm |
| 280:1 | ≤0.85A | 56rpm | ≤8.5A | 45rpm | 40kg.cm | ≤30A | Max 40kg.cm |
| 522:1 | ≤0.85A | 30rpm | ≤7A | 20rpm | 40kg.cm | ≤30A | Max 40kg.cm |
| 776:1 | ≤0.85A | 20rpm | ≤6.5A | 16rpm | 40kg.cm | ≤30A | Max 40kg.cm |
Note: all reduced no-load speeds have a tolerance of ±15%.
Worm Gearbox with Motor Outline Drawing
Gearbox Structure
The motor uses ball bearings and durable all-metal gears. Therefore, it can provide stable output under proper load.
In addition, the right-angle gearbox helps save installation space. As a result, it is suitable for compact equipment and side-mounted drive systems.
Common Use Areas
- Medical devices: The gear motor can support slow and controlled drive motion.
- Robotics: The worm gearbox can provide high torque in compact robot modules.
- Material handling: The motor can support small lifting, pushing, or transfer systems.
- Automation equipment: The encoder can support speed feedback and motion control.
- Security devices: The self-locking gearbox can help hold position after power-off.
Mechanical Outline
The outline drawing below shows the motor body, gearbox, output shaft, and mounting structure. Therefore, users can check the installation size before product design.
Micro Metal Gear Motor w/Encoder Connection Mode
Encoder Overview
The motor uses an AB dual-phase magnetic Hall encoder with a protective cover. Therefore, the encoder can provide feedback while reducing damage risk during handling.
Moreover, the encoder output helps users detect speed and direction. As a result, the motor is useful for closed-loop control projects.
Encoder Wiring Image
The image below shows the wiring method for the motor and encoder. Therefore, users should check each wire before connecting the motor to the MCU or driver.
Encoder Parameters
The table below shows the encoder data. In addition, it helps users check supply voltage, interface type, signal type, response frequency, and pulse number before wiring.
| Encoder Type | AB Dual-phase Incremental Magnetic Hall Encoder |
|---|---|
| Line Speed | Basic Pulse 17PPR x Gear Reduction Ratio |
| Supply Voltage | 3.3V / 5V DC |
| Basic Skills | Built-In pull-up shaping resistor, direct connection to MCU |
| Interface Type | XH2.54-6Pin (standard connection cable) |
| Output Signal Type | Square Wave AB Phase |
| Response Frequency | 100KHz |
| Basic Pulse Number | 17 PPR |
| Number of Magnetic Ring Trigger Poles | 34 Poles (17 Pairs) |
Selection Notes
- For higher speed: Choose a lower gear ratio. Therefore, the output speed will be higher.
- For higher torque: Choose a higher gear ratio. As a result, the output speed will be lower, but torque will increase.
- For 12V systems: Choose the 12V version when the power supply and driver use 12V DC.
- For 24V systems: Choose the 24V version when the power supply and driver use 24V DC.
- For encoder control: Check the 17PPR x gear ratio output before choosing the control program.
- For long motor life: Avoid overload and stalled operation. Moreover, keep the motor within the rated load range.
Keywords:
gear reduction motor, precision gear motor, dc motor metal gear, top gear motor, 12v gear motor, mini gear head motors, geared dc motor, electric gear motor, miniature gear motors, small motor gearbox, metal gear motor factory
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.
3.If you haven’t received the item on the Delivery Time, pls contact us by email if you have any questions. Normally, we will give you a reply within 24 hours, if not, pls check the spam of your email box. We will do our best to help you solve the problems.
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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.
Francisco –
The protective cover prevents dust and debris from damaging the motor and gears, which is especially helpful in dirty environments. The encoder also helps improve accuracy.
SHNEA PAUL –
The motor also has self-locking gears—when you remove power, the motor perfectly holds its position, which is great for applications like mine where stability is a priority.
Aaron Davis –
This is one of the best compact worm gear motors I’ve used with built-in feedback. The encoder output is clean and accurate, which makes it easy to integrate into closed-loop control systems.
Riya Singh –
The encoder takes position and speed control to a whole new level, and this an excellent worm drive gear motor setup. I will be developing more projects either these motors.🧐
Gary Gulden –
Rotates in both direction. Great price. Quick delivery. Good gearbox motor to have for back and forth rotation with the flick of a switch when use with commutator. The motor does get hot, but not so much that it was a problem for this use.