This is the Red variant of the 5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction Motor with Encoder in DC Motor with Encoder. Available at ₹3,189.54 (₹2,703.00 + GST) with free shipping across India.
Looking for 24v Motor? 5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction Motor with Encoder is available at Zbotic with fast shipping across India.
Description:
5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction Motor with Encoder
The brushless geared motor comprises a brushless high-speed motor and a gearbox, creating a comprehensive DC brushless geared motor. This setup significantly reduces project maintenance costs. When the project’s load remains within the rated torque of the motor, it becomes an ideal choice for smart devices requiring long-term reliability. Controlled by frequency conversion technology, the brushless motor offers superior energy efficiency compared to carbon brush motors.
Specification:
| Parameter | Specification |
|---|---|
| Model | 5840-3650 |
| Voltage | 24V |
| Speed | 160 RPM (Rotations Per Minute) |
| Motor Type | Brushless DC |
| Gear Type | Worm Gear Reduction |
| Encoder | Included |
| Operating Temperature | -10°C to +50°C |
Package Include:
- 1 x 5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction Motor with Encoder
5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction Overview
The 5840-3650 is a 24V brushless DC motor integrated with a micro-turbine worm gearbox and an incremental encoder, offering a stable 160 RPM output with self-locking capability. Its vertical output shaft arrangement and high-precision metal gears make it ideal for applications requiring reliable torque holding and precise motion feedback.
Key Features of 5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction
- Brushless DC motor with worm gear reduction delivering 160 RPM at 24 V
- Built-in encoder provides two-phase quadrature feedback for accurate speed and position control
- Self-locking worm gear prevents back-driving and holds load when power is off
- Durable metal gear train ensures low backlash, high precision and long service life
- Rotation direction configurable by changing wiring connections
- Genuine product with fast shipping from Zbotic across India
Applications and Use Cases
- Robotic arms and joints requiring precise torque control and position feedback
- Automated conveyor systems where self-locking holds the belt in standby
- Turntables and rotary indexing tables in assembly lines
- Pan/tilt camera mounts that need stable holding without constant power
- Electric valve actuators in fluid control systems with feedback monitoring
How to Use 5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction
Mount the motor using its flange holes, connect the three brushless phase wires to a compatible 24 V BLDC driver, and wire the encoder’s A/B output to your controller’s quadrature inputs. Adjust rotation by swapping two phase leads and configure your driver for frequency conversion control. Ensure the output shaft is secured to the driven mechanism and verify encoder pulse signals before full-scale operation.
Why Buy from Zbotic?
- Genuine Products: All items sourced from authorized distributors
- Fast Shipping: Orders ship within 24 hours with tracking (non backordered products)
- Free Shipping: Free delivery on qualifying orders
- COD Available: Cash on Delivery, UPI, cards, net banking
- Technical Support: Expert help for setup and troubleshooting
- Easy Returns: Hassle-free replacement for defective products
Frequently Asked Questions
How do I reverse the rotation direction of this motor?
To reverse rotation, swap any two of the three brushless phase wires on your motor driver. Ensure your driver is configured for brushless operation and confirm the new direction at low speed before full load.
What encoder signals does the motor provide?
The integrated incremental encoder outputs two-channel A/B quadrature pulse signals at TTL levels, compatible with most motion controllers and microcontroller encoder inputs for precise speed and position monitoring.
Will the worm gear hold position when power is removed?
Yes, the micro-turbine worm gear design provides self-locking capability, preventing the output shaft from turning under load when the motor is unpowered.
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Read More →Technical Specifications
| Operating Voltage | 24V |
|---|---|
| Speed | 160 RPM |
| Color | Red |
| SKU | AI3799 |
| Weight | 0.47125 kg |
| Availability | Out of Stock |
Applications & Use Cases
The 5840-3650 24V 160RPM/MIN Brushless DC Worm Gear Reduction Motor with Encoder is a versatile dc motor with encoder used across a wide range of applications including electronics projects, DIY builds, prototyping, and educational experiments.
Common use cases:
- Integrating into a custom electronics project
- Learning and experimenting with circuits
- Replacing or upgrading components in existing setups
This product is ideal for electronics enthusiasts, engineers, and students.
Technical Tip: Always verify voltage and current requirements before connecting to your circuit. Check datasheets for detailed specifications and pin configurations.
Shipping & Delivery
- Free shipping on orders above ₹999 across India
- Dispatched within 1-3 business days
- Expected delivery: 3-7 business days depending on location
- Secure packaging to ensure safe transit of electronic components
Aarav Singh –
Good quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Some variation in readings but within acceptable range.
Kabir Tiwari (verified owner) –
Great quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Calibrated it easily and the accuracy is impressive.
Aditi Kulkarni (verified owner) –
This 5840-3650 24V 160RPM/MIN Brushless DC Worm is excellent for the price. My data logging project is working perfectly now.
Sachin Reddy (verified owner) –
This 5840-3650 24V 160RPM/MIN Brushless DC Worm is a must-have for sensor projects. Plug and play with Arduino.
Sanya Patil –
This 5840-3650 24V 160RPM/MIN Brushless DC Worm is a must-have for sensor projects. Plug and play with Arduino.
Aryan Vohra (verified owner) –
Average 5840-3650 24V 160RPM/MIN Brushless DC Worm. Readings fluctuate a bit. Works for rough measurements.
Gaurav Modi (verified owner) –
Great quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Calibrated it easily and the accuracy is impressive.
Jayesh Shetty (verified owner) –
Great quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Calibrated it easily and the accuracy is impressive.
Om Goyal –
Love this 5840-3650 24V 160RPM/MIN Brushless DC Worm. Response time is fast and readings are stable.
Vishal Kulkarni (verified owner) –
Perfect 5840-3650 24V 160RPM/MIN Brushless DC Worm for my automation project. Integrates seamlessly with my microcontroller.
Utkarsh Khurana –
Great 5840-3650 24V 160RPM/MIN Brushless DC Worm. Using it in my smart agriculture system. Reliable measurements every time.
Meera Gupta –
This 5840-3650 24V 160RPM/MIN Brushless DC Worm is excellent for the price. My data logging project is working perfectly now.
Manoj Dubey (verified owner) –
Nice 5840-3650 24V 160RPM/MIN Brushless DC Worm. Readings are mostly accurate. Good enough for my hobby project.
Nandini Gupta (verified owner) –
Love this 5840-3650 24V 160RPM/MIN Brushless DC Worm. Response time is fast and readings are stable.
Hitesh Parekh (verified owner) –
This 5840-3650 24V 160RPM/MIN Brushless DC Worm is a must-have for sensor projects. Plug and play with Arduino.
Kabir Goyal (verified owner) –
Great quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Calibrated it easily and the accuracy is impressive.
Ankur Arora (verified owner) –
This 5840-3650 24V 160RPM/MIN Brushless DC Worm is a must-have for sensor projects. Plug and play with Arduino.
Yogesh Reddy –
Bought this 5840-3650 24V 160RPM/MIN Brushless DC Worm for my college project. Accurate readings, easy to code. Very happy!
Sanjay Choudhury (verified owner) –
Good quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Some variation in readings but within acceptable range.
Priya Choudhury (verified owner) –
Great quality 5840-3650 24V 160RPM/MIN Brushless DC Worm. Calibrated it easily and the accuracy is impressive.