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Stepper Motor

Name: Stepper Motor
Brand: RBA OPTISYNC PRIVATE LIMITED
Price: 1015.00 INR
Availability: InStock

Price 1015.00 INR/ Unit

Get a Price/Quote

MOQ : 01 , , Unit

Stepper Motor Specification

Torque
0.4 Nm

Efficacy
High Efficiency

Poles Number
4

Horse Power
0.0067 HP

Rated Voltage
12 V DC

Cooling Method
Air Cooled

Power Rating
5 W

Starting Type
Direct On Line

Noise Level
<50 dB

Sealed Type
Sealed

Bearing Type
Ball Bearing

Voltage
12 V DC

Pressure
Atmospheric

Standard
CE Certified

Rated Frequency
50 Hz

Current Type
DC

Motor Type
Stepper Motor

Ambient Temperature
-10C to 50C

Features
Low noise, High precision, Compact size

Product Type
Stepper Motor

Output Power
5 W

Frequency (MHz)
50 Hz

Protect Feature
Overload Protect

Phase
2

Speed
1200 RPM

Power
5 W

Color
Silver + Black

Dimension (L*W*H)
42mm x 42mm x 48mm

Weight
450 g

Shaft Diameter
5 mm

Mounting Type
Flange Mount

IP Rating
IP40

Applications
Printers, CNC Machines, Robotics, 3D Printers

Resonance
Low Resonance Design

Duty Cycle
Continuous

Service Life
>20,000 hours

Insulation Resistance
>100 M (500VDC)

Lead Wire
4 Wires

Frame Size
NEMA 17

Control Method
Unipolar/Bipolar

Insulation Class
Class B

Step Angle
1.8 per step

Stepper Motor Trade Information

Minimum Order Quantity
01 , , Unit

Supply Ability
50 Units Per Week

Delivery Time
3-4 Days

About Stepper Motor

Stepper Motor

Technical Specification:

Step Angle	1.8 Degree
Speed	1600 Rpm
Torque	0.07 Nm / 0.22 Nm
Power Source	Electric
Phase	Three Phase
Frequency	50 Hz
Model Name/Number	35A01 / 39A02
Iec Frame Sizes	35mm / 39 mm
Shaft Diameter	5 mm

Precision Motor for Accurate Motion Control

With a fine 1.8 per step angle and high holding torque, this stepper motor ensures exceptional positioning accuracycrucial for applications in robotics, CNC machinery, and advanced 3D printers. Its low resonance design further minimizes vibration, guaranteeing smooth, repeatable movements in high-precision tasks.

Built to Last: Reliable Performance and Endurance

Engineered for durability, the motor boasts a sealed, corrosion-resistant housing, IP40 protection, and high-grade ball bearing construction. It is optimized for continuous operation, offering a service life of over 20,000 hours, making it a dependable choice for both demanding industrial and hobbyist projects.

Flexible and Safe Integration

Supporting both unipolar and bipolar drive methods, this motor provides design flexibility for various control systems. With overload protection, stable insulationrated above 100 M at 500VDCand CE compliance, safety and reliability are foundational to every installation.

FAQs of Stepper Motor:

Q: How is this NEMA 17 stepper motor typically used in practical applications?

A: The motor is commonly employed in high-precision devices such as 3D printers, CNC machines, robotics, and professional or consumer-grade printers. Its compact design and step accuracy allow for controlled and repeatable movements, essential in automation and robotics tasks that require exact position control.

Q: What are the benefits of its low resonance design and high-precision features?

A: Low resonance construction minimizes vibrations, improving movement smoothness and accuracy. Combined with its fine 1.8 step angle, this ensures minimal mechanical noise and highly precise motion, which is especially valuable in applications like 3D printing and CNC milling where quality and detail are paramount.

Q: When should you choose a unipolar versus a bipolar control method with this motor?

A: Unipolar control is advantageous for applications needing simpler wiring and higher reliability under light loads, while bipolar configurations are preferred for higher torque and efficiency demands. Selection depends on your systems control circuitry and desired performance characteristics.

Q: Where is the optimal installation environment for this stepper motor?

A: Ideal conditions include an ambient temperature range of -10C to 50C and operation in an atmospheric pressure environment. With its IP40 rating and sealed design, it is best suited for indoor or protected enclosures where dust and moisture exposure are minimal.

Q: What is the recommended process for integrating this motor into a CNC or 3D printer setup?

A: Begin by securing the motor using its flange mount. Connect the 4 lead wires to a compatible stepper driver, ensuring correct phase wiring per your controllers specification. Set the voltage and current limits in accordance with the 12 V DC supply and motor ratings, then calibrate your control software for 1.8 per step resolution.

Q: How does the motors overload protection and insulation resistance contribute to operational safety?

A: Overload protection automatically limits current in the case of faults, preventing thermal damage. High insulation resistance (>100 M at 500VDC) further protects against electrical leakage, reducing the risk of short circuits or device failures during prolonged operation.

Q: What factors contribute to the motors long service life and efficiency?

A: The motors robust construction, high-quality ball bearings, air-cooled design, and continuous duty rating ensure minimal wear over time. Its advanced winding and efficiency-oriented features reduce energy loss, supporting over 20,000 hours of reliable service.

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