NEMA14 Tiny Dynamo, Big Precision: Your Compact Automation Partner
NEMA 14 Tiny Dynamo, Big Precision: Your Compact Automation Partner
NEMA 14 (35 x 35mm)
Nema 14 Closed Loop Stepper Motor, is a compact yet powerful solution for precision applications. with a torque range of 0.22 to 0.42 Nm, a 1.8-degree step angle ensures precision, making it perfect for small-scale CNC machines and robotics.
With closed-loop control, this motor eliminates step loss, ensuring accurate performance. Featuring a frame size of 35mm, it's the ideal choice for projects where space and precision are paramount. Elevate your miniature automation with this cutting-edge stepper motor.
Nema 14
Nema 14
Nema 14
Nema 14
Nema 14
Nema 14
Features:
- Compact Size: 35mm frame size, perfect for space-constrained applications.
- Torque Range: Offers a torque range typically between 0.22 to 0.42 Nm (Newton-meters).
- 1.8-Degree Step Angle: Ensures precise positioning and control.
- Closed-Loop Control: Eliminates step loss for accurate and reliable operation.
- Ideal for Miniature Automation: Suitable for small-scale CNC machines and robotics.
- Efficient Micro stepping: Provides high-resolution control for intricate tasks.
- Dependable Performance: Ensures reliability in compact and precise applications
Nema 14 Description
- Manufacturer Part Number: NEMA14-28/54
- Step Angle: 1.8deg
- Rated Voltage:24V
- Rated Current: 1.0A/1.2A
- Holding Torque: 1.6Kg-cm/4Kg-cm
- Number of Phase:2
- Motor Length: 60mm
- Shaft Mode:D
- Shaft Diameter:5mm
- Shaft Length:23mm
- Weight:0.16kg/0.3kg
- Number of Leads:7
- Encode Type: 14 Bit Absolute Value Magnetic Encoder
- COM Mode:Modbus
- Control Mode:Double Pulse/Pulse+Dir
- PPR: 200/400/800/1600/3200/6400/12800/25600/51200/1000/2000/4000/5000/8000/10000/20000/25000/40000
The customization of the closed loop stepper motor can be tailored to meet the specific requirements of the customer.
Shaft Length, Shape, Size:
Customers have the flexibility to define the length, shape, and size of the closed loop stepper motor shaft to align with their particular application. This will entail customized machining and manufacturing of the shaft.
Software Customization:
To the customer’s unique specifications, various software customizations will be implemented. This might involve:
Customizing the motion control program of the stepper motor to meet specific motion requirements.
Integrating additional features, such as position feedback and speed control.
Personalizing the software interface for user convenience and seamless integration.
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