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Stepper Motor Drive Controller, Pulse Generation Module, PWM Speed Control with High 5.4k, 160kHz, 16.6kHz Low, Easy Control Platform for Stepping Motor, DC Power Supply, Pulse
![](https://ziontechgroup.com/wp-content/uploads/2024/12/71lM6qX-i8L._SL1500_.jpg)
Price: $7.44
(as of Dec 18,2024 11:31:32 UTC – Details)
[Comprehensive Port Options] Allows for measurement and connection to both pul and coyin (or coyang) ports for seamless integration and functionality.
[ Signal Control] This module generates high, middle, and low, frequency signals to efficiently control stepping motors and must be paired with a compatible drive.
[Variable Signal Frequencies] Features 5.4 khz to 160 khz and 80 hz to 2.4 khz low frequency signals for precise control and easy selection.
[Versatile Signal Output] Capable of producing pulse and pwm signals, with the option to choose via a jumper to suit different needs.
[Simple Control Setup] Easily create a simple control platform with a controller, stepper driver, stepper motor, and dc power supply.
Spec:
Condition: Brand NewItem Type: Stepper Motor Drive Controller
Material: Metal
Coloe: As Pictures Shown
Out of sync motor driver port tag is different but the same function
EN = ENA = unrestrained can make
PUL = PULS = CLK pulse
DIR = the CW = CWW direction
Yang connection (B)
EN + PUL + DIR + together received a total of anode side.
Meet EN EN –
PUL – answer the CLK
DIR – meet DIR
A total of Yin connection (B)
EN – PUL – DIR – together received a total of cathode .
EN + meet EN
PUL + answer the CLK
DIR + meet DIR
Package List:
1 x and nbsp;Stepper Motor Drive Controller2 x Screw Gasket
Package Dimensions : 5.12 x 3.54 x 0.79 inches; 0.88 ounces
Item model number : Diochekbvrpi3gxm
Date First Available : December 5, 2024
Manufacturer : Dioche
ASIN : B0DPMZYSGM
Country of Origin : China
[Comprehensive Port Options] Allows for measurement and connection to both pul and coyin (or coyang) ports for seamless integration and functionality.
[ Signal Control] This module generates high, middle, and low, frequency signals to efficiently control stepping motors and must be paired with a compatible drive.
[Variable Signal Frequencies] Features 5.4 khz to 160 khz and 80 hz to 2.4 khz low frequency signals for precise control and easy selection.
[Versatile Signal Output] Capable of producing pulse and pwm signals, with the option to choose via a jumper to suit different needs.
[Simple Control Setup] Easily create a simple control platform with a controller, stepper driver, stepper motor, and dc power supply.
In today’s post, we will be discussing an essential component for controlling stepper motors – the Stepper Motor Drive Controller. This device is crucial for accurately controlling the movement of stepper motors, making it ideal for a wide range of applications such as robotics, CNC machines, 3D printers, and more.
One of the key features of the Stepper Motor Drive Controller is its Pulse Generation Module, which allows for precise control over the step size and speed of the motor. This module generates pulses at a high frequency of 5.4k, 160kHz, and a low frequency of 16.6kHz, ensuring smooth and accurate movement of the motor.
Additionally, the Stepper Motor Drive Controller features PWM Speed Control, allowing users to adjust the speed of the motor easily. This feature is essential for applications where variable speed control is needed, such as in conveyor systems or automated production lines.
What sets this controller apart is its user-friendly control platform, which makes it easy to set up and operate. With just a few simple adjustments, users can configure the controller to meet their specific requirements, making it a versatile and convenient solution for controlling stepper motors.
To power the Stepper Motor Drive Controller, a DC power supply is required. This ensures that the controller receives a stable and reliable power source, allowing for consistent and accurate control over the motor.
Overall, the Stepper Motor Drive Controller is an essential tool for anyone working with stepper motors. Its high pulse generation capabilities, PWM speed control, and easy-to-use platform make it an ideal choice for a wide range of applications.
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