Stepper Motor Controller with Microcontroller

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Product Details:

Usage Stepper motor speed and position control in automation and robotics
Power 12V DC, 2A minimum (motor dependent)
Display 7-Segment LED/LCD display for step and status indication
Voltage Input voltage range: 12V to 24V DC
Product Type Stepper Motor Controller with Microcontroller
Material High-quality PCB, ABS/plastic enclosure
Design Compact, modular, PCB-based controller with connectivity terminals
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Stepper Motor Controller with Microcontroller Price And Quantity

Minimum Order Quantity 1 Unit

Indicators LED status indicators for power and motor state
Step Resolution Full step, half step, microstepping (if firmware supports)
Control Method Manual through buttons or switches, or external signal/serial communication
Supported Stepper Motors Compatible with 2-phase and 4-phase stepper motors
Outputs Standard motor drive outputs (A+, A-, B+, B-)
Maximum Output Current Up to 2.5A per phase (motor dependent)
Operating Temperature 0°C to 55°C
Microcontroller Type Onboard microcontroller (e.g., Atmega328/STM32)
Enclosure Type Ventilated plastic
Mounting Panel mount and desktop use
Protection Features Overcurrent, thermal shutdown, polarity protection
Communication Interface UART/RS232/TTL (depending on version)

Stepper Motor Controller with Microcontroller Product Specifications

Charging Time N/A (mains powered, not battery operated)
Product Type Stepper Motor Controller with Microcontroller
Power Source External DC Adapter / SMPS
Voltage Input voltage range: 12V to 24V DC
Accuracy High precision, typically 1.8 per step
Design Compact, modular, PCB-based controller with connectivity terminals
Weight Approx. 350 grams
Material High-quality PCB, ABS/plastic enclosure
Illuminant N/A (no lighting/illuminant feature)
Detector N/A (not applicable to motor controller)
Power 12V DC, 2A minimum (motor dependent)
Usage Stepper motor speed and position control in automation and robotics
Dimension (L*W*H) Approx. 165mm x 110mm x 35mm
Display 7-Segment LED/LCD display for step and status indication

Indicators LED status indicators for power and motor state
Step Resolution Full step, half step, microstepping (if firmware supports)
Control Method Manual through buttons or switches, or external signal/serial communication
Supported Stepper Motors Compatible with 2-phase and 4-phase stepper motors
Outputs Standard motor drive outputs (A+, A-, B+, B-)
Maximum Output Current Up to 2.5A per phase (motor dependent)
Operating Temperature 0°C to 55°C
Microcontroller Type Onboard microcontroller (e.g., Atmega328/STM32)
Enclosure Type Ventilated plastic
Mounting Panel mount and desktop use
Protection Features Overcurrent, thermal shutdown, polarity protection
Communication Interface UART/RS232/TTL (depending on version)

Stepper Motor Controller with Microcontroller Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

DESCRIPTION

This experimental set up is designed to study of a small stepper motor fitted with calibrated dial and servo potentiometer in see through cabinet. The main unit has a motor controller, pulse sequence generator, variable frequency square wave oscillator, single step mono pulsar and wobbling signal to observe dynamic response. The unit can be interface with µPkit.

TECHNICAL SPECIFICATIONS

TTL circuit for single stepping & free running mode frequency 10-100Hz.
Wobble mode.
Direction selector.
LED indicators for phase sequence.
µPinterface.
Calibrated dial for position monitoring.
Position pick up by servo potentiometer.
IC regulated power supply for complete circuitry.
220V
±10%, 50Hz mains operated.
User's Manual with patch cords.

STEPPER MOTOR

Power : 12V/1A
Torque : 2.0/3.0 kg/cm
Step Angle : 1.8 degree

Advanced Motor Control Capabilities

Control multiple types of stepper motors, ranging from 2-phase to 4-phase, with selectable step resolutions including full, half, andif supportedmicrostepping. Achieve accurate speed and position management, with precision typically around 1.8 per step, making it ideal for a range of automation purposes.

Flexible Communication and Operation

Operate the controller manually using built-in buttons or externally via serial interfaces such as UART, RS232, or TTL, depending on the version. This versatility makes integration simple in both standalone and automated scenarios, offering users control based on their requirements.

Reliable Design with Safety Features

Benefit from advanced protection mechanisms including overcurrent, polarity protection, and thermal shutdown. The ventilated ABS enclosure ensures the device stays cool and protected, while LED indicators offer clear visual feedback for power and motor state, enhancing user safety and device longevity.

FAQs of Stepper Motor Controller with Microcontroller:

Q: How do I connect and control stepper motors with this controller?

A: You can connect 2-phase or 4-phase stepper motors using the standard terminal outputs (A+, A-, B+, B-). Control is achieved either manually through onboard buttons or switches, or remotely via external signals using UART/RS232/TTL communication interfaces, depending on the model.

Q: What types of stepper motors does the controller support?

A: This controller is compatible with both 2-phase and 4-phase stepper motors, supporting various drive configurations for wider application versatility in different industrial and robotics systems.

Q: When is microstepping available, and what are its benefits?

A: Microstepping is supported if the installed firmware version enables it. Microstepping provides smoother motor operation and higher positioning resolution, reducing vibration and improving accuracy beyond standard full or half steps.

Q: Where can this stepper motor controller be installed?

A: With its compact, modular design and options for both panel mounting and desktop use, this controller can be installed in control panels, machinery enclosures, or as a standalone desktop device in laboratories or workshops.

Q: What safety and protection features are included?

A: The controller is equipped with overcurrent protection, thermal shutdown to prevent overheating, and polarity protection to safeguard against incorrect power connections, ensuring reliability during operation.

Q: What benefits does the 7-segment LED/LCD display provide?

A: The integrated display clearly shows steps and status, allowing real-time monitoring of motor position, steps, and operational states. This helps with rapid diagnostics and facilitates precise manual operation.

Q: What is the required power supply and maximum output current?

A: The controller operates on a 12V to 24V DC input (minimum 2A depending on motor), and can deliver up to 2.5A per phase, ensuring sufficient power for most stepper motors in industrial and automation tasks.

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