
( Brand: Ui Robot ), ( Manufacturer Part Number: UIM240L02P ), ( Model: UIM240L02P 1606 ), ( Part Type: Motor Driver Plug Socket ), ( Country/region Of Manufacture: United States ), ( Intended Use/discipline: Biological Laboratory, Medical Laboratory, Microbiological Laboratory )
The UI-Robot UIM240L02P is a compact and versatile miniature integrated stepper motor driver module, specifically designed for hobbyists, makers, and DIY enthusiasts who seek to control stepper motors in their projects without the need for an external driver circuit. This driver module is compatible with 1.8 or 1.5 microstepping stepper motors with a maximum current capability of 0.24A per coil.
Measuring just 25.4mm x 14.5mm x 6.8mm, the UIM240L02P boasts a small footprint, allowing for easy integration into space-constrained projects. It features four input terminals for connecting the four microstepping motor wires, as well as eight output terminals for connecting each of the two coils for each of the X, Y, and Z axes. Additionally, the driver includes terminals for connecting a preferred step and direction signal source.
The UI-Robot UIM240L02P supports various step frequencies, ranging from 10Hz up to 30kHz, allowing you to fine-tune motor performance according to your specific project requirements. It also provides both a Enable/Disable pin and a Separate Enable pin for additional control. The module can operate with a voltage range of 6V-36V, enabling compatibility with a wide range of power sources.
Equipped with thermal protection, overcurrent protection, and short-circuit protection, this integrated stepper motor driver offers reliable performance even under heavy loads, while its compact design makes it an excellent choice for projects where size, complexity, or cost are concerns.
Overall, the UI-Robot UIM240L02P is a valuable component in any DIY projects that incorporate stepper motors, delivering an efficient, reliable, and easy-to-use solution for those in need of fine motor control in a small package.
The UI Robot UIM240L02P is a miniature integrated stepper motor driver plug socket designed for easy and effective control of stepper motors in various applications. Here are some potential advantages and disadvantages that may influence your decision to purchase this motor driver.
Pros:1. Space-saving design: The UI Robot UIM240L02P is compact, making it ideal for applications where space is a concern. Its small form factor allows for easy integration into cramped environments.
2. Constant current operation: This motor driver is capable of delivering a constant current to the motor, ensuring smooth and efficient operation, even at high speeds.
3. Wide operating voltage range: The UI Robot UIM240L02P can operate on a range of voltage inputs, allowing it to be used in various projects and systems.
4. Suitable for various stepper motors: It can drive different stepper motor types (2-phase or 4-phase), allowing for versatility in applications.
5. Easy to use: The plug-in design makes connection straightforward, reducing assembly time and complexity.
6. Built-in protection features: Over-current, over-voltage, and over-temperature protection protect the motor from potential damage.
Cons:1. Limited microstepping resolution: The motor driver may not provide the finest microstepping resolution, which could impact positioning accuracy for some applications.
2. Limited current rating: Its minimum current rating might not suffice for heavy-duty applications that require greater current flow.
3. Basic control functionality: The UIM240L02P has more basic control capabilities compared to other, more advanced motor drivers, and may not offer features like temperature sensing or adjustable acceleration/deceleration.
Conclusion:With its compact size, easy-to-use design, wide voltage compatibility, and protection features, the UI Robot UIM240L02P miniature integrated stepper motor driver plug socket offers a reliable solution for various stepper motor applications, especially when space is limited. However, it may lack the fine microstepping resolution and advanced control features found in more sophisticated motor drivers. If an application requires those features or higher current handling capacity, other motor drivers might be more suitable.
Recommendation:The UI Robot UIM240L02P is a solid option for small projects that involve stepper motor control, given its ease of use, space-saving design, and protection features. It is an economical and efficient choice for those looking to start their stepper motor projects without the need for extensive features or high current requirements.
Dielectric Strength. The enclosure is made of die-cast aluminum which provides a rugged, durable protection and improves the heat dissipation. An active low-level input shuts down power supply to the motor. Condition: Use din Clean, Excellent working condition.
Optical-isolated inputs. Parallel Communication. Dual full H-bridge with PWM constant current control. The UI Robot UIM240L02P, Miniature Stepper Motor Drivers is miniature, high performance stepper motor controllers.
Supply Power voltage . Die-cast aluminum enclosure. Enable the controller. Micro Step Resolution.
Insulation Resistance. Connect to the stepper motor phase B. Avoid dust, oil mist and corrosive gases. High-level input or left open makes the controller fully working.
Working Temperature. Stepping pulse input. Driving Mode. The thickness of these controllers is less than 15mm.
Environment Requirements. Integral design. Supply voltage ground. Control Terminals.
Motion Control / UI Robot UIM240L02P 1606 Miniature Integrated Stepper Motor Driver, Connector Rectangular Plug Socket. They can be mounted onto NEMA 17 / 23 34 42 series stepper motor seamlessly through corresponding flanges. Connect to the stepper motor phase. Direction input.
Motor Output Current. Their mixed-decay current control reduces the back EMF effect under high motor speed and improves performance. Opt-couplet common anode. Enable/shutdown input for power saving.
Specifications. Stepping Resolution. Motor Terminals. Automatic Current Reduction.
Working Environment.