Celera UTS Motor Series⁚ An Overview
The Celera UTS motor series, part of the Agility line, provides direct-drive, zero-cogging motors. Known for exceptionally smooth motion, these slotless motors are available in various sizes and models for diverse applications needing precise motion control. They are ideal for demanding precision tasks.
Available UTS Motor Sizes and Model Numbers
Celera Motions’ Agility UTS motor series offers a wide range of sizes to suit various applications. The available model numbers include UTS-19, UTS-21, UTS-29, UTS-41, UTS-53, UTS-89, UTS-102, UTS-114, UTS-165, UTS-222, and UTS-292; Specific model numbers like UTS-PP and UTS-PPV6 represent different motor types (stepper motors in this case) with unique specifications. Each model number corresponds to a specific motor size and performance profile. Detailed specifications, including dimensions and torque ratings, are available in Celera Motion’s product documentation or from their technical support. Remember that Celera Motion also offers customizable motor options for tailored solutions.
UTS Motor Performance Specifications⁚ Torque
Celera UTS motors offer a wide range of continuous and peak torque capabilities, varying significantly across different models. Smaller models, such as the UTS-19, provide lower torque outputs, suitable for applications requiring delicate precision. Larger models, like the UTS-222, deliver substantially higher continuous and peak torque, making them ideal for high-demand applications needing significant power. Precise torque specifications for each model—expressed in both Nm and oz-in—are detailed in Celera Motion’s technical documentation and datasheets. These documents include tables outlining both continuous and peak torque values. Remember that the torque-speed characteristic is crucial; consider this alongside torque values when choosing a motor. The interaction between torque and speed dictates the overall motor performance. Celera Motion provides detailed torque-speed curves to aid in this critical decision-making process.
UTS Motor Performance Specifications⁚ Electrical Characteristics
Understanding the electrical characteristics of Celera UTS motors is vital for proper integration and operation. Key electrical specifications, readily available in Celera Motion’s documentation, include continuous current and phase-to-phase resistance. The continuous current rating signifies the maximum current the motor can handle without overheating during continuous operation. This is crucial for selecting appropriate power supplies and drive systems; Phase-to-phase resistance describes the resistance between any two phases of the motor’s windings. This value is essential for accurate motor modeling and control system design. Precise values for continuous current and phase-to-phase resistance vary considerably across different UTS motor models, reflecting each motor’s size and power capabilities. Always consult the specific datasheet for your chosen UTS model to obtain accurate electrical specifications. This ensures safe and efficient operation, preventing potential damage to the motor and associated equipment. Refer to Celera Motion’s documentation for comprehensive specifications and application guidelines.
UTS Motor Technology and Design
Celera UTS motors utilize Applimotion’s innovative ZeroCog slotless motor technology. This eliminates cogging torque, resulting in exceptionally smooth and precise motion control, ideal for demanding applications.
ZeroCog Slotless Motor Technology
A core advantage of Celera Motion’s UTS motors is their use of ZeroCog slotless motor technology. This innovative design eliminates the cogging torque inherent in traditional slotted motors. Cogging torque, stemming from magnetic irregularities, causes jerky motion and reduces accuracy. By removing slots from the motor’s design, ZeroCog technology produces remarkably smooth rotational movement. This smoothness translates to superior performance in applications requiring precise positioning and velocity control. The absence of cogging significantly reduces vibration and noise, enhancing the overall system’s performance and extending its operational lifespan. The resulting motion is not only smoother but also more predictable and repeatable, crucial for high-precision applications. This technological advancement allows for improved accuracy in positioning and speed control, making UTS motors ideal for demanding tasks where precise, smooth movement is paramount. The benefits extend beyond mere smoothness; it enhances the overall efficiency and reliability of the system. The innovative design ensures superior performance.
Advantages of Slotless Motor Design
Celera Motion’s UTS series, employing a slotless motor design, offers several key advantages. The elimination of cogging torque, a significant benefit of this design, results in exceptionally smooth and precise motion. This smoothness translates to superior velocity control and highly accurate positioning, crucial for demanding applications. The absence of cogging also minimizes vibration and noise, leading to enhanced system performance and reliability. The reduced mechanical stress on the motor extends its operational lifespan. Furthermore, the slotless design often contributes to a more compact motor form factor, making integration into systems easier and more versatile. This characteristic is particularly beneficial in applications with space constraints. The improved efficiency stemming from reduced energy loss due to cogging further enhances the overall system performance. Ultimately, the advantages of the slotless design contribute to a superior and more reliable motor solution for precision motion control applications.
Applications of Celera UTS Motors
Celera UTS motors excel in precision motion control across various industries. Their smooth operation and accuracy are ideal for scanning, pointing, measuring, and cutting applications demanding high precision.
Precision Motion Control Applications
Celera UTS motors are engineered for demanding precision motion control applications where smoothness and accuracy are paramount. Their zero-cogging design eliminates torque ripple, resulting in exceptionally smooth velocity control and highly accurate positioning. This makes them ideal for applications requiring precise movements and minimal vibrations. Examples include high-resolution scanning systems in medical imaging and metrology equipment, where precise and repeatable movements are critical for accurate data acquisition. The motors’ compact size and flexible integration also make them suitable for robotics, particularly in applications requiring delicate manipulation or precise positioning of tools. Furthermore, the UTS series’ ability to maintain accuracy even at high speeds is advantageous in applications such as high-speed cutting or laser marking, where consistency and precision are essential for optimal results. These motors are highly adaptable to a wide array of applications where smooth and precise motion control is crucial for optimal performance and high-quality outcomes. The ability to customize the motors further enhances their applicability across a broader range of precision tasks.
Industries Utilizing Celera UTS Motors
The Celera UTS motor series finds widespread application across numerous industries demanding high-precision motion control. Medical device manufacturers leverage the UTS motors’ precision for applications like diagnostic imaging and minimally invasive surgical robotics, where accurate and smooth movement is critical. In industrial automation, the UTS motors enable precise control in manufacturing processes such as laser cutting, high-speed assembly, and material handling. The semiconductor industry benefits from their exceptional accuracy for tasks such as wafer handling and inspection, while the aerospace industry utilizes them in applications requiring smooth and reliable positioning, such as satellite pointing systems and aircraft control mechanisms. Scientific instrumentation also relies on the UTS motors’ precision for applications like microscopy, spectroscopy, and advanced analytical equipment. The motors’ adaptability and customizable options make them suitable for a broad range of applications within these sectors and beyond, consistently delivering superior performance in demanding environments where precision is paramount.
Celera UTS Motor Selection
Choosing the right Celera UTS motor involves considering your specific application needs. Factors such as required torque, speed, and available space are key to selecting the optimal model from the diverse range offered.
Choosing the Right UTS Motor Model
Selecting the appropriate Celera UTS motor requires a careful assessment of several critical factors. First, determine the necessary continuous and peak torque requirements for your application. Consult Celera Motion’s comprehensive datasheets to identify models meeting these torque specifications. Next, consider the desired speed and acceleration characteristics. The UTS series offers a range of performance profiles; matching the motor’s capabilities to your application’s demands is crucial for optimal performance. Furthermore, evaluate the physical constraints of your system. The available mounting space and overall dimensions will influence your choice of motor size. Finally, analyze the electrical specifications, including voltage and current requirements, to ensure compatibility with your existing power supply and control system. By carefully considering these factors, you can confidently select a UTS motor that precisely meets the needs of your application, ensuring smooth and accurate motion control.
Customizable Motor Options
Celera Motion often provides customizable motor options to tailor the UTS series to specific project needs. This flexibility extends beyond simply choosing from the existing range of model numbers. Customization might involve altering the motor’s shaft configuration to accommodate unique mechanical interfaces. For instance, specialized shaft lengths, diameters, or keyways can be specified to seamlessly integrate the UTS motor into your system. Furthermore, Celera may offer modifications to the motor’s windings to meet specific voltage or current requirements. This ensures compatibility with existing power supplies and control systems, simplifying the integration process. Additionally, custom cabling options may be available to optimize the connection between the motor and your application’s control electronics. These customization possibilities allow engineers to create a highly optimized solution, maximizing performance and minimizing integration challenges. Contact Celera Motion directly to discuss specific customization requests and explore the available options for your project.