The UTS Motor Series offers high-performance, slotless motors designed for exceptionally smooth motion control. Featuring ZeroCog technology, these motors minimize cogging torque and magnetic forces, ensuring precise operation across various industrial and scientific applications. Available in multiple models, including UTS-19, UTS-53, and UTS-89, the series provides scalable solutions for diverse motion control needs.
1.1 Overview of the UTS Motor Series
The UTS Motor Series is a lineup of high-performance, slotless motors designed for precise motion control. These motors utilize ZeroCog technology to eliminate cogging torque, ensuring smooth operation. Available in various models, including UTS-19, UTS-53, and UTS-89, the series offers scalable solutions for industrial automation, scientific instruments, and research applications. With direct drive technology and low torque ripple, UTS motors deliver exceptional accuracy and reliability, making them ideal for demanding environments requiring high-precision motion control systems.
1.2 Key Features and Benefits
The UTS Motor Series excels with its ZeroCog slotless design, eliminating cogging torque and flux harmonics for ultra-smooth motion. Direct drive technology ensures high precision and reliability, while Applimotion’s ZeroCog technology minimizes torque ripple. These motors offer low vibration, sinusoidal torque curves, and exceptional acceleration. With models like UTS-19, UTS-53, and UTS-89, the series provides scalable solutions for industrial automation, scientific instruments, and research. Their continuous torque range and compact designs make them ideal for high-performance applications requiring consistent and precise motion control.
Key Features and Technologies
The UTS Motor Series integrates advanced technologies like ZeroCog slotless design, direct drive systems, and Applimotion’s ZeroCog motor technology, ensuring smooth, precise, and high-torque performance across applications.
2.1 Zero Cogging and Slotless Design
The UTS Motor Series features a slotless design, eliminating cogging torque and minimizing magnetic forces, flux harmonics, and torque ripple. This technology ensures exceptionally smooth motion, making it ideal for high-precision applications. The absence of cogging torque reduces mechanical stress and acoustic noise, while the slotless structure enhances reliability and durability. These motors are engineered to deliver consistent performance in demanding environments, making them suitable for industrial automation, scientific instruments, and precise motion control systems.
2.2 Direct Drive Technology
The UTS Motor Series incorporates direct drive technology, eliminating the need for gears, belts, or other mechanical components. This design enhances positional accuracy, reduces backlash, and minimizes wear and tear. Direct drive ensures high torque output, fast response times, and precise control, making it ideal for applications requiring high performance and reliability. The absence of intermediate components also reduces maintenance needs and increases system longevity, ensuring optimal operation in demanding industrial and scientific environments.
2.3 Applimotion’s ZeroCog Motor Technology
Applimotion’s ZeroCog technology, integrated into the UTS Motor Series, eliminates cogging torque and minimizes flux harmonics. This slotless motor design ensures smooth, ripple-free motion and precise control. By reducing magnetic forces and torque variations, ZeroCog technology enhances positional accuracy and stability, making it ideal for high-precision applications. The technology also improves efficiency and reduces vibration, delivering reliable performance in demanding environments. This innovative approach solidifies the UTS series as a leader in motion control solutions.
Performance Specifications
The UTS Motor Series offers precise motion control with models like UTS-19, UTS-53, and UTS-89, delivering exceptional performance through advanced torque management and high-efficiency design.
3.1 Continuous Torque Ratings
The UTS Motor Series provides continuous torque ratings tailored for precise motion control. Models such as the UTS-19 deliver 0.05 Nm, while the UTS-53 and UTS-89 offer 0.12 Nm and 0.62 Nm, respectively. Larger models like the UTS-165 and UTS-222 provide 1.83 Nm and 2.84 Nm, ensuring scalable performance for diverse applications. These ratings ensure smooth operation and consistent power delivery, making the series ideal for industrial automation and scientific instruments requiring reliable torque output.
3.2 Peak Torque Capacities
The UTS Motor Series offers impressive peak torque capacities, ensuring robust performance during transient loads. For instance, the UTS-53 model delivers up to 0.39 Nm, while the UTS-89 achieves 1.64 Nm. These peak capacities enable the motors to handle demanding applications requiring short bursts of higher torque, maintaining smooth and precise motion control. This capability is crucial for industrial automation and high-precision systems, where temporary overload conditions may arise, ensuring reliable operation and consistent performance across varying operational demands.
3.3 Size and Model Variants (UTS-19, UTS-53, UTS-89, etc.)
The UTS Motor Series is available in various sizes and models, including UTS-19, UTS-53, UTS-89, UTS-102, UTS-165, UTS-222, and UTS-292. Each model offers distinct torque ratings, with the UTS-19 providing 0.05 Nm and the UTS-292 delivering 13.59 Nm. This range ensures scalability for different applications, from compact precision systems to large industrial machinery. The modular design allows users to select the optimal motor size based on specific requirements, ensuring efficient performance and adaptability across diverse operational needs.
Applications
The UTS Motor Series excels in precision motion control, industrial automation, and scientific instruments. Its smooth operation and high accuracy make it ideal for demanding applications requiring minimal vibration.
4.1 Precision Motion Control
The UTS Motor Series is optimized for precision motion control, delivering exceptional smoothness and accuracy. Its zero-cogging design ensures minimal torque ripple, making it ideal for high-precision applications like scanning, positioning, and optical systems. The slotless architecture and direct drive technology enable consistent performance, while the compact size variants (UTS-19, UTS-53, UTS-89) cater to specific motion control requirements. These motors are widely used in scientific instruments and industrial automation, where precise control and reliability are critical. Their continuous and peak torque capabilities ensure seamless operation in demanding environments.
4.2 Industrial Automation
The UTS Motor Series excels in industrial automation, offering high-performance solutions for demanding environments. With zero cogging torque and slotless design, these motors deliver smooth operation and precise control, ideal for automated systems requiring minimal vibration and high reliability. Models like the UTS-53 and UTS-89 provide scalable options, ensuring consistent performance in applications ranging from manufacturing to material handling. Their high torque ratings and compatibility with motion control systems make them a reliable choice for industrial automation, enhancing efficiency and productivity in various sectors.
4;3 Scientific Instruments and Research
The UTS Motor Series is widely used in scientific instruments and research due to its exceptional precision and smooth motion capabilities. With zero cogging torque and a slotless design, these motors provide the high accuracy required for sensitive applications such as microscopy and spectroscopy; Models like the UTS-19 and UTS-89 are ideal for laboratory settings, offering low torque ripple and consistent performance. Their compatibility with advanced motion control systems makes them a preferred choice for researchers seeking reliable and precise motor solutions for critical experiments and measurements.
Technical Specifications
The UTS Motor Series offers continuous torque from 0.05 Nm to 13.59 Nm and peak torque up to 1.64 Nm, utilizing ZeroCog technology for smooth operation. With scalable sizes (UTS-19 to UTS-292), these motors are ideal for precision motion control across various applications.
5.1 Torque and Power Ratings
The UTS Motor Series offers a wide range of torque and power ratings to meet diverse application needs. Continuous torque ratings vary from 0.05 Nm for the UTS-19 to 13.59 Nm for the UTS-292, ensuring scalable performance. Peak torque capacities reach up to 1.64 Nm, providing exceptional dynamic response. Power ratings span from 0.75 kW to 90 kW, making these motors suitable for both low-power precision tasks and high-power industrial applications. This flexibility ensures optimal performance across various operational demands.
5.2 Operating Temperature Ranges
The UTS Motor Series is designed to operate efficiently across a wide temperature range, typically from -20°C to 120°C, ensuring reliability in diverse environments. Standard models are optimized for ambient temperatures up to 40°C, while specialized variants can handle extreme conditions. The series maintains high performance and durability, making it suitable for both industrial and scientific applications requiring consistent operation in varying thermal conditions. This robust temperature range ensures minimal downtime and extended lifespan in demanding settings.
5.3 Environmental and Mechanical Considerations
The UTS Motor Series is constructed with high-grade materials, including stainless steel AISI 316, ensuring durability and resistance to corrosion. Designed for operation in harsh environments, these motors withstand extreme conditions while maintaining optimal performance. Mechanical considerations include minimal wear and tear due to their robust design, making them ideal for heavy-duty applications. Environmental sealing options are available for protection against dust and moisture, ensuring reliability in challenging industrial and scientific settings. This series is engineered to meet both environmental and mechanical demands effectively.
Motor Types and Configurations
The UTS Motor Series includes DC servo motors for high-torque applications, stepper motors for precise step control, and AC induction motors for robust industrial operations, ensuring versatility.
6.1 DC Servo Motors
The UTS Series offers high-performance DC servo motors, such as the UTS-CC model, designed for precise motion control. These motors deliver high torque density and rapid response times, making them ideal for applications requiring accurate positioning and velocity control. With a compact design and low inertia, UTS DC servo motors are well-suited for industrial automation and scientific instruments. Their high efficiency and reliability ensure optimal performance in demanding environments, supported by advanced control systems for seamless integration.
6.2 Stepper Motors
The UTS Series includes advanced stepper motors, such as the UTS-PP and UTS-PPV6 models, designed for precision motion control. These two-phase stepper motors offer high accuracy with a 10μm step size, making them ideal for applications requiring precise positioning. With a compact and low-profile design, UTS stepper motors are integrated into Newport’s UTS series linear stages, delivering smooth and reliable performance for industrial automation and scientific instrumentation. Their robust construction ensures durability and consistent operation in demanding environments.
6.3 AC Induction Motors
The UTS Series includes robust AC Induction Motors, known for their high power output and reliability. Engineered for industrial applications needing high torque and efficiency, these motors deliver durable and consistent performance in challenging environments. Their rugged design ensures minimal maintenance and prolonged operational life, making them an ideal choice for heavy-duty tasks within the UTS Series portfolio.
Certifications and Compliance
The UTS Motor Series meets rigorous industry standards, including CE, UL, and ISO certifications, ensuring compliance with global safety and environmental regulations for reliable operation.
7.1 Industry Standards and Certifications
The UTS Motor Series complies with global industry standards, including CE, UL, and ISO certifications, ensuring adherence to safety, quality, and environmental regulations. These motors meet rigorous testing criteria for electromagnetic compatibility, efficiency, and durability. Compliance with RoHS directives guarantees the absence of hazardous substances, aligning with environmental sustainability goals. Certifications ensure reliable performance across industrial and scientific applications, meeting the demands of international markets and regulatory requirements. This adherence to standards underscores the series’ commitment to quality and safety.
7.2 Safety and Environmental Compliance
The UTS Motor Series adheres to strict safety and environmental standards, ensuring compliance with global regulations. Motors are RoHS-compliant, free from hazardous substances, and designed for energy efficiency. They meet CE and UL certifications, guaranteeing safe operation across various applications. Environmental considerations include recyclable materials and minimal waste production. The series also supports eco-friendly practices, aligning with sustainability goals. Safe operating conditions are ensured through built-in protections against overloads and overheating, making the UTS Motors a reliable choice for environmentally conscious industries.
Accessories and Compatibility
Customizable accessories, including high-precision gearboxes, motion controllers, and compatible software, ensure seamless integration of UTS motors into diverse systems, enhancing performance and flexibility.
8.1 Controllers and Motion Control Systems
The UTS Motor Series is compatible with a range of advanced motion controllers, including Newport’s UTS-CC and UTS-PP systems. These controllers provide precise control over DC servo and stepper motors, ensuring smooth and accurate operation. Designed for seamless integration, they support various communication protocols and offer features like high MTBF (20,000 hours) and customizable settings. These systems are ideal for applications requiring high-precision motion control, including scientific instruments, industrial automation, and research environments.
8.2 Compatible Gearboxes and Accessories
The UTS Motor Series is supported by a range of compatible gearboxes and accessories, ensuring seamless integration and enhanced performance. Precision gearboxes, high-torque couplers, and mounting brackets are available to customize the motor system for specific applications. These accessories are designed to maximize the motor’s efficiency and accuracy, offering solutions for industrial automation, scientific instruments, and research environments. Compatibility with various UTS models, including UTS-19, UTS-53, and UTS-89, ensures tailored configurations for diverse operational needs.
Maintenance and Repair
Regular maintenance ensures optimal performance. Lubricate moving parts, inspect connections, and follow repair guidelines. Use compatible accessories and ensure proper storage to extend motor lifespan.
9.1 Recommended Maintenance Practices
Regular maintenance is essential for optimal motor performance. Inspect electrical connections and ensure proper torque specifications. Clean the motor housing and check for wear on moving parts. Lubricate bearings as per manufacturer guidelines. Store motors in a dry, temperature-controlled environment to prevent corrosion. Avoid exposure to harsh chemicals or extreme temperatures. Follow the recommended service intervals to maintain efficiency and extend lifespan. Always refer to the official manual for specific maintenance procedures tailored to your UTS motor model.
9.2 Repair and Replacement Guidelines
For UTS motor repairs, consult the manufacturer’s guidelines to ensure compliance with specific part requirements. Replace worn or damaged components promptly to maintain performance. Use genuine replacement parts, such as bearings or windings, to guarantee reliability. For complex repairs, contact authorized service centers to avoid further damage. Regularly inspect and replace seals and lubricants to prevent contamination. Keep spare parts like gearboxes or controllers on hand for quick replacements. Follow proper disassembly and reassembly procedures to ensure motor integrity and optimal functionality.
The UTS Motor Series represents a pinnacle of engineering excellence, offering high-performance, precision motion control solutions. With its ZeroCog slotless design and direct drive technology, the series excels in applications requiring smooth, accurate operation. Available in various models, the UTS series caters to diverse industrial and scientific needs. Its reliability, durability, and advanced features make it a top choice for professionals seeking efficient and precise motor solutions. The UTS Motor Series continues to set standards in motion control technology.