For engineers and manufacturers, the ATO Reaction Torque Sensor optimizes precision without compromise.
The ATO Reaction Torque Sensor plays a crucial role in measuring torque accurately, making it ideal for applications requiring high precision. This **best-rated torque transducer** ensures reliable performance across various industries.
From engine testing to motor applications, these sensors adapt seamlessly to different setups, providing versatility that meets diverse needs.
We detail pros, cons, and hidden perks ahead.
ATO Torque Sensor 10Nm-2000Nm
ATO Reaction Torque Sensor: 12” long, ABS plastic, 2-year warranty.
Benefits
- Holds 5L without tipping.
Drawbacks
- No dishwasher-safe parts.
The ATO Reaction Torque Sensor is a versatile tool designed for accurate static torque measurement. With a torque range from 10Nm to 2000Nm, it caters to various calibration and testing needs. Its precision strain-gauge design ensures reliable readings in both clockwise and counterclockwise directions, making it ideal for tool calibration and laboratory applications.
The flange-to-square-drive interface allows for convenient connections with torque wrenches or rotary drives, while the robust stainless steel construction ensures durability in both workshop and field environments. The sensor offers flexible output options, including 0–5 V, 0–10 V, ±10 V, or 4–20 mA, enabling seamless integration with PLC, DCS, or data acquisition systems.
For those seeking an all-in-one calibration solution, pairing the ATO torque sensor with an ATO panel meter or transmitter creates a turnkey calibration station. This makes it a practical choice for users in industrial, automotive, aerospace, and R&D sectors.
A practical pick for small spaces.
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Flange Type Torque Sensor 0-20N.M
Flange Type Static Torque Sensor: 12” long, ABS plastic, 2-year warranty.
Benefits
- Holds up to 50N.M without tipping, ensuring reliable measurements.
- Designed for static torque measurement and torque wrench calibration.
- Compatible with AC and DC motors, servo motors, and stepper motors.
- Easy to install, making it user-friendly for various applications.
- Compact size allows for flexible installation in tight spaces.
Drawbacks
- No dishwasher-safe parts, requiring careful cleaning.
This torque sensor is a practical pick for small spaces. Its compact design and versatility make it suitable for a variety of applications, especially in settings where precise torque measurement is crucial. The ease of installation enhances its appeal for both professionals and DIY enthusiasts. However, the lack of dishwasher-safe components means users must take extra care during maintenance. Overall, this product offers excellent value for those needing reliable torque measurements in a compact form factor.
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Reaction Torque Sensor 20Nm to 10000Nm
Reaction Torque Sensor with Dual Flange: 12” long, high-strength alloy steel, 2-year warranty.
Benefits
- Measures torque from 20Nm to 10000Nm effectively, accommodating a wide range of applications.
Drawbacks
- No built-in display for real-time monitoring, requiring external equipment for data visualization.
This reaction torque sensor features a dual flange design that enhances stability and precision, making it ideal for rigorous testing environments. The high-strength alloy steel construction ensures durability, allowing it to maintain measurement integrity under high bidirectional loads. Its easy bolt-on installation simplifies setup, making it user-friendly for engineers and technicians alike.
The sensor’s bidirectional load capability provides excellent performance, resisting machine fatigue and high deformation. This makes it suitable for testing engines, motors, and pumps, where accurate torque measurement is crucial. With a capacity range from 20 Nm to 10000 Nm, this sensor is versatile enough for various applications.
However, it lacks a built-in display, which means users must rely on an external display controller to monitor readings. Despite this minor drawback, the sensor’s robust construction and precise measurement capabilities make it a reliable choice for professionals in industrial settings.
A practical pick for engineers and technicians requiring accurate torque measurements in demanding environments.
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Flange Type Torque Sensor 0-50N.M
Flange Type Static Torque Sensor: 12” long, ABS plastic, 2-year warranty.
Benefits
- Holds 5L without tipping.
Drawbacks
- No dishwasher-safe parts.
The Flange Type Static Torque Sensor is an essential tool for precise torque measurement and calibration. With a maximum capacity of 50N.M, it is designed for both static torque measurement and torque wrench calibration, making it versatile for various applications. This sensor is ideal for use with AC DC motors, servo motors, and stepper motors, providing reliability in performance.
One of the standout features is its compact size, which allows for flexible installation in tight spaces. The sensor is easy to install and convenient to use, making it suitable for both professionals and hobbyists. The durable ABS plastic construction ensures longevity, while the 2-year warranty provides peace of mind regarding its reliability.
However, it is important to note that the sensor has no dishwasher-safe parts, which requires careful cleaning to maintain its condition. Despite this minor drawback, the Flange Type Static Torque Sensor remains a practical pick for small spaces, ensuring accurate torque readings without compromising on space efficiency.
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Flange Type Torque Sensor 0-50N.M
Faq about Reaction Torque Transducer:
1:What is a reaction torque transducer?
A reaction torque transducer measures the torque applied to a rotating shaft without any rotation. It provides accurate readings by detecting the reaction force generated by the torque applied.
2:How does a reaction torque transducer work?
It works by using strain gauges or similar sensors that detect deformation in a material when torque is applied. The sensors convert this deformation into an electrical signal proportional to the torque.
3:What are the applications of reaction torque transducers?
They are commonly used in automotive testing, aerospace applications, and industrial machinery to measure torque in various processes, ensuring precision in performance and safety.
4:What are the benefits of using a reaction torque transducer?
Benefits include high accuracy, reliability, and the ability to measure static torque without the need for a rotating shaft, which simplifies setup and increases safety.
5:How do I choose the right reaction torque transducer?
Consider factors such as the torque range, accuracy requirements, environmental conditions, and the specific application to select the most suitable transducer for your needs.
Conclusion
The ATO Torque Sensor, with its impressive range of 10Nm to 2000Nm, exemplifies precision and reliability, making it an ideal choice for industrial applications where accuracy is paramount. Its robust design ensures durability, catering to demanding environments while delivering consistent performance.
Conversely, the Flange Type Torque Sensor, with a capacity of 0-20N.M, stands out for its compactness and versatility, suitable for various smaller-scale applications. Its exceptional sensitivity and ease of integration make it a favored option for engineers seeking efficient torque measurement solutions.
