Reaction Torque Sensor

The flange-to-flange reaction torque sensor RTT08 is a precision-engineered device that leverages strain gauge technology to deliver an accurate mV/V output directly proportional to the applied torque. Designed primarily for static torque measurement, the RTT08 also supports dynamic torque measurement, enabled by the principles of Newton's third law of motion, where every action force has an equal and opposite reaction force. This capability makes it versatile for both static and dynamic applications.

The flange-to-flange reaction torque sensor RTT04 is a high-precision, stainless steel torque transducer engineered for both clockwise and anticlockwise loading. This robust sensor is available in rated capacities of 20Nm, 30Nm, 50Nm, 100Nm, 150Nm, and 200Nm, making it versatile enough for a range of torque measurement applications. Built on reliable strain gauge technology, the RTT04 achieves an impressive less than 0.2% full scale non-linearity, ensuring high accuracy and consistency in data collection.

The low profile through-hole reaction torque sensor RTT02 is a highly precise and durable transducer constructed from stainless steel and utilizing proven strain gauge technology. While it is primarily designed for static torque measurement, the RTT02 is also capable of measuring rotating torque, leveraging Newton’s third law of motion: for every action, there is an equal and opposite reaction. This feature allows the sensor to deliver reliable measurements in a variety of testing environments.

The flange type reaction torque meter RTT05 is a versatile and reliable torque sensor designed for applications requiring a smooth thru-hole design. This feature allows a rotating shaft to pass directly through the sensor, making the RTT05 ideal for measuring rotary torque by capturing the static torque needed to hold the motor or rotating component in place. The unique design leverages the principle that static torque can effectively represent the reaction torque of a system, ensuring accurate and consistent data collection.

The miniature flange-to-flange reaction torque load cell RTT11 is a compact, precision-engineered device ideal for a variety of OEM applications. It features a 14.7mm diameter through-hole running through the center of the transducer, allowing for seamless integration into systems where space is limited. This design ensures that the sensor can be installed effortlessly into existing equipment, making it suitable for applications that require high accuracy in tight spaces.

The flange-to-square reaction torque sensor RTT06 is a high-precision device engineered for the direct measurement of torque, making it especially valuable for calibrating and testing torque tools within quality assurance (QA) environments. Constructed from durable stainless steel, the RTT06 ensures long-lasting reliability and resistance to wear, even in rigorous testing conditions. The sensor features a flange on one end, allowing for secure mounting to a flat and solid surface, while the other end has a 3/4-inch square drive for easy connection with a torque sleeve to apply torque loads.

The miniature flange style reaction torque transducer RTT03 is a compact, high-precision sensor designed for seamless integration into torque measurement systems. Featuring flanged surfaces on each end, the RTT03 can be easily mounted between the source of torque and the object receiving the torque, providing accurate and reliable measurement in various applications. Constructed with proven strain gauge technology, this static torque sensor supports a wide range of measuring capacities from 0.2Nm to 100Nm, ensuring suitability for tasks that require measurement in both clockwise and counterclockwise directions.

The miniature shaft-style reaction torque transducer RTT10 is a high-precision sensor crafted from stainless steel with a durable blue anodized aluminum housing. Designed for accurate torque measurement in both clockwise and anticlockwise directions, this low-range static torque sensor is ideal for applications that require reliable performance in compact setups. Utilizing a Wheatstone full bridge configuration, the RTT10 offers seven rated capacities—0.1Nm, 0.2Nm, 0.5Nm, 1Nm, 2Nm, 3Nm, and 5Nm—allowing users to select the optimal capacity for their specific requirements.