Precision torque measurement is essential in numerous industrial and engineering applications. The ATO digital torque sensor model TQS-DYN200 is a flexible and precise tool designed to meet these needs. With a measurement range from 0.1 Nm to 10,000 Nm, this sensor can be customized to transmit either analog or digital signals, making it ideal for various use cases. This article provides a detailed overview of its wiring and parameter settings to help you get the most out of this advanced sensor.
Key Features of the ATO Torque Sensor
The ATO TQS-DYN200 torque sensor is highly versatile and robust. It features a locking circular connector for secure and quick connections, ensuring reliability even in demanding environments. The sensor's default LCD display provides real-time readings of torque, power, and speed. With easy-to-use buttons, users can toggle between parameters and adjust settings with minimal effort.
For those seeking precise rotational torque measurements, the ATO torque sensor is an excellent choice. The ability to customize signal outputs and its compatibility with a wide range of applications make it a valuable addition to any toolkit. Learn more about its applications and find other models of rotational torque sensor solutions.
Wiring the ATO Torque Sensor
Setting up the ATO torque sensor involves a straightforward wiring process. The red and black leads are the power wires, with red indicating 24 volts and black indicating 0 volts. These wires should be securely connected to the appropriate power supply to ensure stable operation.
The sensor's circular connector is designed to meet all signal output requirements. Its quick-release metal ledge ensures a secure connection, minimizing the risk of disconnections during operation. This robust design makes the sensor suitable for high-demand industrial environments.
Proper wiring is critical for accurate data transmission. Always ensure that the power supply matches the sensor's specifications to avoid potential damage or inaccurate readings.
Using the LCD Display and Buttons
The ATO torque sensor comes with an intuitive LCD screen that displays torque, power, and speed values. Users can toggle through these parameters using the K1 key. For a deeper configuration, long-pressing K1 will take you to the parameter setting interface. Here’s how the buttons function:
| Button | Function |
|---|---|
| K1 | Toggle values or access the parameter setting interface. |
| K2 | Switch items within the selected parameter list. |
| K3 | Modify parameters within the selected item. |
After completing parameter adjustments, a long press on K1 will return the display to the default interface. This simple and efficient control layout makes the sensor user-friendly, even for those with minimal technical experience.
Applications and Benefits
The ATO torque sensor is suitable for a wide range of applications, including quality control, product testing, and system monitoring. Its ability to provide both analog and digital outputs ensures compatibility with various data acquisition systems.
One of the standout features of this sensor is its adaptability. Whether you need to measure high torque values for industrial machinery or precise low torque for delicate instruments, the ATO TQS-DYN200 has you covered. Its secure wiring and advanced display make it a reliable choice for professionals.
For a visual walkthrough of the wiring process and parameter settings, watch the video above. It provides a step-by-step guide to help you set up and use your torque sensor effectively.
Why Choose ATO Torque Sensors?
ATO torque sensors stand out for their precision, durability, and ease of use. Whether you're working in manufacturing, automotive testing, or research, these sensors deliver reliable results. To explore more torque sensor options and find the best fit for your requirements, visit Sino-Inst.