RESOURCES
Digital Torque Wrenches Used in Industrial Applications
Digital torque wrenches have transformed industrial bolting applications. These tools allow for precise torque settings and enhance safety in critical tasks, ranging from small bolts in basic machinery to large bolts in aircraft engines and automobile assemblies. With capabilities to store data and produce reports, digital torque wrenches aid in quality control and adherence to industry standards. Additionally, they offer real-time feedback and alerts, allowing operators to make necessary adjustments during tightening.
Powering Digital Torque Wrenches
Digital torque wrenches demand precise torque levels, even during high-power delivery. To achieve this precision and facilitate both final tightening and initial loosening, their power sources must function efficiently and effectively across various loads, including those with a peak-to-average ratio of 3:1 or greater. Furthermore, digital torque wrenches are frequently employed in industrial settings, which may involve exposure to dirty indoor environments or outdoor weather conditions. Their power source, housed in a portable, sealed enclosure with convection cooling, enables the wrench to be utilized almost anywhere.
Astrodyne TDI's Power Solutions for Industrial Bolting Tool
Astrodyne TDI's power solutions for industrial bolting tools are both efficient and dependable. Their robust and cutting-edge designs guarantee consistent performance under diverse load power conditions, meeting the dynamic demands of bolting applications. With built-in overvoltage and overcurrent protection, they ensure safe usage, while their IP-rated enclosures with cooling fins offer protection and reliable functionality in challenging environments.
Requirements
- 500 Watts average, 1,500 Watts peak
- Ensure consistent regulation and efficiency across diverse load ranges
- Compact, sealed casing suitable for outdoor use
- Convection cooling eliminates the need for forced airflow, venting, or external conduction plate
Benefits
- High efficiency over a wide range of loading
- Supports a high (3:1) peak-to-average power load ratio
- Internal thermal conduction interface
- IP-rated enclosure with cooling fins