Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor

The way we measure bolt tension has been completely transformed by the Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor. This cutting-edge equipment is made to deliver precise and dependable tension readings for a variety of applications, from industrial and manufacturing to construction and infrastructure.

The Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor: What Is It and How Does It Work? This gadget, which measures a bolt’s tension using sound waves, is essentially a non-destructive ultrasonic bolt tension monitor. The tool can measure bolt tension fast and precisely, and it is portable and compact enough to be used on-site.

The Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor’s technology is based on the time-of-flight (TOF) measuring theory. In essence, the apparatus measures the amount of time it takes for a sound wave to travel from one end of a bolt to the other after sending it through one. Based on the known characteristics of the bolt material, the tension in the bolt is then calculated using this time measurement.

The precision of the Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor is one of its main benefits. The Dakota MINI-MAX v2.0 can deliver accurate and consistent readings even in challenging or constrained situations, unlike conventional tension measuring techniques like torque measurement. This makes it perfect for a variety of uses, from massive building projects to fine-tuned manufacturing processes.

The Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor’s adaptability is another benefit. A variety of bolt sizes and materials, including steel, aluminum, and titanium, may be measured by the gadget. Additionally, it has the ability to measure the tension in bolts with UNC, UNF, and metric thread types.

Additionally user-friendly, the Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor has a straightforward interface that makes it simple to use. The tool can record up to 1000 readings for further analysis and has a big, easy-to-read display that provides tension data in real-time.

The Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor is a state-of-the-art tool that might completely alter how we assess bolt tension. Anyone involved in manufacturing, construction, or infrastructure maintenance needs to have this tool because of its accuracy, adaptability, and user-friendly design. The Dakota MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor is unquestionably a viable option if you’re seeking for a trustworthy and effective technique to monitor bolt tension.

MINI-MAX v2.0 Ultrasonic Bolt Tension Monitor Specification:

PHYSICAL

• Size:  Width (2.5in/63.5 mm)
  Height (6.5 in/165 mm)
  Depth (1.24 in/31.5 mm)
• Weight: 13.5 ounces (with batteries).
• Keyboard: Membrane switch pad with twelve tactile keys.
• Operating Temperature: 14 to 140F (-10C to 60C)
• Case: Extruded aluminum body with nickel-plated aluminum end caps (gasket sealed).
• Environmental: Meets IP65 requirements.

MEASURING

• Units: English (in), Metric (mm), or Time (μs). Farenheit or Centigrade.
• Velocity: 0.0492 to .5510 in/μs (1250– 13995 m/s).
• Measurement Modes: Pulse-Echo (P-E).
• Measurement Range: 1 to 999.999 in (2540 cm), dependent on material type and consistency.
• Detection: Zero Crossing.
• Resolution: +/- 0.00001 in (0.0001 mm).
• Calibration: Automatic, Fixed, Single or Two-Point zero calibration options.
• Quantities: Time – Nanoseconds.
• Elongation – Change in length (inches/millimeters).
• Load – Force load applied (pounds KIP, or megapascals MPa).
• Stress – Force for unit area stress applied (inches per inch or millimeters per millimeter).
• Strain – Ratio of elongation to effective length.
• Bolt Materials: Select types from a preset or custom list.
• Repeatability Bar Graph: The bar graph indicates the stability of measurement.

MEMORY

• Log Format: Grid (Alpha Numeric).
• Capacity: 4GB internal SD memory.
• Screen Capture: Tagged interface file (.tif) capture for quick documentation.
• Custom Setups: 64 user configurations.