Force & Torque Instruments

About Force & Torque Instruments

The Force & Torque Instruments category is laden with products from leading manufacturers including Mark-10, Sauter, Norbar, and more! Discover instruments for conducting compression, force testing, and tension tests in this section along with a superabundance of accessories. You will also find equipment to check the performance of your tools and generate calibration certificates.

Popular Products

• Mark-10 Series 4 Advanced Digital Force Gauges: These force gauges have a sampling rate of 3,000 Hz, ±0.2% accuracy, and a 1/2000 resolution. They also include five selectable units of measurement and provide a password-protected system.

• Sauter FL 2K Digital Force Gauge: The gauge measures tension and compression forces in various selectable measurement units and features a maximum range of 2500N. It features an analogue interface and incorporates numerous functions, including Peak-Hold, Track, and Alarm operations.

• Norbar Pro-Test Series 2 Professional Torque Testers: These torque testers are available in three models with different measurement ranges. They have a clockwise transducer calibration and feature three operating modes: Track, Peak Memory, and First Peak Memory mode.

• Kern MAP Hand Grip Dynamometer: Three versions are available; they include four measurement methods, non-slip rubber grips, exchangeable springs, and an integrated auto-off function. The dynamometers have a readout (d) of 0.1 kg and 80 or 130 kg weighing ranges.

• Gedore Mobile Measuring System Type LTC: Static and dynamic torque testing, catering to different torque ranges depending on the model (LTC-10, LTC-30, LTC-50). These models cover torque measurements from 100 Nm to 5000 Nm and are ideal for on-site calibration.

FAQs

• What is the difference between force and torque measurements?
  Force, measured in newtons (N), causes linear motion changes and is measured using force gauges or load cells. Torque, measured in newton meters (Nm), represents rotational force and is calculated using torque wrenches or transducers.

• What is the difference between static and dynamic force/torque measurements?
  Force magnitude or static load can be determined through static force and torque measurements when the object is motionless. Dynamic measurements record varying forces or torques experienced by an object while it is in motion.

• How do I interpret the data from force and torque instruments?
  To interpret data, understand the units, analyse reading patterns, compare results with standards, consider environmental factors, and use software tools for detailed analysis.

• What is the measurement range and overload limit?
  The measurement range refers to the values an instrument can accurately measure, from minimum to maximum capacity. For example, a force gauge might have a range of 0 to 500 Newtons, meaning it can measure forces within that range. The overload limit is the maximum value an instrument can safely handle without damage or loss of accuracy. If a force gauge has an overload limit of 600 Newtons, exceeding this limit could lead to inaccurate readings or permanent damage to the device.

• What factors can affect measurement performance?
  Temperature fluctuations can cause expansion or contraction and may lead to inaccurate readings. Vibrations and mechanical noise can present mistakes in measurement, while incorrect load positioning and infrequent calibration can also result in inaccuracies. Environmental conditions like humidity and pressure changes can impact performance.

• How do force and torque sensors work?
  Force sensors, such as strain gauges and load cells, detect deformation when force is applied, converting resistance changes into precise electrical signals. Torque sensors, particularly rotary types, use a network of strain gauges to measure twisting force and capture the nuances of mechanical motion.

• What are the typical applications of force and torque instruments?
  Many applications rely upon these instruments for control and accuracy. Industries such as manufacturing, automotive, aerospace, research and development, construction, engineering, robotics, and medical industries, to name a few, all use force and torque instruments.

• Can force and torque instruments be used in real-time systems?
  Yes, they are suitable for real-time systems. They provide immediate feedback on applied forces and torques. Real-time data helps to deliver safe and flexible operations across different environments.