The MTS Load Cell Model 661.09B-20, 10 N (2.2 lbf), M6 x 1 mm Metric is a dynamic, fatigue-rated load cell engineered for high precision and durability in demanding testing environments. Its advanced monolithic design, high axial stiffness, and resistance to off-axis loads provide accurate and repeatable measurements.
Product Features
- Axial, dynamic fatigue-rated design minimizes errors from side loads or specimen geometry shifts
- Monolithic construction with high axial stiffness for reliable performance
- TEDs (Transducer Electronic Data Sheets) support for self-identification and simplified setup
- Low deflection and high stiffness deliver better dynamic performance
- High output ensures excellent resolution and reading accuracy
- Radially oriented beams resist off-axis loads and moments, improving measurement precision
- High component concentricity and parallelism enhance test setup accuracy
- Proprietary bridge wiring minimizes susceptibility to stray magnetic fields
- Interchangeable design with simple mounting for quick installation and changeover
- Ability to stack load cells allows testing of smaller or larger specimens in the same load frame
- Large choice of sizes increases application versatility
- Dual bridge options available for added flexibility
- Calibration, cables, and attachment kits available separately
Benefits
- Delivers highly accurate and repeatable load measurements, even under dynamic testing conditions
- Reduces test errors caused by external factors such as side loads and off-axis forces
- Flexible design adapts easily to various specimen sizes and testing requirements
- Streamlines test setup with TEDS support and simple installation
- Minimizes maintenance and enhances reliability through robust construction and proprietary wiring
Why Choose the MTS Load Cell Model 661.09B-20?
The MTS Load Cell Model 661.09B-20 offers superior dynamic performance, high stiffness, and excellent accuracy, making it an ideal choice for precise fatigue testing and load measurement. Its robust, versatile design supports a wide range of testing applications while ensuring consistent and reliable results.
