The MTS Model E64.206 - Exceed Load Frame E64.206, Capacity: 2000 kN, Frame Type: Floor Standing, Number of Columns: 6 is engineered for accurate, repeatable monotonic testing in demanding R&D and QA/QC environments. Brand number: E64.206-CN. Combining powerful servo-controlled hydraulic actuation and advanced digital closed-loop controls, this high-stiffness six-column system supports a broad range of materials and test methods.
Product Features
- High-Stiffness 6-column load frame design minimizes stored energy, ensuring stable, accurate load, strain, and modulus values
- Capacity: 2000 kN for medium- and very-high-force monotonic testing
- Reliable MTS servo-controlled hydraulic actuation
- High-resolution, digital closed-loop controls for load, displacement, or strain control
- Ergonomic load frame design enhances safety and reduces operator fatigue
- Versatile TestWorks / TestSuite TW software with large standards-compliant test method library (ASTM, ISO, DIN, EN, BS, and more)
- Compact, ergonomic Integrated Operations Platform for easy control and monitoring
- Standard Dual Zone Test Space for faster setup
- "Quick Return" hydraulic valve increases throughput
- Automatic limit checking: crosshead position, overload, over temperature, over voltage, etc.
- Optional Isolated Safety Enclosure and durable test space protection
- Easy-to-access maintenance panels simplify service
- Complete selection of grips, fixtures, extensometers, and environmental systems
Benefits
- Delivers highly accurate and repeatable test results, even at high forces
- Reduces setup time and increases lab productivity
- Improves operator safety and comfort with ergonomic design and safety enclosures
- Flexible to handle a wide variety of materials and test standards
- Minimized downtime with robust design and accessible maintenance panels
Why Choose the MTS Exceed E64.206?
Engineered for precision and durability, the MTS Exceed E64.206 is perfect for labs testing high-strength metals, construction materials, and more. Its powerful hydraulic actuation, digital controls, and versatile software make it an ideal solution for both R&D and production environments seeking consistent, standards-compliant results.
