The GUNT Frame for Load Testing 400 kN is designed for experimental investigation of the strength and deformation of large-scale components used in steelwork and civil engineering. It enables simulation of various load states and detailed analysis of structural response under load.
Product Features
- Designed for experiments with large components at full scale, suitable for steelwork and civil engineering.
- Delivered in prefabricated parts for easy transport through standard doorways and on-site assembly.
- Frame is mounted on four adjustable, vibration-damping feet for stable and precise testing.
- Generous double-frame design allows testing of longer components such as beams and girders.
- Quick and simple experimental setup without complicated assembly.
- Compatible with hydraulic load application device (accessory), featuring double-action hydraulic cylinder and hand-operated pump.
- Load application device is mobile on rollers and can be positioned anywhere along the upper cross-member.
- Supports use of two load application devices simultaneously to apply multiple forces.
- Bending measured using dial gauges (accessory) for accurate deformation analysis.
- Suitable for testing large components including reinforced concrete beams, steel frames, and trusses.
- Strain gauges (accessory) allow recording of forces on typical truss bars for detailed stress analysis.
Benefits
- Enables realistic load testing on full-scale structural components
- Prefabricated design facilitates transport and fast onsite assembly
- Adjustable and vibration-damping feet ensure precise and stable measurements
- Versatile frame design supports a wide range of experiments with various accessories
- Provides comprehensive data for strength and deformation analysis in civil and structural engineering
Why Choose the GUNT Frame for Load Testing 400 kN?
This frame offers an efficient and flexible solution for experimental load testing of large structural components. It allows engineers and students to explore real-world load conditions with ease, using industry-compatible accessories for accurate force and deformation measurement.
