TENSILE AND COMPRESSION TEST EQUIPMENT DVT FU50 D NN DVT FU50 D NN
Used for tensile and compression tests on high resistance materials such as metals etc.
INDUSTRIAL SECTORS OF USE
TECHNICAL INFORMATION
- Operating voltage: 220/380 V, 50 Hz, triphased.
- Energy consumption: 7,5 KVA.
- Stopping, depending on the rupture/fracture or distance.
- Maintenance-free, solid and reliable structure.
- Touch screen display.
- Rapid return to the starting point.
- Emergency stop button.
- System with 4 columns and 2 screws.
- Capacity: 50 tons (500 kN).
- Precision: ± 0.5%.
- Direction of movement: Upwards in tensile tests.
- Force unit: Newton, Kg or Mpa.
- Range of velocity: 0.002 - 250 mm/min
- Turkish, English, French, Russia language options.
- Computer and printer connection.
TESTS PERFORMED WITH THE DEVICE
- Rupture, elongation, compression, flexion, permanent deformation, puncture tests.
PRODUCTS SUBJECT TO TESTING
- Metals, springs, sheet metal profiles.
- Steel, iron.
- Cables, steel wires.
- Car industry and car industry suppliers.
- Fibre-reinforced composites.
OPTIONAL ADDITIONS
- Specially developed software.
- Different jaw models available.
- Additional devices for special tests.
- Extensometer.
- Cubicles for hot and cold environment tests.
- Metal safety cage.
- Range of velocity: 0.002 - 500 mm/min.
APPROXIMATE DIMENSIONS AND WEIGHT
- Width : 142 cm
- Depth : 120 cm
- Height : 265 cm
- Weight : 2555 kg
TECHNICAL DOCUMENTATION
RELEVANT STANDARDS
- TS EN ISO 898-1:2013
- TS EN ISO 7500-1
- TS EN ISO 527-3
- TS EN ISO 6892-1 / 6892-2
- TS 1398-1 EN ISO 527-1
ADDITIONAL INFORMATION
The Tensile and Compression Test Equipment is designed for testing high-resistance materials such as metals, steel, cables, and fibre-reinforced composites under tensile, compression, flexion, deformation, and rupture conditions. With a capacity of 50 tons (500 kN) and ±0.5% precision, it ensures reliable measurements according to TS EN ISO 898-1, ISO 6892, and other key standards. Features like a touch screen, emergency stop, computer connectivity, and multilingual interface enhance operational efficiency and safety. The velocity range of 0.002–500 mm/min allows flexible testing, while optional extensometers, temperature-controlled cubicles, and software upgrades support a wide range of advanced material tests.
