H002
Oversized Universal Automatic Tensile Testing Machine, 1000 kN
(
Steel
)
- ASTM A370
- UNI EN 10080
- ASTM E8
- UNI EN ISO 6892-1
- UNI EN ISO 15630-1
- UNI EN ISO 15630-2
- UNI EN ISO 15630-3
- UNI EN ISO 7500-1
- UNI 7676
This machine is suitable for testing various high-strength metallic materials for tension and other applications.
Thanks to the ultra-large testing space and the dual-action actuator with long stroke, this machine is suitable for testing not only standard specimens but also longer specimens and specimens with greater elongation. Widely used in the fields of the metallurgical industry to meet requirements for quality control and research purposes.
Thanks to its exceptionally robust structure and oversized design, this frame model is perfect for intensive and prolonged use, keeping its functionalities and mechanical properties unchanged over time.
LOAD FRAME FEATURES
- High precision load cell class 1 (max error: ±1%)
- Completely automatic control system for the load application
- Double effect piston
- One chamber for tension and compression
- Jaws with hydraulic closure to grant strong clamping (two clamping pressures available)
- Integrated displacement transducer to read the stroke of the piston
- 4 thick columns and a high-stiffness frame for intensive use
- Easy access to the working space
LOAD FRAME TECHNICAL SPECIFICATIONS
- Load capacity: 1000 kN
- Load accuracy: ± 1%
- Piston stroke: 800 mm
- Horizontal clearance: 685 mm
- Max. tensile space (with piston at the end of the stroke, mm): 825 mm
- Columns diameter: 100 mm
- Dimensions of the grips for rounds and flats (length x width): 110x110 mm
- Length of the grips for strands: 150 for 9.5 mm strands, 225 for 12.7 and 15.2 mm strands
- Max. compression space: 635 mm
- Dimensions of platens: Ø160x40 mm
- Load frame height: 3415 mm
- Width: 960 mm
- Depth: 760 mm
- Frame weight: 3800 kg
- Power supply: 380V 3 ph 50 Hz
- Absorbed power: 3.5 kW
Note: this model is available with other load capacities on request.
Note: a stiff concrete base is required in order to anchor the frame to the floor.
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