hydraulically operated trainer, based on industrial standards
| Code | WP310 |
Description:
- A classic discipline of materials testing is the destructive testing method, in which specimens are mechanically tested to failure.
- The materials test provides data for hardness, rigidity and strength in a reproducible and precisely quantified manner.
- The WP 310unit, in conjunction with the accessories, offers experiments from destructive materials testing.
- The clean layout and simple operation mean the experimental sequence can be observed in all details and phases.
- The power of the trainer allows tests to be performed on an industrial scale.
- Material specification data and laws can be verified using self-determined measured values.
- The vertical, hydraulically operated trainer with direct force generation can produce both tensile and compressive forces.
- The height of the lower cross-member can be adjusted for coarse adjustment.
- Cylindrical receptacles on the cross-members allow for easy exchange of accessories.
- The extensive accessories provide tensile and compression tests, Brinell hardness tests, bending, shear and cupping tests.
- Plate and coil springs can also be tested.
- The test load and elongation of the specimen are measured by sensors and are displayed.
- The measured values are transmitted directly to a PC where they can be analysed using the software included.
Technical Details:
Specifications:
- hydraulically operated trainer for materials testing, based on industrial standards
- generation of tensile and compressive forces
- adjustable test load and travel velocity
- generation of test load via gear pump and double-acting hydraulic cylinder
- force measurement via a strain-gauge full bridge with acoustic overload signal, max. overload 150%
- displacement measurement via linear potentiometer
- LED displays for force and displacement with tare and maximum-value storage
- GUNT software for data acquisition via USB under Windows 8.1, 10
- wide range of accessories available
Technical Data:
- Operating area, WxH: 300x925mm
- Hydraulic generation of the test load
- test load: 0…50kN
- max. system pressure: 175bar
- max. piston stroke: 150mm
- traverse velocity: 0…425mm/min
- gear pump:
- flow rate: 1cm3/revolution
- power consumption: 0,55kW
- Measuring ranges
- force: 0…50Kn
- displacement: 0…150mm
- 230V, 50Hz, 1 phase
- 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase.
- UL/CSA optional
Dimensions & Weight:
- L x W x H: 1080x830x2300mm
- Weight: approx. 330kg
Required for Operation:
- PC with Windows recommended
Learning Objectives/Experiments:
- together with the accessories:
- tensile test
- compression test
- Brinell hardness test
- bending test
- shear test
- cupping test
- spring testing
Scope of Delivery:
- 1 trainer
- 1 GUNTsoftware + USB cable
- 1 set of instructional material
Features:
- hydraulically operated trainer, based on industrial standards
- direct generation of tensile and compressive forces
- extensive accessories for experiments from destructive materials testing
Accessories:
· Optional:
- Tensile test:
OR
- WP 310.06Clamping device for tensile specimens, threaded end
- WP 310.11Set of 10 tensile specimens B10x50, St
OR
- WP 310.07Clamping device for tensile specimens, dumbbell-shapedWP 310.13 Set of 10 tensile specimens, dumbbell-shaped, St
OR
- Compression test:
- Brinell hardness test:
- WP 310.01Experimental setup for Brinell hardness test
- WP 300.03Set of 4 hardness specimens, Al, Cu, St, CuZn
- WP 300.31Set of 4 hardness specimens, Al
- WP 300.32Set of 4 hardness specimens, Cu
- WP 300.33Set of 4 hardness specimens, St
- WP 300.34Set of 4 hardness specimens, CuZn
- WP 300.12Measuring magnifier for Brinell hardness test
- Bending test:
- Cupping test:
- Shear test:
- Spring test:
Due to the continuous development of our products, the goods supplied may vary in detail to that illustrated on this Website.
