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The inlet apparatus type "Böhme" is designed for the determination of the bulk density of building lime according to EN 459-2. The inlet instrument consists of a cylindrical container made of brass with a volume of exactly one litter, an adaptor flange with shutter and a top mounted filling device with release lever. After pouring the bulk goods into the top mounted filling device the shutter is opened and the goods drop into the container. Then the surplus goods are skimmed and the weight is measured. Design The inlet apparatus consists of a cylindrical container made of brass with a volume of one litter, an adaptor flange with shutter, and a top mounted filling device with shutter activating lever. -
Fully automatic test plant in compact design for standard-compliant compressive strength tests on building materials, preferably for efficient routine tests and quality control on: Concrete cylinders 4 inch / 6 inch according to ASTM C 39 Concrete cubes 100 mm / 150 mm edge length according to EN 12390-3- Accuracy: Quality Class 1 / EN ISO 7500-1 /ASTM E 4 / EN 12390-4
- Sizes: 2000 kN (450 000 lbf)
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Fully automatic test plant in compact design for standard-compliant compressive strength tests on building materials, preferably for efficient routine tests and quality control on:- Cylinders 150 x 300 mm or 160 x 320 mm according to EN 12390-3
- Cylinders 150 x 300 mm or 160 x 320 mm according to EN 12390-4 (strain cylinder test)
- Cubes with 100 mm, 150 mm or 200 mm edge length according to EN 12390-3
- Cubes with 100 mm, 150 mm or 200 mm edge length according to EN 12390-4 (strain cylinder test)
- Accuracy: Quality Class 1 / DIN 51220 / EN ISO 7500-1
- Sizes: 2000 kN / 3000 kN / 4000 kN
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Computer controlled isothermal heat flow calorimeter for the continuous determination of the total evolved heat of hydration of concrete. With online computer operation the instrument allows to directly determine the heat development rate (J/g) in dependence of the elapsed time. Key benefits for the user: ✓ Detection of the initial peak ✓ User-calibration function ✓ Test method with deeply informative value and high reproducibility ✓ Difference in temperature between measuring cell and ambience ✓ Rigid, durable measuring instrument for industrial and laboratory tasks ✓ Evaluation of the results via computer with numerical and/or graphical output -
Deflection measurement device for the deformation controlled determination of the flexural tensile strength of fiber reinforced concrete beam specimens used for industrial floors and for tunneling in accordance with:- ASTM C 1609 / ASTM C 1018
- EN 14651 / EN14488
- AFNOR P18-409
- BV-Merkblatt "steel fiber concrete"
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Advantages Large operation range (variable diameters and measuring lengths) ✓ High reproducibility ✓ Application and disassembling also during the test ✓ Conception for mobile tasks (transport box) Working Principle The double extension sensor with the desired measuring lenght is applied to the specimen. It is fixed by the springs. At this procedure the precise extension sensors are blocked at neutral position. After the adaption they will be delocked and a zero adjustment (ZERO potentiometer) will be performed. The compression test will be done; before rupture of the specimen the extensiometer should be removed. The removement can be performed even when sample is under load. -
Load frame in compact design for the standard-compliant compressive strength tests on building materials, preferably for efficient routine tests and quality control on: Concrete cylinders 150 x 300 mm or 160 x 320 mm according to EN 12390-3 Concrete cubes with 100 mm, 150 mm or 200 mm edge length according to EN 12390-3- Accuracy: Quality Class 1 / DIN 51220 / EN ISO 7500-1 / EN 12390-4
- Sizes: 2000 kN / 3000 kN / 4000 kN
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Load frame with large testing area dimensions for standard-compliant compressive strength tests on building material specimens of all kind, e.g. concrete-, brick- and natural stone specimens. This load frame is made for extremely challenging test requirements in the quality control, the development and the research.- Accuracy: Quality Class 1 / DIN 51220 / EN ISO 7500-1
- Sizes: 5000 kN / 6000 kN / 8000 kN / 10000 kN
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Load frame for the standard-compliant testing of the flexural strength of railway sleepers, e.g. in accordance with EN 13230.- Accuracy: Quality Class 1 / EN ISO 7500-1 / DIN 51220
- Sizes: 300 kN / 400 kN / 500 kN / 600 kN / 1000 kN
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Multi-purpose load frame for the standard-compliant testing of the compressive and flexural strength of slabs, bars, standard stones, concrete bars, concrete stone products (curb stones, paving stones, etc.) and further building materials.- Accuracy: Quality Class 1 / EN ISO 7500-1 / DIN 51220
- Sizes: 200 kN / 300 kN
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Automatic test plant for the standard-compliant testing of the splitting tensile strength of concrete paving stones in accordance with EN 1338.
- Accuracy: Quality Class 1 / DIN 51220 / BS 1610
- Sizes: 300 kN
Key benefits for the user:
✓ Easy programming and user-friendly operation ✓ Combinable with up to 2 load frames of the modular system ToniNORM ✓ Load frame convertible for compressive strength tests ✓ Control by PC with software testXpert possible ✓ Microprocessor and servo-hydraulic control (closed loop) ✓ Software and printer for automatic raw data printing available ✓ Result evaluation by PC with software testXpert ✓ Linkage with laboratory information systems (LIMS) by software ToniDATFor the ToniSPLIT are various accessories and a large range of optional extensions available.
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ToniNORM is an expandable modular system for the automatic, computer-controlled testing from 10 kN to 10.000 kN that can be individually put together according to the customer requirements. Up to four load frames of the machine series ToniNORM can be individually combined and can be operated with only one Powerbox (hydraulic power unit) and a single ToniTROL (controller). Thereby each load frame can be optimally adapted to the respective test requirements. Key benefits for the user: ✓ Individually combinable modular system ✓ High-quality, deformation-resistant load frames ✓ Intelligent control system for programmed test procedures ✓ Servo-hydraulic control (closed loop) ✓ Quality Class 1 according to DIN 51220 / EN ISO 7500-1 ✓ Future-proof by retrofittable software modules ✓ Long-term expandable
