Product group
Brand
v
01 Strength investigation by rebound ham (5 articles)
Prev[1]Next
Show: Grid Sort by:
C380 C380 Concrete Matest test hammer MPA diagram Concrete test hammer classic model Spring impact energy 0,225 mkg.(2,207 Joule) The device dedicated to measure the finished concrete structures and buildings having strength resistances from 10 to 70 N/sq.mm. This concrete test hammer, entirely produced by Matest, has aluminium frame, and thanks to its very accurate manufacture processing and selected components ensures high precision test results in the time. Conversion tables allows to deduce the compressive strength from the rebound value. This non destructive testing method is safe for the structure of the concrete and allows to examine its hardness accurately. It is the top quality test hammer available on the market. Supplied complete with calibration curve chart in N/mm 2 (Mpa) values, abrasive stone, carrying case. Dimensions: 330X100X100 mm Weight: 2 Kg C380
C380
v
C380-01 C380-01 Concrete Matest test hammer PSI diagram Concrete test hammer ASTM Model Exactly the same to model C380 - Matest's concrete hardness tester sold and calibrated by Macben - but the calibration curve chart shows the resultats in PsI values as requested by ASTM C805 Specifications. Please, check "C380" on our webshop. C380-01.jpg
C380-01
v
C386M C386M Digital concrete Matest test hammer Concrete Digital Test hammer Matest This digital concrete test hammer manufactured by Matest performs basic concrete testing with continuous automatic recording of all parameters in accordance with EN 12504-2 specifications. Standards: EN 12504-2, DIN 1048, ASTM C805, Uni 9189, BS 1881:202, NF P18-417 The device determined to measure hardness of the concrete.The device consists of the standard mechanical model C380, but equipped with an electronic transducer that measures the rebound values and supplies automatically the results on a graphic display. The results of the test are registered and available to transfer them to a PC for further analysis. The device allows to automatic conversion of rebound index to equivalent compression strength in psi, N/mm2, kg/cm2 Measuring test performing: - Shows index value - Shows average index value - Allows to select measuring system in MpA or Psi - Shows numbers of performed rebounds - Shows date and time - Identifies tested element - Identifies automatically and shows rebound angle - Shows battery life Technical specifications: - Impact energy: 2,207 Joule (Nm) - Measuring range: 10 – 120 N/mm2 - Interface: RS232 - Power source: 6 rechargeable batteries AA NiMh 2000mA - Battery life: 60 hours with automatic shutdown - Operating temperature: -10°C +60°C - LCD 64 x 124 - Up to 20000 test results Supplied complete with data transfer software, data transfer cable RS232, battery charger, abrasive stone, carrying case Dimensions with case: 330x180x120 mm Weight: 3 kg C386M
C386M
v
C381 C381 : Rock classification hammer Test hammer impact energy 0,735 Joule Standards : ASTM D5873, ISRM EN 12504 PART 2, ASTM C805, DIN 1048, BS 1881:202, NF P18-417 This impact hammer is used for rock classification test. The core rock specimen normally NX 54.7 mm diameter is held on a special cradle (accessory) in horizontal position, and the hammer tests the same in all its length, to obtain an average of the readings. Impact energy: 0.74 Nm Measuring range: 10...60 N/mm2 Weight: 2 kg Accessories : A121 Rock cradle Standard: ASTM D5873 To locate EX to NX core rock specimens during the classification tests by the Rock Hammer mod. C381. Weight: 20 kg C390 Calibration anvil Standards: EN 12504-2 | ASTM D5873, C805 Used for periodical obligatory verification of the test hammers, as specified by EN Standards. Technical data: see Section “C” Concrete p. 368 Dimensions: Ø 150x230 mm. Weight: 16 kg v2021-11 C381.jpg
C381
v
C390 C390 Anvil for verification Anvil for verification comform EN 12504-2 Used for the verification the calibration of the concrete test hammers. Special steel alloy made. Dimensions: dia. 150 by 320 mm. Weight: 16 kg C390.jpg
C390
v
Prev[1]Next