PROCEQ DIGI-SCHMIDT

DIGI-SCHMIDT The Digi-Schmidt concrete test hammer combines Proceq’ s classic Original Schmidt with a display unit that allows the direct reading and display of test results. With the Digi-Schmidt, various parameters such as impact direction, form factor and time factors as well as carbonation depth can easily be set. The Digi-Schmidt is available in the versions ND and LD. Features - Automatic calculation of the compressive strength thanks to the integrated conversion curves - Storage of customized conversion curves possible - Large and easy-to-read display - Data evaluation and storage as well as transmission to a PC with ProVista software are possible Applications - Type ND: Suitable for use on concrete components of 100 mm ( 3.94 in.) thickness or more - Type LD: Suitable on concrete components of thickness less than 100 mm ( 3.94 In.) or on cast stone material - Both are ideally suited for systematic high volume measuring and the detection of weak spots in the concrete as well as for the control of uniform concrete quality Warranties - Standard 2-year limited warranty on electronic indicating units - Optional extended warranty periods up to 3 years Standardization - ISO DIS 8045 - EN 12 504-2 - ENV 206 - BS 1881, part 202 - ASTM C 805 - ASTM D 5873 ( rock) - DIN 1048 Part 2 - B-15.225 - NF P 18-417 - J6J / T23-2001, JJG 817-1993, both China ) Technical Data Test Hammer Type ND Impact energy : 2.207 Nm Measuring range: 10 - 70 N/ mm2 Concrete compressive strength : 1' 450 - 10' 152 psi Technical Data Test Hammer Type LD Impact energy : 0.735 Nm Measuring range : 18 - 70 N/ mm2 Concrete compressive strength : 2' 610 - 10' 152 psi Display Unit Display : graphic LCD-Display 128 x 128 pixel Internal data storage : non-volatile memory, 500 measurement series of 10 measurements each Communication : RS 232 or with adapter to USB PC application : ProVista Battery type : six LR6 ( AA) batteries, 1.5 V for 60 h operation Operating temperature : 0 ° C to + 60 ° C Storage temperature : -10 ° C to + 60 ° C