Force Ductility Testing Machine
The UTB-1430 Force Ductility Testing Machine is used to determine the the deformation energy required to stretch a bitumen sample from 200 mm elongation to 400 mm elongation. Force ductility machine is capable of testing 3 specimens simultaneously. The speed of the machine can be adjusted from 5 mm/ min. to 100 mm/ min. Internal tank is made of stainless steel. The bath is fitted with an immersion heater in order to obtain the 25°C test temperature required for normal ductility testing.
Water bath is covered by insulating material to reduce the heat loss during testing.
The machine can be supplied with an external Cooler / Circulator Unit necessary to obtain the 5°C test temperature required for force ductility testing according to EN 13589.
UTB-1430 Force Ductility Testing Machine has 3 load cells. The accuracy of load cells are ±0,1N with a maximum capacity of 300 N. Test speed can be adjusted and load-displacement curves can be drawn through the software. Software for UTB-1430 is capable of calculating deformation energy according to EN 13589 and displaying force vs displacement graphs for each sample separately or on the same screen.
Cooler/Circulator Unit (UTGE-4110), moulds and mould base plates should be ordered separately.
Main Features
• Elongation measurement through motor encoder.
• 3 simultaneous load measurements with 18 bit resolution.
• Ethernet for connection to PC (not included).
• Colour large TFT graphic display with touch screen
• PID controlled heating and cooling system.
• Fine adjustment of test starting position for easy insertion and removal of different types of test moulds.
• Closed-loop PID temperature control of 25±0.5°C
• Temperature range from 4°C to ambient temperature ( ±0.5°C ) with the Cooler / Circulator Unit
(UTGE-4110)
Software
• Selection of test parameters can be made either by TFT graphic display or computer software.
• Automatic calculation of deformation energy.
• Display of load vs deformation graphs.
• Software assistance for elastic recovery test according to EN 13398 to minimise operator error.