Pavetest’s new thermal cracking test

Matest subsidiary Pavetest launched its new thermal stress restrained specimen test (TSRST) machine, the TSRST-Multi, at bauma. Designed for tests set down in the AASHTO TP10-93 and EN 12697-46 standards, the machine can test three specimens simultaneously inside a temperature-controlled cabinet which can vary in increments of 10 degrees between - 40 and +40 degrees C. “We decided to come up with a flexible approach where each station can test statically or dynamically. And you can have any combination,”
April 20, 2016 Read time: 2 mins
282 Matest subsidiary 7955 Pavetest launched its new thermal stress restrained specimen test (TSRST) machine, the TSRST-Multi, at bauma. Designed for tests set down in the AASHTO TP10-93 and EN 12697-46 standards, the machine can test three specimens simultaneously inside a temperature-controlled cabinet which can vary in increments of 10 degrees between - 40 and +40 degrees C.

“We decided to come up with a flexible approach where each station can test statically or dynamically. And you can have any combination,” said Pavetest MD Con Sinadinos. “It’s been in development for six months.”

Sinadinos highlighted a new approach to the design of the machine, where all the refrigeration elements are isolated within one detachable unit. This means transportation costs can be lower, because certain units are not so tall, and it makes maintenance easier, he said.

Pavetest has developed its control and data acquisition system so that eight channels rather than 16 are needed, which means that a smaller control unit can be integrated into the machine. “Normally you see a mass of wires coming out of these machines. Here they are all hidden out of the way,” said Sinadinos.
All videos

For more information on companies in this article

Related Content

  • Intelligent machines will be normal within 10 years says Komatsu
    April 16, 2013
    Komatsu expects to see ‘intelligent’ machine control as a standard feature on dozers, excavators and potentially other machines within 10 years. It has started the roll-out of its intelligent machines with the D61EXi/PXi-23 dozer and a prototype PC210LCi-10 excavator.
    Read More
  • Smart road test facility in Virginia
    July 28, 2015
    A test stretch of road in the US is playing a valuable role in developing technology and boosting traffic safety -*Tom Gibson writes Located a short distance from the Virginia Tech campus in the mountains of rural southwest Virginia in the mid-Atlantic region of United States, the Virginia Smart Road looks like a conventional road. But venturing to either end of the 3.5km-long thoroughfare reveals that it actually goes nowhere, at least for now. The result of a plan conceived back in the 1980s, the Vi
    Read More
  • Caterpillar eyes better performance in 2015 amid stormy weather
    May 13, 2015
    Caterpillar vice president Paolo Fellin sums up the past year for the global equipment manufacturer and looks at the increasing importance of telematics and machine control. David Arminas reports from Caterpillar’s Demonstration and Learning Centre in Malaga, southern Spain First the good news. Despite the difficulties, especially of the financial markets, 2014 was “a record year for a lot of things” for global heavy equipment maker Caterpillar.Now the bad news. Hang onto your seats because despite some
    Read More
  • Matest Asphalt Splitter will make life easier for lab technicians
    January 6, 2017
    Materials testing firm Matest has launched an asphalt splitter at bauma. The machine breaks up asphalt specimens so that the constituent parts can be tested, a task that is often carried out by hand. “The purpose of the machine is to make the operator’s life easier,” said area manager Massiono Martorini. The splitter should also lead to greater efficiency, as breaking specimens down will take less time, and allow laboratory technicians to do other things. Matest expects to sell the splitter to laboratories
    Read More

Highlighted Content