Aramine and ARMZ sign agreement for L140B battery-powered miniLoader


25th April 2019Energy minerals, Environmental, Mining equipment, Mining events, Power supply for minesAramine, ARMZ, battery-electric machines, battery-powered machines, International Mining World Russia Exhibition, L140B, miniLoader, Vladimir VerkhovtsevDaniel Gleeson

Underground vehicle specialist Aramine says it has signed a partnership agreement with Russia uranium producer, ARMZ, for the assembly of its L140B battery-powered miniLoader.

The pact was signed by ARMZ Uranium Holdings’ Director General, Vladimir Verkhovtsev, and Aramine Presidents, Marc Melkonian and Christophe Melkonian, during the 23rd International Mining World Russia Exhibition, in Moscow.

“Production of Aramine battery loaders will improve the working conditions of the miners, increase the level of safety and, of course, increase the volume of ore mining,” Verkhovtsev said.

Just a few months ago, Aramine looked to extend the continuous working time of its battery-powered miniLoader L140B by providing a battery change-out option.

This miniLoader L140B, launched in 2017, is an optimised and advanced version of the L120B, carrying more capacity — 1.3 t. While the company’s new option allows the machine to run full time without being immobilised during charging, the standard L140B offers four hours of continuous operation. This allows for the mucking of three to four faces in one shift with a simple charging system integrated into the machine and requiring a plug to the wall, according to the company.

The miniLoader does not require massive electrical installation, with the power required only being about 7 kW, compared with the 45 kW typically needed for an electric machine with cable, the company said.

ARMZ recently announced plans to reduce the level of risk both underground and above-ground at its industrial complexes, with Verkhovtsev saying the company was looking at, among other things, automation and implementation of the most modern technologies at its operations.

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