FORCE™ portable mining weighbridge scale
2Pages

“Unbeatable speed and accuracy up to 12 kph!” Over 88 Years of Innovation The World’s Toughest MINING TRUCK SCALE The range of FORCE portable and fixed mining dump truck scales are the ultimate in weighing technology for off road heavy haulage applications. Each system is designed to optimize accuracy and efficiency of use and built to last! Unlike a standard full deck weighbridge, the FORCE is a portable system made up of a combination of individual weigh pads which measure the load on each wheel of a dump truck. The modern modular design enables the FORCE to be configured to weigh any make and model of mining haul truck. In addition the FORCE series can even monitor your employees travel and productivity times (optional). The FORCE system features either a touch screen PC controller mounted in a weatherproof enclosure or a PC based rack system loaded with Trakblazes proven and reliable software that is user friendly to acccurately measure the load on each wheel either statically or in-motion up to an unbeatable 12 kph*. The total truck weight is then derived from the summation of the individual wheel and axle loads and displayed on the PC interface. Note: These are the same electronics & software used in our high speed 80 kph govt. trade approved train weighing systems. PC based controller with built-in printer in carry case Approx. Dimensions 58cm x 45cm x 28cm *depending on site conditions MINING, RAIL, ROAD & AIRCRAFT WEIGHING SYST

FORCE - 2 TECHNICAL DATA Nominal Pad Size L x W x H 2000mm x 1500mm x 250mm Load Cell Type 40t analogue No. of Cells per Pad 4 Individual Pad Capacity 50t Total Axle Capacity 100t or 200t FORCE - 4 TECHNICAL DATA Nominal Pad Size L x W x H 3000mm x 2000mm x 300mm Load Cell Type 100t analogue Total Axle Capacity 600t Load Sensors Each weigh pad incorporates multiple heavy duty "OIML approved" temperature compensated load cells. The strategic positioning of these sensors within the pad allows for off-center wheel loads to be measured accurately and with a safe overload sufficient to deal with...