X2650 Excavator Scales
Improve productivity on the largest excavators in the world
The LOADRITE™ X2650™ system is the latest addition to the LOADRITE family of onboard weighing systems, extending the range to include excavators up to 800 tonnes.
It is the most effective tool for large hydraulic excavators to improve face and pit productivity, providing bucket-by-bucket payload information to optimize the load-out of haul trucks.
More accurate and timely than truck scales, the LOADRITE X2650 provides accurate weighing to within +/- 3% accuracy on your excavator for maximum productivity.
Increase productivity and improve profits by eliminating under or overloading and haul truck turn around. With the X2650 you can ensure payloads are on target and production levels are sufficient to maintain the life of mine estimates.
Excavator scales vs truck scales
Haul truck payload measurement systems are useful but only provide suitable information after the truck has left the load out location. If the truck is over-loaded then the truck may slow, and reduce cycle-times. Likewise, if the truck is under-loaded, it has lost the opportunity to move maximum payload. With the X2650 you can ensure payloads are on target and production levels are sufficient to maintain the life of mine estimates.
Designed and engineered specifically for hydraulic excavators, LOADRITE X2650 excavator scales use slope compensation technology to provide accurate weighing over a wide range of demanding operating conditions.
Adjustable weighing zones
Configure your excavator to accurately weigh when loading from different levels, such as benches. Dynamic payload weighing system for bucket-by-bucket optimization of your load-out process.
Track your tons per hour, cycle times, and total tonnage moved by your excavators and trucks. With easy reporting, you know exactly how your company is running. The LOADRITE Material Management System (MMS) turns data from mobile equipment into management information reporting designed specifically for the needs of your business.