An Alignment-Free Drive refers to the power base components — reducer, fluid coupling and motor — properly constructed to eliminate shaft misalignment. With an Alignment-Free Drive, there are two critical elements, input and output, where the need to align is completely eradicated, making it a great choice for those interested in long-term cost savings and efficiency.
The Triple 500HP Alignment-Free VFD Drive (60″ belt width) pictured at right was constructed with heavy-duty structural steel and built to exact customer specification — with the addition of ceramic lagging to the pulleys and an option. Equipped with three 500HP motor bases, it produces a total of 1500HP. The Triple 500HP drive is controlled by a sophisticated Variable Frequency Drive starter to increase speed, maneuverability, and responsiveness. By using a VFD starter, longevity of the drive is attained in addition to energy and cost savings.
West River’s Alignment-Free Drives are offered in any desired belt width and horsepower/voltage required.
Cost-effective solutions for hauling aggregates like sand and gravel over long distances.
LEARN MOREImprove mining operations with custom conveyors that are tested for safety and reliability.
LEARN MOREAn online inventory stocked with gearboxes, fluid couplings and other parts ready to be shipped.
LEARN MOREAvoid unplanned downtime and injuries that can arise from worn out conveyor belts.
LEARN MOREWe’re Still Here for You – WRC is Fully Operational On Saturday, December 14, an unexpected fire occurred at West River Conveyor's manufacturing facility. While the damage is still being read more »
For any mining operation, conveyor systems are critical, especially when it comes to handling materials in corrosive environments. In Louisiana, one of our longstanding customers operates an underground conveyor system read more »
Reducer gearings or gearboxes are the unsung heroes of conveyor operations, turning raw engine power into the right combination of speed and torque to keep your belt rolling day in read more »