Plummer block technology extends life of key bearings by 50 per cent
New plummer block housings launched in Perth by Schaeffler Australia this month respond to industry demands for extended bearing life with reduced maintenance and total cost of ownership. The new generation of FAG Plummer Block Housings are large-size bearing housings, engineered to increase the service life of fitted spherical roller bearings by up to 50 percent compared to conventional plummer block housings. Their advances – including increased strength and shock resistance due to the use of (EN-GJS-400) spheroidal graphite cast iron as standard – make the SNS ideal for the broad diversity of applications where spherical roller bearings are widely used, including machinery operating in aggressive environments, says Schaeffler Australia Pty Ltd Industrial Heavy Industries Manager, Mr Jeff Gordon. Key applications include industries such as mining and minerals processing, quarrying, cement, manufacturing, oil and gas processing, bulk materials handling (including port loading facilities), manufacturing and steel, primary product and food and beverage processing, pulp, paper, packaging and forestry, and major infrastructure and water and waste water plants. The new plummer blocks – for shafts from 115mm to 530mm and from 4 7/16 inch to 19 1/2 inch diameter – are one of the latest global technology advances from the Schaeffler Group, which employs more than 80,000 people worldwide. Schaeffler’s research and development centres alone employ more than 6,000 people dedicated to high-performance, low-maintenance bearing technology that enhances sustainability by maximising machinery life and minimising energy demands. Such low-maintenance technologies are ideal for all industries that can’t afford breakdowns or production stoppages, Mr Gordon told the Perth launch, held after the arrival of stocks of the first of the new technology bearings in Australia and New Zealand. “Maintaining production is obviously vital in our energy and resources sectors – where even short interruptions and maintenance outages can be measured in millions […]