Turck Banner has extended its encoder portfolio with new encoders featuring the SAE J1939 interface, which is used particularly in mobile equipment. The encoders are now available in the company’s Industrial and Efficiency Line as single or multiturn encoders, as well as the solid or hollow shaft devices, in sizes 36, 46 and 58 mm. Two interlocked bearings ensure a robust mechanical design and offer protection from vibration or shock on the shaft. Users thus benefit from a significantly greater encoder service life compared to devices with a shaft bearing.
The innovative energy harvesting technology of the multiturn J1939 encoders also enables wear-free and maintenance-free operation. These devices count rotations without needing an additional battery or mechanical gears, thus enabling a highly compact design.
The encoders offer the user maximum flexibility. While standard single turn resolution is 14 bits, the total resolution of the multiturn encoders can be increased from 32 up to 43 bits if required, corresponding to over 500 million countable revolutions. While up to 127 nodes can be configured in a network on CANopen models, the encoders with a J1939 interface allow up to 254 nodes. Applications are found in mobile equipment, agriculture and intralogistics.
Monitoring vibration allows for equipment longevity Iritron
Other technologies
Unscheduled downtime and maintenance on machines is often a source of frustration for many companies active in industrial manufacturing as it results in loss of process and productivity, which in turn equates to loss of revenue.
Read more...Building resilience in extreme environments
Other technologies
The petrochemical and oil and gas sectors operate in unforgiving environments. In this high-stakes industry, operational efficiency is vital, and unplanned downtime can have severe consequences. To thrive in this demanding landscape, a proactive and sophisticated approach to maintenance is no longer an option, but a necessity.
Read more...Extending oil drain intervals
Other technologies
In a recent field study, African Group Lubricants tested the performance of Mobil Delvac Modern MX 15W-40 Super Defense engine oil under rigorous operational conditions. The goal was to extend the oil drain interval while maintaining optimal engine performance and reliability.
Read more...Latest advance in automotive cooling fluids
Other technologies
The automotive industry is undergoing a significant transformation, driven by advancements in vehicle design and increasing demands for enhanced performance and durability. These changes are bringing a marked shift toward formulations that offer improved heat dissipation and robust corrosion resistance.
Read more...Advancements in wire rope testing
Other technologies
Being able to get instant, real-time and portable detection of wire rope flaws can make a significant difference for operational teams. There have been a number of significant technological advancements and tools entering the market that help wire rope operators detect and resolve problems faster.
Read more...Complete solutions for the die casting industry
Other technologies
Die casting is a manufacturing process that involves injecting molten metal into a mould to produce complex, high-precision components. FUCHS Lubricants South Africa addresses the evolving demands of the die casting sector through continuous product innovation and development.
Read more...Rethinking common approaches to wire rope lubrication
Other technologies
: Wire ropes are hard-working components in many different applications, from mines to lifts, ports, construction sites and drainage systems. Correct lubrication of wire ropes is absolutely critical because wire ropes are more than just cables, they are intricate machines composed of interdependent parts in constant motion.
Read more...Quantum refrigerator paves way for reliable quantum computers
Other technologies
Quantum computers require extreme cooling to perform reliable calculations. Researchers at Chalmers University of Technology, Sweden, and the University of Maryland, USA, have engineered a new type of refrigerator that can autonomously cool superconducting qubits to record low temperatures, paving the way for more reliable quantum computation.
printer friendly version