Keyless Locking Devices (KLDs) are mechanical bushings used to connect power transmission components onto rotating shafts. These keyless, frictional devices provide an easily adjustable and releasable mechanical shrink fit, while eliminating problems associated with backlash including fretting, corroding and wallowing. Check Out The Top 3... Read More
IBT Industrial Solutions
When companies want to meet their goals faster and operate more efficiently, they call IBT Industrial Solutions. With a comprehensive product offering and a variety of industrial training and supply-chain management services, IBT is their trusted source to deliver it all. With more than six decades of experience, no one else can offer you the personal attention and wealth of product knowledge that our highly trained supply-strategy professionals can. Here at IBT, the most important thing we deliver is your total satisfaction.
The Lenze i500 is an innovative frequency inverter series in the 0.33 to 177 Hp (0.25 to 132 kW) power range. With a streamlined design, scalable functionality and exceptional user-friendliness, the i500 provides a high-quality frequency inverter that already conforms to future standard in accordance... Read More
With the increased use of Motor Drive packages, the question of “when to use an Inverter Duty Motor instead of a Standard Motor” often arises. The term “inverter-duty” refers to a motor whose speed is controlled by an inverter or VFD (variable frequency drive). While... Read More
What’s all the buzz surrounding ABB’s Ability™ Smart Sensor for motors? It’s not just that this new tech needs no wiring, is easy to fit, can be configured in minutes and can fit in your pocket. No—People are talking about how tracking the health of... Read More
Determine The Right Bearings For YOUR Application & Environment The basic function and design of a ball bearing have not changed drastically since it was invented in the 1700s. However, features, such as bearing seals and shields, have since been adapted to both protect ball... Read More