The motor nameplate houses essential information and data necessary for properly maintaining and operating the motor. NEMA has standardized the information the nameplates must show. 

March of 2010, the DOE (Department of Energy) instituted a ruling that incorporates small motors into their Energy Efficiency Programs. The DOE, as required by law, is mandated to review the readiness of the Energy regulations based on current materials and manufacturing technologies. This SMR (Small Motor Efficiency Rule) includes motors that are described in the information below. This rule went into effect on March 9, 2015. Motors requiring outside agency approval, such as UL or CSA have a 2 -year extension and need to comply by March 9, 2017. 

Limit switches serve many purposes in manufacturing. The NEMA 4 & 5 from Nook Industries offer two and four circuit solutions for varying applications, including machinery, packaging, door operation, hoists, and valves. 

The only cable carrier to offer IP54 protection rating, Tsubaki’s chip-tight tube series offers protection in the harshest environments. The TKA Series Cable Carrier reliably protects cables against dirt, chips, and circulating spray water while also preventing ingress of coolants and lubricants. With the enclosed stroke system and pin-hole joint, even large amounts of atomized oil and flying particles no longer pose a problem during cleaning.

A typical packaging line controlled and operated from a central location would involve an excessive amount of wiring for sensors, feedback devices, power, and much more. Smart devices eliminate the need for multiple I/O components, controller, and amplifier, and reduces the amount of cables and wiring required. Internet connected machines and mechatronics simplify the design and build process, provide enhanced functionality, and streamline commissioning, troubleshooting, and maintenance. Learn how you can cut overall costs and improve performance with smart Internet of Things mechatronics in this video from our partners at PBC Linear. 

 Last week, Baldor introduced the Baldor Dodge Raptor coupling, with patented WingLock Technology. Featuring a finite-element optimized winged elastomeric element design, the Raptor provides longer driven equipment life and improved reliability. Raptor’s patented WingLock technology increases surface area at the most critical regions of the element, resulting in higher bond strength, improved fatigue resistance, and longer life than competitive urethane designs. A non-lubricated natural rubber element results in lower stiffness, improved vibration damping, and industry-leading misalignment capabilities.

According to the Department of Energy (DOE), manufacturing operations in the US spend $30 billion annually on electricity powering motor-driven systems, leading industrial experts to consider energy-efficient synchronous drive units as an alternative to v-belt drive systems. 

The O.H. Kruse Feed Technology Innovation Center, the new home of the Kansas State University Feed Science and Management program, includes a modern, automated 5-tonper-hour production and teaching feed mill and a biosafety level 2 teaching and research feed mill. This 142-foottall, state-of-the-art facility opened in October 2013. A lead gift of $2 million to fund the project came from the Kruse family to honor company founder O.H. Kruse, and stresses the importance of educating and preparing the next generation of feed industry professionals.