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Regal Rexnord Corporation has launched a redesigned series of its long-serving, industry-leading Autogard F400 Series torque limiter. This next generation Autogard F400 Series offers significant improvements whilst remaining a drop-in replacement for the legacy 400 Series, matching its predecessor in form, fit and function.
Unlike HVAC applications, servomotors are not normally operated at the same speed or torque for extended periods, thus the overall efficiency of a servomotor is not easily given a single numeric value. The efficiency varies greatly with the application, and thus different applications favor different types of servomotors.
The products and solutions Hägglunds will showcase at MINEXCHANGE leverage the unique characteristics of hydraulic direct drive technology — delivering power directly to the drive shaft with full torque from zero speed and protection from shock loads — to maximize the efficiency and uptime of conveyors, feeders, crushers, drums, bucket wheel reclaimers, kilns and more.
Offering a track with stronger magnets for their linear motors than previously available, ETEL introduces the new MWD+. This magnet-track family is compatible with any existing LMG and LMS linear motor from ETEL, enabling up to 15 percent higher continuous and peak forces compared to the existing MWD product.
Kollmorgen has announced the new TBM2G series of frameless servomotors, introducing features that simplify the design of collaborative, surgical, aerospace and defense and other robots while delivering optimal performance in a lighter, more compact package. These new motors will complement Kollmorgen’s existing TBM and KBM series of frameless motors.
In today's highly competitive world,
the better someone understands the
advantages and benefits of direct drive
technology, then the more they will
have an advantage in machine building,
giving them an edge over their
competition.
When talking about high-end machining or manufacturing applications that include direct-drive technology, one of the key advantages of utilizing this particular transmission method is its endurance. Because of the very nature of direct-drive motors they are able to operate at peak performance levels indefinitely — without any kind of wear or aging — as long as the motor isn’t pushed past its capacity.
Unfortunately, because this isn’t a perfect world, unexpected things can happen which can cause the motor to overheat. Whether the heat source is due to a parameter being input incorrectly, or an unexpected external force causing more resistance than expected — it is important to have certain forms of thermal protection in place. Since torque motors are built in such a way that they cannot be
repaired and yet maintain their efficiency, it is vital to prevent any overheating — thus precluding the
need to purchase a new one.