Product Description
Motion control is one of the most fast-paced industries in the modern world. Research and development initiatives are being taken worldwide to develop devices that help us optimize the conventional motion systems that are supporting whole industries and manufacturing process around the globe. One of the frontrunners in this highly competitive race is Kollmorgen, an industrial leader with international influence and a dedicated team of professionals.
It offers a huge range of products to its customers, which includes core motion control products like motors, drives, and software solutions. These products, precision engineered to perfection, are considered absolutely top of the line in the market. The E Series by Kollmorgen is a range of conventional hybrid stepper motors. Designed for rugged industrial environments and multiple applications, these functional motors are the ideal fit in most industries.
Their most salient feature is the Sigmax Technology they feature. This innovation makes them up to 25% more efficient and powerful than equally sized motors, with a higher torque output. To achieve this, Pacific Scientific makes use of rare earth magnets that are inserted between stator teeth gaps, and direct magnetic flux lines in such a way that the energy they carry does not go to waste.
The E22NRFB-LNN-NS-00 Stepper Motor from this series is an amazing machine. It sports a NEMA 23 frame and NEMA mounting capability, which makes it easy to handle. Its double stack configuration makes it the prime choice for higher torque applications. The 8 lead connection it comes with makes it highly versatile as users may use it in a 6 lead, 4 lead parallel, or 4 lead series configuration. With a 6 lead connection, this motor has a holding torque of 1.12Nm and rated current of 2.2 amps DC. For the 4 lead parallel and series configurations, the holding torque is 1.59/1.59 Nm and rated current is 3.1/1.6 amps DC respectively. The E22NRFB-LNN-NS-00 Stepper Motor by Kollmorgen, with its demandable specifications and performance characteristics, is your key to revolutionizing your motion systems!