Used NSK W4005T343ZY-C5Z5 #293671655 for sale

NSK W4005T343ZY-C5Z5 is a highly efficient lightweight and shock-resistant electric reactor designed for a wide range of industrial applications requiring the reliable transfer of electrical energy. This reactor, made from high-grade materials, can operate in temperatures ranging from -10°C to +120°C, providing a wide range of use in harsh environments such as in the outdoors, or in a factory environment. The electrical conductivity of this reactor is also outstanding, and the construction of the unit is designed to absorb higher temperature currents, ensuring a longer life and improved energy efficiency. Thanks to its lightweight design, this unit is suitable for long-term service and can be installed in tight spaces. The high-grade materials used in this reactor's construction ensure excellent resistance to high and low temperatures, shock, wear, and corrosion. The insulation materials used in W4005T343ZY-C5Z5 reactor meet international standards, providing reliable electric insulation. Additionally, the reactor has three high-grade windings which are designed to reduce changes in voltage across them and ensure excellent inductive energy transfer. The core of this reactor is constructed from laminations of steel, which are cooled by a MaxGuard air fin that provides greater resistance to high temperature rises due to maximum core damage protection. The monoblock construction of this unit helps to reduce vibration, noise, and wear and tear, promoting a longer service life. This reactor meets the requirements in terms of safety, performance, and quality thanks to the CE and UL-approved overload protection feature. This allows the reactor to automatically break the current if the voltage gets too high, ensuring a stable current and protecting the device from damage. NSK W4005T343ZY-C5Z5 is designed for durability and is designed to provide years of reliable service. With its lightweight design, and advanced features, this reactor is an ideal choice for a variety of industrial applications requiring reliable energy transfer.