Used KE (HIKE) DJ-1223V-DF #9137326 for sale

The KE (HIKE) KE (HIKE) DJ-1223V-DF Reactor is an onboard, industrial-grade, portable power source that is designed to provide reliable, continuous service. It is a robust and reliable unit, perfect for both stationary and on-the-go applications. The KE (HIKE) DJ-1223V-DF Reactor easily converts standard AC electrical voltage to DC output. This allows users to quickly, safely, and conveniently power equipment and machinery. It has a maximum output power rating of 1200Watts, with a solid-state overload protection that helps protect against damage caused by short circuit, overload and voltage surges. The KE (HIKE) KE (HIKE) DJ-1223V-DF Reactor is small enough to be portable, yet powerful enough to support a variety of applications. Built-in thermal-management and overload protection ensure that the unit shuts off safely and reliably in the event of overheating. The reactor also features a low-profile design that helps it fit more easily and unobtrusively into a variety of spaces. To optimize performance and reliability, it is important to ensure that the KE (HIKE) DJ-1223V-DF Reactor is installed according to the manufacturer's instructions. To start using the unit, all that is typically required is a connector cable to power it up. It also requires the use of an appropriate power cable and a suitable enclosure for aesthetic purposes. The reactor has many impressive characteristics, such as temperature-resistant silicone insulated windings that help ensure long-term machine health and efficiency, a copper-braid shield to protect against EMI interference, UL-rated components that guarantee the safety of the unit and its users, as well as a comprehensive 2-year warranty for peace of mind. In short, the KE (HIKE) KE (HIKE) DJ-1223V-DF Reactor is a powerhouse of an onboard, portable power source. Not only is it reliable and safe, but it is also designed to be user-friendly and able to provide power to a wide range of equipment and machinery. Its unique features ensure that it can be used efficiently and effectively in a variety of locations, without compromising on performance, safety, and longevity.