Used RASCO SO 1000 #9070082 for sale

RASCO Switching Equipment 1000 (RASCO SO 1000) is a cutting-edge, touchless switching system that enables users to control and monitor their equipment performance, monitor temperatures, and more with an intuitive, easy to use platform. RASCO SO1000 hardware unit is made from an aluminum cast frame and mounted within the control case. It implements an advanced CPU-based interface that offers a wide range of functions and features, such as high-speed switching processing and data logging, analog control, and temperature monitoring. The interface also supports the many extra communication protocols that are used in industrial machine control systems. SO 1000 handles any load from 48V up to 65kVA, and it can also detect and store fault events such as overload, phase imbalance, or motor failure. By monitoring the temperatures from the motor or other equipment, SO1000 can automatically take action to either reduce the current load or switch to a different power source when necessary. In terms of safety, RASCO SO 1000 offers numerous features such as a drive lock-out unit, which prevents the motor from starting until the control machine activates, over-current protection with motor switching that automatically disconnects the motor when the current is over a safe threshold, and a temperature monitoring tool that turns the motor off when its temperature is too high. RASCO SO1000 does not require any mechanical components such as switches, relays, or contactors. This means that it can save up to 50 percent of the energy traditionally wasted due to mechanical components, resulting in more efficient and cost-effective energy usage. Additionally, SO 1000 is designed to handle harsh environments including high levels of vibration, shock, and electromagnetic interference (EMI). Overall, SO1000 switching asset is a powerful and flexible solution for controlling, monitoring, and protecting vital motor circuits. It is highly reliable and secure, and offers numerous features that can help minimize energy consumption and provide optimal performance in various industrial environments.