Used SCOTT OmniGas #9193276 for sale

SCOTT OmniGas is an innovative facility equipment designed to help improve the safety and efficiency of a wide variety of gas-fired operations. OmniGas equipment is a self-contained, automated gas control system that is designed to reduce the risk of gas accidents through better control of gas handling and delivery. The unit consists of SCOTT OmniGas Modules and a OmniGas controller. SCOTT OmniGas Modules feature two separate and independent controllers, one for the monitoring and activation of gas related operations and the other for the tracking and monitoring of gas usage and flow. Both controllers feature an LCD display allowing for easy operation and status tracking. OmniGas controller allows all gasses delivered through the machine to be accurately monitored on the user panel. It also features a simple and intuitive interface which allows for convenient gas flow control as well as convenient maintenance and monitoring of all involved systems. SCOTT OmniGas tool provides a comprehensive and safe as well as reliable source of gas supply and usage. All gas sources are connected to OmniGas modules through single functional or segregated systems. Each gas supply asset is fitted with its own protective control valve that can be adjusted to the desired pressure and level, while reads and monitors each gas flow that is coming into or out of the model. SCOTT OmniGas equipment is compatible with wide range of different gas supplies. OmniGas controller is also compatible with both national and international fuel safety regulations. The system also features fail-safe mechanisms and an onboard safety net to reduce the possibility of risk against gas related accidents. SCOTT OmniGas unit has also been designed with a secure and accessible data storage machine. This allows for easy access to information on all systems involved in the gas-fired operations. This information can be accessed remotely or locally, depending on the design of the tool. Overall, OmniGas asset is an essential part of the safety and efficiency of gas-fired operations. Its reliable, intuitive, and integrated design can help to reduce the risk of gas-related accidents and prevent costly and time consuming support and maintenance.