ROSS Systems & Controls - A leading supplier of control systems for speciality processes
Industrial Mixing Equipment
ROSS Systems and Controls
ROSS SysCon is a leading supplier of control systems for center stage processes including mixing, blending, dispersion, & drying, as well as accompanying processes including but not limited to charging, discharging, & CIP. Our products range from simple on/off switches to complete automation and PLC based recipe systems. Each system, standard or custom, is UL certified and designed and programmed in house according to the needs of each client.
Our experienced staff of engineers is available to assist in the selection of controls for use with your equipment, or to design a complete system or mixer for your special requirements. When you receive an equipment package from ROSS SysCon, it will have been thoroughly tested to insure a fast and on time start up.
Design Options
Automation
The company has a world class reputation for innovative engineering, and helping you to automate your plant processes.
Control Systems
Control Systems are our specialty. We design and build simple stand alone panels to complex, fully automated systems.
Process Systems
We design and build complete turnkey process systems. Most are skid mounted and ready to run when installed in your facilities.
Technology Report
Control system options for explosion-proof mixers
Multiple options are available for explosion-proof controls of mixing systems installed in hazardous environments. To select the best and most cost-effective controls solution, it helps to work with an experienced control designer who knows the details of your process as well as the mixing system and auxiliary equipment involved.
Depending on the mixer location or the raw materials involved, mixing systems can be required by law to be explosion-proof (XP). This means that the mixer`s motor(s), limit switches, controls and other electrical components must be designed to contain explosions or flames produced within them (due to arcs, sparks, or flashes) without igniting surrounding flammable gases or vapors. When applicable, these components must also be designed to prevent ignition of combustible dust.