LOOP-PRO ENGINEER ^TM

Ideal for process control technicians, operators and engineers with responsibility for maintaining multiple PID controllers and assuring optimal process performance. LOOP-PRO ENGINEER includes robust design tools that are cutting edge technology, yet with a visual presentation that makes them accessible and easy to use.

Our tools make the visualization and analysis of process data as simple as a few mouse clicks. Our extensive PID controller tuning library puts the optimal performance of your process within your grasp.

Controller Design Menu

• Dial up from conservative to aggressive or vice versa to reflect the ideal PID response rate.
• Select design characteristics consistent with your controller, including Manual, P-Only, PI, and PID as well as advanced control characteristics such as Feed Forward, Smith Predictor, and Dynamic Matrix Control
• Toggle between PID settings – On and Off – to assess process impact and achieve optimal fit

Process Model Library

• Choose from a library of standard process models from First Order Plus Dead Time and Second Order Plus Dead Time to Integrating and Under-Damped
• Utilize advanced fitting tools and tailor models to match your unique process control objectives

Data Analysis Tools

• Capture, display, and modify process output data and thoroughly analyze the impact of setting adjustment and design modifications
• Alter control settings in either an open- or closed-loop environment

Modify controller settings to produce output and performance characteristics that match model processes, or to meet alternative performance objectives. Reduce the number of process disruptions required to re-tune controllers and speed the processes return to full production mode. Eliminate the risk and haphazard nature of manual tuning and rapidly acquire optimal process coefficients.

Realize increases in production of up to 10% and decreases in production costs of up to 15%. Benefit from improved employee and plant safety, product quality, and bottom-line profitability.