You know you need to get control of your industrial process. But, what kind of control does your process need? 

Successful control of your cooling process and selection of a suitable control require a good understanding of the flow of heat in that process. No matter how intelligent or elaborate a control is, it cannot overcome the limits of basic thermodynamics in a system or process.

Designed to provide accurate, stable temperature control during critical industrial processes, Model MPC2 has advanced autotuning control and works with surface heating products.

The frequent cycling of a regenerative combustion system introduces nonlinearities and discontinuities that place challenges on a traditional combustion controls system. Several approaches can minimize these effects.

Autotuning PID capabilities in temperature controllers solve most problems if used properly, but they do not always work as desired.

CN243 series has J, K, R and S thermocouple inputs.

Considering the number of variables present, gaining precise control of a process heating application can be a difficult task.

Model RE92 is reliable for demanding industrial control applications.

Series 450 is factory configured to satisfy most industrial heating applications, with Type J probe input, hot PID control and 10-sec recycle time.

A 1/4 DIN temperature controller configurable for four programmable outputs and NEMA 4X/IP65, Model TEC-4100 provides fuzzy logic PID heat and cool control.