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On-Demand Webinar:

How to Achieve Exceedingly Accurate and Efficient Temperature Control in Electric-Heat Applications

Improving temperature-regulation accuracy and efficiency in industrial heating processes can reduce operating costs and increase process repeatability. This presentation reviews contactors, solid-state relays, and SCR power controllers that regulate electric-heating applications. It covers installation and set-up techniques designed with ease of use in mind, and SCR power controller communication options for system integration into a connected enterprise. The presentation also considers advanced operation modes in SCR power controllers that deliver exceptional results.

Date: July 26, 2017
Time: 12 PM EDT (9 AM PDT)
Duration: 1 hour
Presented by:


Improving temperature-regulation accuracy and efficiency in industrial heating processes can reduce operating costs and increase process repeatability. This presentation, intended for process and design engineers, focuses on the critical roles of electric-heat temperature measurement and power control. It covers key considerations in device selection, installation and set-up techniques, and methods of operation to control your temperature-critical process with the highest accuracy and efficiency.

Should you use contactors, solid-state relays, or SCR power controllers? We'll review various power control options available on the market, considering key advantages, typical network communications capability, and cost-saving features.

We'll discuss interface software tools and features to manage set up and monitor operation-and can even allow you to tap into data for greater process insights and control. We'll also look at operating modes, including zero-cross (full-cycle) mode and phase-angle mode, as well as SCR power controller output regulation methods for voltage, current, and power output regulation. Regardless of your application or specific process conditions, there are measures you can take to more accurately and efficiently control your industrial thermal process and lower your cost of operation and total cost of ownership.

Key Takeaways

  • Understand the primary parts of a typical temperature control loop and the power control loop for electric heating
  • Understand the differences in contactors, solid-state relays, and silicon-controlled rectifiers (SCRs) that control power from the grid to the heater
  • Consider specification features in SCR power controllers, such as power efficiency, accuracy, reliability, network connectivity, and ease of integration
  • Learn about advanced operation modes that improve efficiency


Matt Fischer, Field Applications Engineer, Advanced Energy Industries, Inc.

Matthew Fischer is a field applications engineer for the thermal products group at Advanced Energy Industries, Inc. Prior to joining Advanced Energy, he worked at AAM, a global tier-one automotive supplier, as a senior manufacturing engineer; Azimuth Technologies, a systems integrator, as a senior controls engineer; Glasstech, a glass furnace manufacturer, as an electrical engineering manager; and Surface Combustion, an OEM furnace manufacturer, as a design engineer then promoted to director of special products. Mr. Fischer holds a bachelor's degree in electrical engineering and a master's degree in business administration from the University of Toledo. He has been active in numerous industry associations, lending a wealth of expertise in business, automation, design, and engineering across a broad range of industries. He has served as chairman of ASM International, Diffusion Related Processes, and chairman of SME Heat Treating Technology. Mr. Fischer has presented at multiple industry conferences, and his publication portfolio includes technical articles for ASM International, SME, Metal Treating Institute, Furnaces North America, IMTS, Materials and Manufacturing Ontario, Industrial Heating Magazine, Advanced Materials Magazine, Tube and Pipe Technology Magazine, and Fastener Technology Magazine. He can be reached at