The internal microprocessor provides enhanced operating parameters and tighter differentials for precise sensing and faster heating response to optimize performance

Uses a thermopile to generate the power needed to operate the electronic gas control without requiring an external power source

The electronic gas control incorporates an LED status indicator that monitors system operation and service diagnostics

Lead-Free

The internal microprocessor provides enhanced operating parameters and tighter differentials for precise sensing and faster heating response to optimize performance

Uses a thermopile to generate the power needed to operate the electronic gas control without requiring an external power source

The electronic gas control incorporates an LED status indicator that monitors system operation and service diagnostics

Lead-Free

The internal microprocessor provides enhanced operating parameters and tighter differentials for precise sensing and faster heating response to optimize performance

Uses a thermopile to generate the power needed to operate the electronic gas control without requiring an external power source

The electronic gas control incorporates an LED status indicator that monitors system operation and service diagnostics

Lead-Free

The internal microprocessor provides enhanced operating parameters and tighter differentials for precise sensing and faster heating response to optimize performance

Uses a thermopile to generate the power needed to operate the electronic gas control without requiring an external power source

The electronic gas control incorporates an LED status indicator that monitors system operation and service diagnostics

Lead-Free