Features For systems up to 300,000 BTU Illuminated LCD display shows fuel consumption savings, operating modes, system diagnostics and operating temperatures Patented process reduces fuel consumption—typically 10% to 20% Short payback period—typically 12 to 24 months UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” microcomputer controller Easily installed [… Read More...
Features Patented process reduces air conditioning electric consumption— typically 10% to 20% Compatible with central Heat Pump systems UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” microcomputer controller—LED indicators show operating modes For systems up to 5 tons Protects compressor against momentary power outages and short cycling Simple [… Read More...
Features Patented process reduces air conditioning electric consumption—typically 10% to 20% UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” microcomputer controller—LED indicators show operating modes Protects compressor against momentary power outages and short cycling Simple installation by a qualified HVAC/R installer No programming or follow-up visits required Maximum [… Read More...
Features For systems with ratings above 2.5 million BTU / hr. Illuminated LCD display shows fuel consumption savings, operating modes, system diagnostics and operating temperatures Patented process reduces fuel consumption—typically 10% to 20% Short payback period—typically 4 to 18 months UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” [… Read More...
Features Patented process reduces fuel consumption—typically 10% to 20% Short payback period—typically 4 to 18 months UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” microcomputer controller For systems with ratings above 2.5 million BTU/hr Easily installed plug-in sensor(s) (ordered separately) Illuminated LCD display shows operating modes, diagnostics, system [… Read More...
Features Dynamic Cycle Management (DCM) technology reduces air conditioning electric consumption—typically 10% to 20% Compatible with Heat Pump systems UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components State-of-the-art microprocessor based control—Illuminated LCD display shows run time hours, economizing hours, operating modes and system diagnostics For systems 5 tons or [… Read More...
Features For commercial systems rated up to 2.5 million BTU / hr Illuminated LCD display shows fuel consumption savings, operating modes, system diagnostics and operating temperatures Patented process reduces fuel consumption—typically 10% to 20% UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” microcomputer controller Easily installed plug-in sensor(s) [… Read More...
Features Patented process reduces fuel consumption—typically 10% to 20% UL listed, “Energy Management Equipment” Increased savings without replacing or upgrading costly system components “State-of-the-art” microcomputer controller For commercial systems rated up to 2.5 million BTU LCD display shows operating modes, diagnostics, system pressure/temperature, and economizing time Easily installed plug-in sensor(s) (ordered separately) Simple installation by [… Read More...
Features For commercial & residential warm air systems up to 300,000 BTU Patented process reduces fuel consumption—typically 10% to 20% or more Illuminated LCD display shows fuel consumption savings, operating modes, system diagnostics and operating temperatures Saves fuel without replacing or upgrading costly system components and without violating manufacturers’ warranties Saves energy without sacrificing comfort [… Read More...
