Commercial Heating Controls

The FA 8300 patented process reduces fuel consumption by 10-30% or more for forced-air heating systems. It is a microprocessor-based, fuel-saving control, which also means less wear and tear on parts and less flue emissions when installed on any new or existing forced air heating system.

• For commercial & residential warm air systems up to 300,000 BTU
• The patented process reduces fuel consumption—typically 10% to 30% or more
• Illuminated LCD shows fuel savings, operating modes, system diagnostics, and operating temperatures
• Saves fuel without replacing or upgrading costly system components and without voiding manufacturers’ warranties
• Saves energy without sacrificing comfort
• Guaranteed to reduce burner run time
• Works with any thermostat, including setback and multi-zone thermostats
• UL-listed Energy Management Equipment
• State-of-the-art microcomputer controller
• Easily installed plug-in sensor(s) (includes 2 required sensors)
• Fail-safe operation
• Easily programmed.
• No follow-up visits required
• Maximum year-round efficiency
• Reduces maintenance and extends furnace life
• 15-year replacement global warranty for breakdowns or defects

The CAC 8400 typically reduces commercial air conditioning electric consumption by 10% to 30% or more. A microprocessor-based, UL-listed electronic control that uses intelligent Dynamic Cycle technology to automatically adjust the compressor cycles to achieve the highest efficiency and reduce electric usage while assuring consistent temperature levels.

Features

• Dynamic Cycle technology reduces air conditioning electric consumption—typically 10% to 30%
• Compatible with Heat Pump systems
• “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 4 tons or larger
• Protects compressor against momentary power outages and short cycling
• Simple installation by a qualified HVAC/R installer
• Easily programmed and no follow-up visits required
• Maximum year-round efficiency
• Reduces maintenance and extends compressor life
• Fail-safe operation
• Guaranteed to save energy
• 15-year replacement Global warranty for breakdowns or defects

The LCH 8000 patented process reduces fuel consumption by 10% to 20%. A microprocessor-based, fuel-saving control for light commercial hot-water (hydronic) heating systems. When installed on any new or existing gas or oil burner, the LCH 8000 reduces fuel consumption, wear on parts, flue emissions, and electric usage. This control saves energy by adjusting the burner run pattern to match the system’s heat load. Its action is similar to the industry-accepted outdoor-air temperature reset control method, without requiring an outdoor-air temperature sensor or the need to profile the building to adjust the reset controller properly. The LCH 8000 determines the heat load by using an easily installed strap-on temperature sensor that monitors the boiler’s out-flow water temperature and the rate of temperature change.

Features

• For systems rated up to 2.5 million BTU / hr
• Illuminated LCD shows fuel consumption savings, operating modes, system diagnostics, and operating temperatures
• The patented process reduces fuel consumption, typically by 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) (includes 1 required sensor)
• Easily programmed 
• No follow-up visits are required
• Maximum year-round efficiency
• Reduces maintenance and extends boiler life
• Fail-safe operation
• Guaranteed to save energy
• 15-year replacement warranty for breakdowns or defects

The CHW 8000 patented process reduces fuel consumption by 10% to 20%. A microprocessor-based fuel-saving control for commercial hot-water heating systems. When installed on any new or existing gas or oil burner, the CHW 8000 reduces fuel consumption, wear on parts, flue emissions, and electric usage.

• For systems with ratings above 2.5 million BTU / hr
• Illuminated LCD shows fuel consumption savings, operating modes, system diagnostics, and operating temperatures
• The patented process reduces fuel consumption typically by 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) (includes 1 required sensor)
• Fail-safe operation
• Easily programmed 
• No follow-up visits are required
• Maximum efficiency year-round
• Reduces maintenance and extends boiler life
• Guaranteed to reduce fuel consumption
• 15-year replacement warranty for breakdowns or defects

The CHS 8110 Patented process reduces fuel consumption by 10% to 30% or more. A microprocessor-controlled, fuel-saving economizer for commercial steam heating systems larger than 2.5 mm BTU/hr. When installed on any new or existing gas, oil, or propane burner, the CHS 8110 reduces fuel consumption, wear on parts, flue emissions, and electrical usage. The CHS 8110 saves energy by adjusting the burner run pattern to match the system’s heat load. Its action is similar to the industry-accepted method of outdoor-air temperature reset control. But it does not require an outdoor-air temperature sensor or the need to profile the building to adjust the reset controller. The CHS 8110 Dynamic Cycle determines the heat load by using an easily installed pressure sensor that monitors the boiler’s steam pressure and the rate of pressure change.

• The patented process reduces fuel consumption by typically 10% to 30% or more
• Short payback period
• 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)
• Illuminated LCD shows operating modes, diagnostics, system temperatures, and economizing time
• Fail-safe operation
• Easily programmed 
• No follow-up visits required
• Maximum efficiency year-round
• Reduces maintenance and extends boiler life