S1 Series
- 46.2 to 63.0 MMBTU/hr
- 1,100 to 1,500 HP
- Gas, #2/#6 oil and combination
- Available to <30 PPM NOx
The ProFire® S1 series burners use a true forced-draft design to deliver rated capacities against a wide range of furnace pressures.
- ProFire S1 Series Burners Brochure(Literature)
- ProFire LNS1LG Specification(Technical Data)
- ProFire NTS1G Specification(Technical Data)
- ProFire NTS1LG Specification(Technical Data)
- ProFire S1EG Specification(Technical Data)
- ProFire S1G Specification(Technical Data)
- ProFire S1L Specification(Technical Data)
- ProFire NTXLLG Specification(Technical Data)
- Service Warranty(Technical Data)
- ProFire S1 Series Technical Data Sheets(Technical Data)
- ProFire S1 Series Operation and Maintenance Manual(Technical Data)
- Quick Product Reference Guide(Literature)
- Burner Application Guide(Literature)
- Product Overview
- Related Resources
- Applications
- C-B NT technology adaptable to all types of combustion chamber configurations
- Top or bottom FGR connection option (LNS1 models only)
- Air-atomizing, low-pressure oil nozzle with steam atomization optional
- Parallel positioning is standard for optimal control throughout the firing range (NT models only)
- Cam trim with 14-point adjustment range for consistent air/fuel ratios (S1/LNS1 models only)
The S1 series is suitable for firetube and watertube boiler applications. The standard S1 series offers natural gas, propane gas, air-atomized #2 or #6 oil and combination gas/oil fuel options from 46.2 to 63.0 MMBTU. The LNS1 series offers natural gas, propane gas, air-atomized #2 oil and combination gas/oil fuel options from 42.0 to 63.0 MMBTU to <30 ppm NOx. The NTS1 series offers natural gas, propane/air mix, air-atomized #2 oil and combination gas/oil fuel options from 33.0 to 63.0 MMBTU to <9 PPM NOxGas manifold on oil burners comes standard for easy upgrade to combination units. Easy access for maintenance is granted through hinged rear doors and burner access panels. A backward-curved impeller provides adequate combustion air for various furnace pressures. The FGR control valve insures proper metering of FGR for maximum NOx reduction; and the FGR shutoff valve is standard, which prevents combustible gases from returning to the combustion zone.
WEBINARS
Improve Boiler Performance by Replacing the Burner →
In this webinar, attendees will learn the benefits of upgrading their boiler with a new state-of-the-art burner to improve boiler efficiency and better match facility needs.
Parallel Positioning and O2 Trim →
Parallel positioning controls help a burner to optimize its fuel-to-air ratio by using dedicated motorized actuators for the fuel and air valves.
CASE STUDY
Boiler Retrofit the Right Solution at Mount Royal University →
Reduce carbon footprint and bring boilers into compliance with local gas code
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