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COMPANY INFORMATION

Industrial Combustion is a leading manufacturer of burners designed for commercial, industrial, and institutional applications. The history of our product line is a long and enviable one. For nearly 70 years, our burners have been part of virtually every major boiler manufacturer’s packaged products.

Superior design is the key to our products’ ongoing popularity. Industrial Combustion was the first company to introduce air-atomizing systems to burner designs. Since then, Industrial Combustion has led the industry in the development of new burner technologies. Our commitment to research and development assures Industrial Customers of having the most technologically advanced burner systems available.

xlseries

INDUSTRIAL COMBUSTION XL/LNXL – FIRETUBE AND WATERTUBE SERIES

  • Designed for large firetube and watertube applications
  • Fuels: Gas, #2 Oil, or Combination
  • Gas Input (Mbtu/hr): 37,800 to 92,400
  • Oil Input (US gph): 330 to 660
  • Thermal Output (BHP): 900 to 2,200
  • Shipping Weight (lbs): 12,000 approx.

INDUSTRIAL COMBUSTION S1/LNS1 – SERIES

  • Designed for scotch marine and watertube applications
  • Fuels: Gas, #2-6 Oil, or Combination
  • Gas Input (Mbtu/hr): 42,000 to 63,000
  • Oil Input (US gph): 300 to 450
  • Thermal Output (BHP): 1,000 to 1,500
  • Shipping Weight (lbs): 7,000 to 8,750

INDUSTRIAL COMBUSTION E/LNE – SERIES

  • Designed for firetube, firebox and watertube applications
  • Fuels: Gas, #2 Oil, or Combination
  • Gas Input (Mbtu/hr): 8,400 to 42,000
  • Oil Input (US gph): 60 to 300
  • Thermal Output (BHP): 200 to 1,500
  • Shipping Weight (lbs): 3,150

INDUSTRIAL COMBUSTION D/LND – SERIES

  • Designed for a wide range of applications such as boilers, heaters,   furnaces, kilns and dryers
  • Fuels:  Gas, #2-6 Oil, or Combination
  • Gas Input (Mbtu/hr):  3,360 to 42,000
  • Oil Input (US gph):  24 to 300
  • Thermal Output (BHP):  80 to 1,000
  • Shipping Weight (lbs):  1,000 to 5,500

INDUSTRIAL COMBUSTION M – SERIES

  • Designed for a wide range of applications sucha s boilers, heaters,   furnaces, kilns and dryers
  • Fuels:  Gas, #2-6 Oil, or Combination
  • Gas Input (Mbtu/hr):  1,400 to 10,500
  • Oil Input (US gph):  10 to 75
  • Thermal Output (BHP):  33 to 250
  • Shipping Weight (lbs):  450 to 1,250

INDUSTRIAL COMBUSTION V/LNV – SERIES

  •  Designed for firetube, watertube and cast iron applications
  •  Fuels:  Gas, #2 Oil, or Combination
  •  Gas Input (Mbtu/hr):  1,300 to 16,800
  •  Oil Input (US gph):  9.3 to 120
  •  Thermal Output (BHP):  31 to 400
  •  Shipping Weight (lbs):  450 to 1,450

INDUSTRIAL COMBUSTION FP – SERIES

  • Designed for cast iron, firebox and scotch marine applications
  • Fuels:  Gas, #2 Oil, or Combination
  • Gas Input (Mbtu/hr):  550 to 4,200
  • Oil Input (US gph):  3.9 to 30.0
  • Thermal Output (BHP):  13 to 100
  • Shipping Weight (lbs):  200 to 400

INDUSTRIAL COMBUSTION MTH – SERIES

  • Designed for process heating applications such as thermal fluid   system and hot oil heating
  • Fuels:  Gas
  • Gas Input (Mbtu/hr):  2,500 to 16,000
  • Thermal Output (BHP):  60 to 380
  • Shipping Weight (lbs):  700 to 1,250

INDUSTRIAL COMBUSTION Q – SERIES

  • Designed for cast iron sectional boilers, firebox, commercial   watertube, firetube, furnace and oven applications
  • Fuels:  Gas
  • Gas Input (Mbtu/hr):  375 to 2,500
  • Thermal Output (BHP):  9 to 60
  • Shipping Weight (lbs):  350 to 550

INDUSTRIAL COMBUSTION OIL PUMP & HEATER SYSTEMS

  • Simplex and Duplex Technology
  • 75 – 1,600 GPH Capacity
  • No .2 – 6 Oil
  • Packaged system – assembled, wired, tested and   mounted on welded drip pan steel base

INDUSTRIAL COMBUSTION SEQUENCE DRAFT CONTROL SYSTEM

For a low initial investment, a sequencing draft control system delivers long-term benefi ts: it improves heat transfer and combustion effi ciency, reduces room heat loss, improves flame retention and stability, reduces pilot failures and significantly enhances safety.

  • Improves Heat Transfer and Combustion EfficiencyReduces Pilot Failures
  • Reduces Pilot Failures
  • Open Mount, Surface Mount and Panel Mount Options
  • NYC DEP, UL and cUL Approved

INDUSTRIAL COMBUSTION LEAD LAG SYSTEM

The LLM (Lead Lag Master) is the perfect solution for automation and control of multiple boilers. It performs the function of a boiler master controller by sequencing the boiler(s) on and off and controlling the main header steam pressure or water temperature precisely. It is used in conjunction with the local controls such as L91 or T991A. Major benefits are extending boiler life, providing energy to the facility as required and saving fuel by eliminating idle time.

  • Boiler Lead Lag Master System for Steam or Hot Water Service
  • Advanced Automation Technology
  • Increased Fuel Savings
  • NYC DEP, UL and cUL Approved

INDUSTRIAL COMBUSTION SMOKE OPACITY MONITOR

The Industrial Combustion Model SOM-A0 Smoke Opacity Monitor provides reliable, continuous measurement of the density of confined particulates such as dust or smoke. It’s easy to calibrate and requires no routine maintenance other than occasionally cleaning the sight glass.

  • Modbus Communications
  • 4-20 mA DC output signal
  • Calibrated adjustment of alarm trip point and time delay
  • NYC DEP, UL and cUL Approved