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self recuperative and radiant tube burners

Tube Firing Burner

Designed to Fire Radiant and Immersion Tubes, the TFB when paired with the Bayonet Ultra Recuperator and E-Jector device can achieve significant efficiency and fuel savings and low emissions

Overview
Eclipse low emissions TFB burners are designed to fire radiant and immersion tubes with inputs from 300,000 to 2,000,000 Btu/hr. With a vigorous spinning action, the unique nozzle design creates an intense adjustable length flame. This long, spiraling flame results in cleaner combustion, efficient heat transfer and more precise, uniform tube temperatures. In addition, the flame scrubs the inside of the fire tubes to remove the gas film boundary layer and increase heat-transfer effectiveness with outstanding temperature uniformity. Not only do these factors contribute to longer tube life, they also ensure consistent uniform process heating.

Features & Benefits:
  • Low NOx and low CO
  • Low excess air capability for high efficiency
  • Low air and gas pressure requirements
  • High heat transfer at low noise levels
  • Reliable ignition at a wide range of firing rates
  • Can be fitted with Eclipse Bayonet-Ultra recuperators for maximum system efficiency
More Information:
Specifications

Air & Combustion Air Specifications

  • Air Pressure Switch
    • Required for safety; detects insufficient air pressure

Standards & Certifications

  • Safety Standards
    • NFPA 86 Compliant

Combustion, Fuel & Mixing Sub‑Systems

  • Recuperator Type
    • Exhaust leg recuperator

Overview

  • Models
    • TFB030, TFB075, TFB200
  • Burner Type
    • Nozzle-mixing burner for tube firing applications

Maximum/Minimum Temperature Limits

  • Maximum Furnace Temperature
    • Up to 1850 deg F (application dependent)

Combustion/Furnace/Chamber Temperatures

  • Maximum Combustion Air Temperature
    • Up to 1000 deg F

Actuation, Valve & Motion Control Specifications

  • Main Gas Shut-Off Valve Train
    • Must comply with NFPA; minimum: two shut-off valves
  • Ignition System
    • 6000 VAC full wave spark transformers (1 per burner)

Ignition, Flame & Supervision Specifications

  • Ignition Type
    • Direct Spark Ignition
  • Flame Monitoring
    • Flame rod (TFB030 and TFB075), UV scanner (all models)

Thermal, Flow & Process Characteristics

  • Heating Type
    • Indirect heating

Fuel, Gas & Media Specifications

  • Fuel Type
    • Natural Gas, Propane, Butane

Combustion, Mixing & Fuel Dynamics

  • Fuel Gross Heating Values
    • Natural Gas: 1,002 BTU/ft³, Propane: 2,572 BTU/ft³, Butane: 3,225 BTU/ft³
  • Combustion Principle
    • Direct tube firing with controlled air/fuel mixing

Processing & Performance Metrics

  • Efficiency
    • As low as 39% depending on furnace temperature (without Recuperator)
    • Up to 71% depending on furnace temperature (with Recuperator)

Control, Logic & Functional Behavior

  • Control Method
    • Modulating control, High/Low control

Applications & Compatibility

  • Applications
    • Radiant tube heating, immersion tube heating

Air & Combustion Air Specifications

  • Air Pressure Switch
    • Required for safety; detects insufficient air pressure

Standards & Certifications

  • Safety Standards
    • NFPA 86 Compliant

Combustion, Fuel & Mixing Sub‑Systems

  • Recuperator Type
    • Exhaust leg recuperator

Overview

  • Models
    • TFB030, TFB075, TFB200
  • Burner Type
    • Nozzle-mixing burner for tube firing applications

Maximum/Minimum Temperature Limits

  • Maximum Furnace Temperature
    • Up to 1850 deg F (application dependent)

Combustion/Furnace/Chamber Temperatures

  • Maximum Combustion Air Temperature
    • Up to 1000 deg F

Actuation, Valve & Motion Control Specifications

  • Main Gas Shut-Off Valve Train
    • Must comply with NFPA; minimum: two shut-off valves
  • Ignition System
    • 6000 VAC full wave spark transformers (1 per burner)

Ignition, Flame & Supervision Specifications

  • Ignition Type
    • Direct Spark Ignition
  • Flame Monitoring
    • Flame rod (TFB030 and TFB075), UV scanner (all models)

Thermal, Flow & Process Characteristics

  • Heating Type
    • Indirect heating

Fuel, Gas & Media Specifications

  • Fuel Type
    • Natural Gas, Propane, Butane

Combustion, Mixing & Fuel Dynamics

  • Fuel Gross Heating Values
    • Natural Gas: 1,002 BTU/ft³, Propane: 2,572 BTU/ft³, Butane: 3,225 BTU/ft³
  • Combustion Principle
    • Direct tube firing with controlled air/fuel mixing

Processing & Performance Metrics

  • Efficiency
    • As low as 39% depending on furnace temperature (without Recuperator)
    • Up to 71% depending on furnace temperature (with Recuperator)

Control, Logic & Functional Behavior

  • Control Method
    • Modulating control, High/Low control

Applications & Compatibility

  • Applications
    • Radiant tube heating, immersion tube heating
  • Air Pressure Switch : Required for safety; detects insufficient air pressure
  • Safety Standards : NFPA 86 Compliant
  • Recuperator Type : Exhaust leg recuperator
  • Models : TFB030, TFB075, TFB200
  • Maximum Furnace Temperature : Up to 1850 deg F (application dependent)
  • Maximum Combustion Air Temperature : Up to 1000 deg F
  • Main Gas Shut-Off Valve Train : Must comply with NFPA; minimum: two shut-off valves
  • Ignition Type : Direct Spark Ignition
  • Ignition System : 6000 VAC full wave spark transformers (1 per burner)
  • Heating Type : Indirect heating
  • Fuel Type : Natural Gas, Propane, Butane
  • Fuel Gross Heating Values : Natural Gas: 1,002 BTU/ft³, Propane: 2,572 BTU/ft³, Butane: 3,225 BTU/ft³
  • Flame Monitoring : Flame rod (TFB030 and TFB075), UV scanner (all models)
  • Efficiency : As low as 39% depending on furnace temperature (without Recuperator)|Up to 71% depending on furnace temperature (with Recuperator)
  • Control Method : Modulating control, High/Low control
  • Combustion Principle : Direct tube firing with controlled air/fuel mixing
  • Burner Type : Nozzle-mixing burner for tube firing applications
  • Applications : Radiant tube heating, immersion tube heating
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