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The RatioMatic is a nozzle-mix burner designed for direct air heating, indirect air heating and oven applications up to 1800° F. (1000° C.)
The burner package includes a combustion air blower and an air:gas ratio regulator to allow firing over a wide gas turndown range at a controlled ratio.
This burner is available with the Eclipse HeatPak packaged valve train - flame safety option.
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AH-MA Low Emission Air Make-Up Burners
Eclipse AH-MA burners are designed for trouble-free make-up or process air heating. They produce a uniform, odorless, and smokeless flame which is ideal for heating fresh air in make-up and process air heating applications. The AH-MA design provides stable operation over a wide range of velocities, inputs and fuels.AH-MA easily passes all global standards for indoor air quality through a wide operational range. It is ETL listed, complying with ANSI Z21.20 design standards, and is used in systems which meet ANSI Z83.4 / CGA 3.7
emissions standards for NOx and CO. The new aluminum burner body creates a lightweight, corrosion resistant burner. Divergent air wings are made of stainless steel. The burner bodies supply fuel to the center of the air wings to control the air and fuel mixture inside the burner and to optimize emissions and efficiency. AH-MA burners combine advanced engineering with installation and operational features that are truly world class.
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Burner
PROCESS AIR HEATING BURNER 40 TO 1500 kW
The Thermigas process air heating burner offers unrivalled power and flexibility in use.
The principle of total premixing of the compact immersion tube offers the following benefits:
Optimum combustion and increased efficiency
Low rate of emission which enables use in direct heating
Conformity with the most stringent environmental standards
High resistance to external pressure fluctuations and homogeneity in combustion
Possible integration in systems with increased pressure drops
Robust stainless steel design
Reliability
Low maintenance cost
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Eclipse Air Heat Burners are line type burners ideal for generating large volumes of clean, hot air. Applications include ovens, dryers, fume incinerators, and similar industrial equipment.
The "AH" models feature an integral combustion air blower mounted on the back of the burner’s steel case. By supplying the correct air volume and pressure to the burner, the blower allows stable operation over a wide range of duct velocities without installing a profile plate around the burner.
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Model No BRX ... RX... RT...
We manufacture burners that are running with fuel oil, LPG, LNG or double fuel burner between the capacity of 30 kW / h to 22. 000 kW / h. For any detailed information about our burners please contact us and see our products from catalogues.
- DOUBLE FUEL MONOBLOCK BURNERS
- 2.500-22.000 Kw/h DOUBLE FUEL NATURAL GAS BURNERS
- FUELOIL BURNERS WITH ROTARY BOWL
- 350-5800 Kw/h NATURAL GAS BURNERS
- GAS PROSES BURNERS WITH SILICON CARBIDE HEAD
- GAS PROSES BURNERS WITH SILICON CARBIDE HEAD
- 70-420 Kw/h NATURAL GAS BURNERS
- FUELOIL BURNERS WITH ROTARY BOWL
- SPECIAL STENDER BURNERS
- NATURAL GAS PROSES BURNERS
PLEASE WRITE ALL ENQUIRIES IN ENGLISH ONLY
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INDUSTRIAL BURNER DUOBLOCK BURNER
Production as per DIN 4787-4788 and European standards
CE and other certificates
- Low emission values
- Silent operation
- Superior Design
- High efficiency
- High technology
-Gas, light oil, heavy oil and dual fuel burners
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BABCOCK WANSON designs and manufactures its own burners, to match its boilers with the best possible synergy.
User advantages :
- reliability and robustness ;
- total gas combustion, minimised CO generation ;
- shape of flame adapted to the boiler optimising the heat transfer (radiation and convection) ;
- NOx levels and exhaust gas figures derived from actual operating conditions ;
- electronic modulation of the combustion air fan to increase efficiency ;
- easy access to the various components ;
- extensions of guarantee up to 6 years ;
- range of modulation 1:8 ;
- noise level lower than 85 dB with full power, improved to 75 dB by additional silencing ;
- stated fuel consumption ;
- minimal fouling when used with viscous fuels.
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For initial burner settings the burner can be adjusted either horizontally or along the kiln axis for hard burnable fuels.
The horizontal adjustment at the rear suspension is provided to consider the kiln rotation.
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The ImmersoJet (IJ) is a nozzle-mix tube-firing burner that is designed to fire at high velocities through small diameter immersion tubes.
The combustion gases from the burner scrub the inner tube surface and produce high heat transfer rates. This, in combination with the high velocity flow through the smaller diameter tubes allows for system efficiencies in excess of 80%.
The smaller IJ tubes also have smaller bends which means less tank space is occupied by the tubes. With a combustion chamber that is integral to the burner body, the new version of the ImmersoJet can sit lower on the tank than previous IJ models.
This burner is available with the Eclipse HeatPak packaged valve train - flame safety option.
system.
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MAXON Control Panels provide the primary operator interface with combustion systems of varying sizes to meet your specific control needs.
For safe ignition and control of industrial burners, MAXON Control Panels can provide:
Standard or custom designs to suit the application and comply with local standards.
Analog or digital control circuits with or without PLC options
Flame Safeguard and permissives in compliance with various world wide standards and codes
Approved high temperature limit and temperature controllers
First out annunciation for convenient system status
General purpose, weatherproof enclosures with options for hazardous duty service
Highly visible indication lights and easy-to-operate switches
Combustion air blower motor starters and options for system motors
Customized panels available upon request
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MM-Series
The Fireye MicroM Flame Safeguard controls are compact, modular burner management systems designed to provide automatic ignition and continuous flame monitoring for commercial sized heating and process burners firing any type of fuel.
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Electrical power box
Characteristics:
- Order equipment
- Temperature control
- Recorder of parameters
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Outflow Nozzles made of Molybdenum and Tungsten
W nozzles with Iridium Inserts
Outflow nozzles made of refractory metals are used in the production of glass and ceramic wool at the tank exit in melting equipment with a protective gas atmosphere.
A decisive factor for achieving optimal fibre quality in the wool is an absolutely constant and centred molten stream, which is guaranteed by the use of special nozzle insert materials such as iridium or rhenium. Our special technique for connecting the nozzle and the insert enables us to achieve maximum service lifetimes.
Product Description:
* Standardised blank shapes with individual iridium or rhenium insert diameters
* Design according to customer drawing
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1020 SERIES FTR COLD AIR BAFFLE BURNER
CAPABILITIES High heat release rates with moderate
air pressure Good turndown with flame characteristics and direction maintained Stable flame shapes tailored to the job
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MULTIFIRE® Industrial Burners incorporate a nozzle-mix refractory block design capable of "on-ratio" firing over a broad range of operating conditions. The dual fuel capability allows MULTIFIRE® Burners to fire on either gas or oil. Maximum application flexibility is provided with five different sizes and "on-ratio" capacities up to 17,500,000 Btu/hr per burner. In addition, MULTIFIRE® Gas Burners atomize fuel oils with
low pressure combustion air eliminating the need
for compressed air or steam.
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Dual Fuel Burner
Gas & Light oil or Gas & Heavy Oil
Capacity range up to 40 MWs
All burners are designed according to EN
All components are from famous controls units manufacturers
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Hauck's BBC Gas/Oil Combination Beta Burner is designed for exceptionally long life in continuous or intermittent operation in furnace, kiln and dryer environments. The BBC is well suited for applications operating under back pressure. Burner capacities range from 2.5 million to more than 100 million Btu/hr (730 to 29,300 kW). Preheated air versions are available up to 900°F (480°C). The BBC is designed to operate with all types of industrial fuel oils, including heavy oils, and with all industrial fuel gasses with or without preheat. The burner can fire with diverging tiles or converging tiles for shorter, higher velocity flames.
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These are burners with two progressive stages which, when used with a controler PID, becomes modulating.
The turndown ratio is 1 : 3 when they are burning oil and can reach 1 : 10 with gas.
For these two fuels, the management of the air-fuel mix can be mechanical, pneumatic (AGP® system) or electronic (GEM® system).
All our burners can be fitted with low NOx class III combustion heads, guaranteeing low emission in accordance with European standards EN 676 and EN 267.
The RTC® system completes the equipment of these burners.
It gives them:
- total accessibility, an essential characteristic of simple and easy maintenance: the combustion components are completely removed from the combustion head, regardless of its length, in a single manoeuvre,
- integral backup of the combustion adjustments,
- quick cleaning facilitated by compact mechanical components.
- time saving thanks to the use of standard bolts and unions.
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More specifically adapted to the industrial process, these burners with separate fans are available with two progressive stages and are modulating, via the use of an electronic regulator (PID).
Minimum of 1 : 3 when burning liquid fuels and can reach 1 : 10 or more with gases.
The air-fuel mix can be controled mechanically or electronically (GME® system).
In order to guarantee the minimum level of polluting waste, these burners can be fitted with low NOx class III combustion heads, complying with European standards EN 676 and EN 267, or with a combustion gas recirculation (RGC® system).
They burn all current liquid or gaseous fuels. The can also burn all kinds of liquid or gaseous products either to benefit from their calorific energy or to dispose of them by pyrolysis (EDP® system). This can be done with the product alone or by mixing it in the flame.
The separate fan and the possibility of modelling the shape of the flame (FGV® system) means that CP burners can be adapted to the exact needs of the generator or industrial process.
This fan offers all the known advantages of separate treatment of the combustion air:
- increased accessibility to the heat generator,
- quieter operation either via fan speed control (Variatron®), or via a silencer on the air inlet,
- the possibility of reheating, drying or humidifying the combustion air.
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FlueFire Duct Burners
The Eclipse FlueFire is an in-duct burner which can be located directly in exhaust gas streams and is also suitable for fresh air operation or incineration applications. FlueFire burners consist of a rolled steel channel framework internally insulated and covered with a heat resistant sheet which is attached on the mounting frame and provided with expansion
allowance.
Burner modules are manufactured from high temperature alloy steel, precision cut by laser to ensure uniformity. This, together with the self-cooling design, enables the burner to function with inlet temperatures up to
700°C (1300°F) and outlet temperatures up to 1200°C (2200°F).Each burner module comprises a 6" stabilization plate perforated to create a local swirl in the turbine gas. Rows can be fired individually, or provided with vertical flame propagation plates linking each manifold row.
A turndown over 10:1 is generally obtainable across the full burner matrix without the need to isolate burner rows. This enables the burner to meet changing heat demands while maintaining uniform distribution across the duct area. The design of the FlueFire burner ensures intimate mixing of the turbine exhaust gases with the fuel which creates exceptional flame stability at 100Pa (0.4" w.c.) pressure drop across the burner even on low calorific gases, which in turn ensures clean combustion with low NOx emissions. This is achieved by swirling the turbine exhaust gases intothe gas jets.
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Combustion Chambers
standard or custom-built combustion chambers.
especially designed to allow a flame inside
short heat-up and cool-down times
designed for optimum burner performance.
available in various materials.
adapted to customers process.
Commissioning & After Sales Service
MAXON combustion systems and equipment have been engineered for a minimum of maintenance.
MAXON can provide technical support during and after commissioning in almost every corner of the world through a broad international network of offices and representatives.
All MAXON offices have a stock of common spare parts, allowing MAXON to respond quickly to parts requests.
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ECOSTAR DUCT, PROCESS BURNERS
Production as per DIN 4787-4788 and European standards
CE other certificates
- Low emission values
- Silent operation
- Superior Design
- High efficiency
- High technology
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Burner of vein of air for assembly in a flow of new air or partially recycled
Characteristics:
- Great flexibility of operation
- Excellent stability of flame
- Uniformity of temperature
- Complete Combustion
- Output 100%
- Analysis of combustion lower than the standards
- Static Burner thus negligible maintenance
- Materials of quality and adapted forms
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The M.A.S. injection system creates single air jets. Between these air jets zones with negative pressure are created. In this way hot secondary air is drawn strongly into the flame. Thus provides a quick and homogenous mixing of secondary air with fuel and combustion gases, a rapid ignition, a hot sharp flame, best heat transfer to the clinker bed and excellent burn out conditions.
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The purpose of an ignitor is to supply the necessary heat release for startingup an industrial burner.
Taking advantage of over 80 years expertise in combustion, PILLARD propose a wide range of electricgas ignitors which may fit all types of burners for boilers, refinery heaters, process furnaces, hot gas generators,
rotary kilns, and reactors of Claus units.
The PACKLIGHT ignitor fires on natural gas or propane.
Its particularity is to incorporate the high voltage transformer in its rear
housing generating the lightingup spark, as well as the ionization
electrode ; the self-checking ionization detector (type PILLARD “IONY” leaflet n° 0202) allows the presence of the ignitor’s flame to be permanently monitored.
The PACKLIGHT ignitors join together the following advantages :
• Ability to supply a heat release of up to 19 kW (400 kW in special
version).
• Incorporation in the rear housing of the high voltage transformer and
the ionization self-checking detector which simplifies installation.
• Display of ionization detection level and gas pressure, which eases
commissioning and maintenance.
• Plug-in connexion which eases maintenance.
• Sturdy and compact construction.
• Easy and quick replacement of the complete rear housing, which eases
maintenance.
• Available with or without external air feed, operation as intermittent
ignitor or permanent pilot, and available in EXPLOSION PROOF
version.
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D-HG 400 High Energy Ignition Device
The D-HG 400 high energy ignition device is suitable for the ignition of gas or liquid fuels in industrial burners of any capacity
Features
Ignition of liquid or gaseous fuels with large power ratings
Compact design: control unit and ignition lance form one unit
Ignites even heavy oil no. 6
Special designs for potentially explosive atmospheres are available
Special design with battery operation
Special design for swivelling burner
No wear because thyristor controlled
20 ignition sparks á 4.5 J per second
Ignition feedback signal via integrated LED or potential-free relay output
Suitable as "Ignitor Class 3 Special“ in accordance with NFPA 8501 and NFPA 8502
Applications
Chemical industry
Refineries
Cement plants
Waste incinerators
Steam generators
Heating plants
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Flame detector for continuous operation IFW 50
Flame detector for flame signalling or for multi-flame control in conjunction with IFD 450/454, for continuous operation, ionisation control.
Mains voltage: switchable from 220/240 V AC to 110/120 V AC, for earthed or unearthed mains.
Flame detector IFW 15
Flame detector for flame signalling or for multi-flame control in conjunction with IFS 110/111IM, for intermittent operation, ionisation or UV control. For earthed or unearthed mains, mains voltage:110/120 V AC or 220/240 V AC.
Flame detectors PFF
Flame detector in 19" standard rack for multi-flame control in conjunction with PFS/PFD or for flame signalling.
PFF 704: for intermittent operation, ionisation or UV control,
PFF 754: for continuous operation, ionisation control,
with 4 independent flame amplifiers,
mains voltage: switchable from 220/240 V AC to 110/120 V AC, for earthed or unearthed mains.
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Compact Flame Monitor D-LX 100
Self-monitoring and fail-safe compact flame monitor for the monitoring of gas, oil and coal flames with integrated UV, VIS or IR flame sensor, primarily in single burner furnaces
Features
Suitable for continuous operation and 72-hour operation according to TRD 604
Compact design, flame sensor and control unit in one enclosure, takes up no space in control cabinet
LED display for settings and operational status
ATEX approved (D-LX 100 Ex)
Applications
Power stations
Chemische Industrie
Refineries
Cement plants
Waste incinerators
Steam generators
Heating plants.
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paragon
TYPE 105F1-1 Integrated Flame Scanner and Temperature Analyzer. Paragon scanner provides high integrity sensing of multiple flame properties, including Amplitude, Flicker Frequency and Flame Learned vs. Stored Curve Fitting.
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Burners, Accessories
