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WINDOW 141 FLAME SCANNING SYSTEM
The PIA WINDOW 141 flame scanning system uses proven flame scanning technology which combines a simultaneous UV and IR detection, with the latest flash memory microcontroller.
The system includes:
A single scanner head having a combination of UV tube (ultraviolet), a high speed IR cell (infrared), and a window which allows a direct visual sight to the scanned flame through the same hole used by the sensors. It can detect coal, oil, gas and other non standard fires.
A signal processing module handling independently both UV and IR signals received from the scanner head. It displays absolute frequency counts and the strength (relative to adjustment) of UV and IR signals. A flame strength output of 0-20mA or 4-20mA, UV and IR flame on relays, and a fault relay transmit their data to your burner management system.
A chassis (mounting rack) providing termination hardware for all the wiring and 1 to 8 slots to quickly plug and remove the scanner modules.
A plug in data terminal DT-1 to program and diagnose the signal processing module, so only the operator having the DT-1 can modify
the module adjustments.
An optional FS-2 flame source to simulate an adjustable flame signal containing UV and IR light for testing the system on the field.
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Hauck's 780 Series Burners are self-proportioning, oil-fired burners designed for highly efficient operation using low pressure atomizing air. The 780 Series can be fired on No. 2 through No. 6 fuel oil with capacities from 200,000 to 14,000,000 Btu/hr (59 - 4100 kW). Higher capacities available with induced air.
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Medium output burners used in heating systems must meet five essential requirements:
- simple implementation,
- easy operation,
- reliable and efficient settings,
- rational use of energy,
- low pollution emissions.
C.20 and C.24 burners are equipped with the innovative MDE® system, which allows technicians to query the burner at any time and obtain operating information and details of startup phases.
Burners are designed, developed and built in compliance with the European standards EN 267.
CUENOD burners are manufactured in compliance with the quality assurance certificate AFAQ ISO 9002.
As with all CUENOD burners, the C.20 and C.24 models bear the CE mark, indicating compliance with the relevant European Directives, including Efficiency Directive 92/42/EEC, when installed on boiler shells CE.
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Having acquired a wealth of experience through our work with professionals in the field, we have produced a new generation of burners that combine improved performance, precision and reliability.
These burners are designed, developed and built in compliance with European Standards EN 267 for burners and EN 29002 (ISO 9002) for manufacture.
CUENOD burners are manufactured in compliance with the quality assurance certificate AFAQ ISO 9002.
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In domains as varied as district heating, services, small industries and the agribusiness industry, the priority in fuel burners is that they:
- are easy to install,
- guarantee reliable adjustment,
- use energy economically,
- minimize pollution emissions
- simplify operations,
With this aim in view, the NC.12 - NC.16 et NC.21 burners are fitted with the RTC® System and MDE® System.
Burners are designed, developed and built in compliance with the European standards EN 267. CUENOD burners are manufactured in compliance with the quality assurance certificate AFQ ISO 9002.
As for all CUENOD burners, the NC.12 - NC.16 et NC.21 models have received this certification CE, as they comply with the requirements of the relative European directives:
- Machinery Directive 89/392/EEC
- Machinery Directive 89/336/EEC
- Machinery Directive 73/23/EEC
Efficiency Directive, when burners are installed on the boilers themselves.
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Circular INCINO-PAK® Industrial Burners have been specifically designed for the incineration of combustible gaseous effluents inside cylindrical combustion chambers. With INCINO-PAK® direct combustion, higher efficiencies can be achieved than with powered burner systems. The special cone-type COMBUSTIFUME® Natural Gas Burners provide easy outside access to the raw gas pilot, ignitor, and flame monitoring components.
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2.500-22.000 Kw/h
DOUBLE FUEL NATURAL GAS BURNERS
MODEL RX-RT
PLEASE WRITE ALL ENQUIRIES IN ENGLISH ONLY
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Burners for gas BIC
Burners with cast steel housing, connection for ceramic tube provided.
Burner size: 50 to 140,
capacity: 10 to 360 kW,
flame shape: normal flame or long, soft flame,
gas type: natural gas, town gas or LPG,
length of burner tube: depending on ceramic tube,
connection:
gas: thread,
air: thread or flange.
The following versions are available:rnburner with integrated ignition lance.
Burners for gas ZIC
Burners with steel-plate housing, connection for ceramic tube provided.
Burner size: 165 and 200,
capacity: 630 and 1000 kW,
flame shape: normal flame or long, soft flame,
gas type: natural gas, town gas or LPG,
length of burner tube: depending on ceramic tube,
connection:
gas: thread,
air: flange.
The following versions are available:
burner with integrated ignition lance.
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MAXON's OVENPAK® 400 Series is the world's most flexible and reliable industrial burner. The OVENPAK® burns most any fuel gas and requires only low pressure fuel. This natural gas burner provides clean combustion with low NOx levels while providing unmatched turndown.
OVENPAK® Gas Burners provide outstanding performance in ovens and dryers, paint finishing lines, paper and textile machines, food baking ovens, coffee roasters, grain dryers, and fume incinerators.
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SBM proposes a wide range of infrared gas burners
- stainless steel construction
- instant heat
- long life ceramics
for following applications :
- rotisseries
- doner kebab
- baking ovens
- drying ovens, …
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MONOBLOCK GAS, OIL BURNERSAND DUAL FUEL BURNERS
Production as per DIN 4787-4788 and European standards
CE and other Certificates
- Low emission values
- Silent operation
- Superior Design
- High efficiency
- High technology
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1480 SERIES HOT OR COLD AIR, HIGH VELOCITY, HIGH MOMENTUM BURNER
CAPABILITIES Suitable for low furnace operating temperature through 2500°F (1371°C) with standard design Standard burner designed for cold air or hot air to 800°F(427°C) operation Wide operating range from over 2000% excess air levels through excess fuel Very high velocity (momentum) burner Nominal capacity from less than 250,000 to 1.5 million BTU/hour at 10% excess air For use with most gaseous fuels with heating values above 250 BTU/cubic foot Suitable for most construction designs including light wall Custom engineered models available
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Hauck's BBG Gas Beta Burner is designed for exceptionally long life in continuous or intermittent operation in furnace, kiln and dryer environments. The BBG is well suited for applications operating under backpressure. Burner capacities range from 2.2 million to more than 87 million Btu/hr (645 to 25,500 kW). Preheated air versions are available up to 900°F (480°C). The BBG is designed to operate on any clean industrial fuel gas with a higher heating value of 500 Btu/scf (19.7MJ/nm³) or greater with ambient or preheated combustion air. Available with a converging alloy tile for ambient combustion air only for temperatures up to 1800°F (980°C), and converging or diverging refractory tiles for temperatures up to 2800°F (1540°C).
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In fields as varied as district heating, services, small industries and the agribusiness industry, the priority in fuel burners is that they:
- are easy to install,
- guarantee reliable adjustment,
- use energy economically,
- minimize pollution emissions
- simplify operations.
With this aim in view, the NC.12 - NC.16 et NC.21 burners are fitted with the RTC® System, MDE® System, IME® system and the AGP® system.
Burners are designed, developed and built in compliance with the European standard EN 676. CUENOD burners are manufactured in compliance with the quality assurance certificate AFAQ ISO 9002. As for all CUENOD burners, the NC.12, NC.16 and NC.21 models have received EC certification, as they comply with the requirements of the relative European directives:
- Gas burner directive 90/396/EEC
- Machinery Directive 89/392/EEC
- EMC Directive 89/336/EEC
- Low voltage 73/23/EEC
- Efficiency Directive, when burners are installed on EC boilers.
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Medium output burners used in heating
systems must meet five essential
requirements:
- simple implementation,
- easy operation,
- reliable and efficient settings,
- rational use of energy,
- low pollution emissions.
C.24 GX - C.30 GX burners are equipped with the innovative MDE® system, which allows technicians to query the burner at any time and obtain operating information and details of startup phases.
Burners are designed, developed and built in compliance with the European standards EN 676.
CUENOD burners are manufactured in compliance with the quality assurance certificate AFAQ ISO 9002.
All CUENOD burners bear the mark CE, indicating compliance with the relevant European Directives, including the Efficiency Directive 92/42 EEC, when installed on CE boiler shells.
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The experience gained in contact with the professionals, enabled us to develop a new generation of burners combining improvement of the performances, precision and reliability of the adjustments. The design, the development, construction are organized according to European Standards' EN 676 for the burners. Burners CUENOD are manufactured under quality assurance ISO 9002 certified by the AFAQ.
As all CUENOD burners NC.4 GX - NC.6 GX - NC.9 GX are thus in conformity with the European Directives with regard to them, in particular with the Directive Output 92/42 the EEC when they are installed on boiler shells EC.
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In industrial heating today, a successful installation demands careful consideration of efficiencies, emissions, process optimization, and loss prevention. MAXON provides the most complete line of industrial burners including natural gas burners, low NOx burners, and complete industrial burner systems to ensure your successful heating solution. Backed by a worldwide staff of combustion engineers, MAXON is your smart choice for value, reliability, and performance.
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In industrial heating today, a successful installation demands careful consideration of efficiencies, emissions, process optimization, and loss prevention. ECOSTAR provides the most complete line of industrial burners including natural gas burners, low NOx burners, and complete industrial burner systems to ensure your successful heating solution. Backed by a worldwide staff of combustion engineers, ECOSTAR is your smart choice for value, reliability, and performance.
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Burner with against standard rotation BCR
Burner with ouvreau, intensive Combustion, gas Applications high temperature
Characteristics:
- Simple and robust Design
- Great flexibility of operation
- Range of power of 50 kw to 12 MW
- Ouvreau castable refractory concrete or steel
- Intensive Combustion even with low mode
- Excellent behavior of flame
- Important Beach of the adjustment air/gas
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The ThermJet is a nozzle-mix burner designed to fire an intense stream of hot gases through a combustor using combustion air temps up to 600° F. (315° C.)
The high velocity of the gases improves temperature uniformity, product quality and system efficiency.
The TJ burner comes in two types: High Velocity (HV) and Medium Velocity (MV)
The gas velocity can be as high as 500 ft/s (150 m/s) for the HV, and 250 ft/s (75 m/s)for the MV.
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KINEMAX® Industrial Burners provide a higher velocity discharge that promotes stirring within your furnace to improving both temperature uniformity and workload penetration. When used in conjunction with MAXON's MICRORATIO® Control Valves, a KINEMAX® Natural Gas Burner may be adjusted to fire on-ratio throughout the firing range or set to give a choice between on-ratio and excess air or excess fuel firing. As high as 4700% excess air is possible at minimum capacity.
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1480 SERIES HOT OR COLD AIR,
HIGH VELOCITY, HIGH MOMENTUM BURNER
CAPABILITIES Suitable for low furnace operating temperature through 2500°F (1371°C) with standard design Standard burner designed for cold air or hot air to 800°F(427°C) operation Wide operating range from over 2000% excess air levels through excess fuel Very high velocity (momentum) burner Nominal capacity from less than 250,000 to 1.5 million BTU/hour at 10% excess air For use with most gaseous fuels with heating values above 250 BTU/cubic foot Suitable for most construction designs including light wall Custom engineered models available
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1430 SERIES – HOT OR COLD AIR
ULTRA LOW NOX BAFFLE BURNER
CAPABILITIES High or low temperature furnaces High excess air 800% or more Ratio or tempered flame operation Suitable for fiber or dense refractory wall construction Gas only burner readily converted to dual fuel burner
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surefire
High Energy Igniters (HEI) are Class 3 igniters used for direct spark ignition of oil or gas igniters and small burners
Features:
- Non-fouling spark tip, self-cleaning, highly reliable.Produces
a12 joule spark even in the presence of moisture, oil and
carbon deposits.
- Removable spark tip. Replacement is quick and easy.
- Flexible cable connects the power pack to the spark rod
assembly ensuring operator safety.
- Standard and retractable HEI models are available to fit a
variety of igniter or burner types.
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These pilots, intended to ensure the lighting of the gas-burners are adaptable on a great number of products. Two series of pilots are available in order to satisfy gas high pressure and gas the installations fed low pressure.
Characteristics:
- Very broad Range.
- Varied Products adapted to the various pressures of gases.
- Easy and reduced Maintenance.
- Apparatus reliable, completely ready to ensure the regular lighting of the Burners.
- Great robustness.
- Can be equipped with a spark plug and a cell UV
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HiTemp Technology (HTT) has developed a concept utilizing modified shipping containers to form modular systems of 10-100 Tons per day capacity. Multiple units may be installed to form larger systems. Our design uses the proven Rotary Kiln technology. Material is loaded into the top of the feed hopper, is ground up and pushed through a tube into the rotary kiln. The entire cylindrical chamber rotates, the material tumbles and burns quickly to ash.
The HTT systems utilize modular components that are interchangeable and allow easy access for repairs and maintenance. The design utilizes basic control and combustion systems. With this type of approach, we can design, build, and ship in half the time normally required by standard site assembled units. In special situations, we can have a system on site and in operation within 3-4 months of order placement. Because the systems are modular, replacement parts and capacity increases are made without major changes in the basic design.
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Recirculating High Temperature (RHT) indirect air heating burners are designed to heat recirculating ovens and dryers where the products of combustion must be isolated from the process air stream. They are also excellent for use in industrial space heating systems. These burners feature an industry proven burner, firing chamber and exhaust tube assembly as a single unit for easy installation and optimum performance.
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The self-checking SAFYR PACKSCAN flame detectors are designed for monitoring solid or liquid fuel burners (oil, pulverised coal, heavy liquid residues). They are adapted for multi-burner installations by facilitating flame discrimination.
A binary safety signal is transmitted in the presence or absence of a flame. The output signal is also available on terminals for recording or remote display purposes.
Operation of the SAFYR PACKSCAN flame detector is based on the characteristic flickering phenomena of flames, generally between 0 to 150HZ. It uses a silicium photodiode cell, adapted to the combustion frequency in the visible light band (320 to 1100nm).
A display indicates all the configured parameters, as well as the detection level.
30 years of experience in the field of flame detection gives the SAFYR PACKSCAN the following advantages :
• An ‘all in one concept’ with an integrated amplifier in the scanner head for easy installation.
• Two microprocessors for increased safety and reliability.
• Approved by APAVE to meet all safety criteria requirements
• Detection level indicator to simplify commissioning
• Various standard confi guration methods by internal switches, by remote and by serial link, to simplify configuration
• Two SPDT output switches to indicate flame presence and proper detector operation
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Infra-red Flame Monitor D-IR 55
Infra-red flame monitor for intermittent operation.
Analyses flame intensity (flickering) in conjunction with the D-LE 55 ISF-CG flame sensor
Features
monitoring of gas and oil burners of any load
suitable for intermittent operation
simple installation on TS 35 DIN-rail
Application
Chemical industry
Refineries
Cement plants
Waste incinerators
Steam generator
Heating plants
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A combination of independant UV (ultraviolet) and IR (infrared) flame detection plus a direct visual sight to the scanned flame in a single scanner head.
The advantages of the WINDOW 141 head are:
Pure UV detection (220nm peak): not affected by visible and sunlight radiations like a Si UV enhanced system would.
IR detection (1 550nm peak) very stable: not affected by visible radiations and temperature variations like for the Ge, PbS or other IR cells.
For easy installation, a ball swivel mounting on the burner front allows adjustment of the viewing angle. Standard 1'' NPT connections are used for the ball swivel and scanner head.
The visible section of the radiation is only for visual observation through the WINDOW (patented).The following can be observed:
Sight alignment
Flame quality
Lens cleanness
Operation of the shutter
Inside UV and IR LEDs
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Burners, Accessories
