- Corrosion Resistant All Stainless Steel Burner Body
- High Radiance Delivers up to 1700°F (927°C)
- Up to 30,000 BTU/Hr per 12″ x 5″ section
- Up to 22,000 BTU/hr per 6″ x 8″ section
- Fuel Efficient, Cost Effective Operation
- High Performance Multi-Layer Sintered Metal Fiber Alloy Emitter
- Quick Heating and Cooling Optimizes Productivity
- Low Profile, Standard or High Profile Configurations
- Ideal for Food and Industrial Applications
- ELECTRICAL PRODUCT
- FIXED GAS AND FLAME DETECTION SOLUTIONS
- GAS PRODUCT
- CONTRIVE BURNER CONTROL DEVICE
- DUNGS GAS COMPONENTS
- ACCESSORIES
- BALL VALVE
- BURNER MANAGEMENT SYSTEMS AUTOMATIC BURNER CONTROLS
- DOUBLE SOLENOID VALVES
- ELECTRO PNEUMATIC VALVES
- FILTER
- GASMULTIBLOC® MULTIFUNCTIONAL GAS CONTROLS
- MOTOR BUTTERFLY VALVES AND ACTUATORS
- PRESSURE REGULATORS
- PRESSURE SWITCHES FOR GAS AND AIR
- SOLENOID VALVES
- SYSTEM ENGINEERING GAS TRAINS - DUNGSHeatEngine
- VALVE PROVING SYSTEMS LINE LEAKAGE TESTERS-LABORATORY - KITCHEN
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- ECLIPSE BURNER PARTS
- ECONEX GAS TRAIN PRODUCT
- ACCESSORIES FOR GEAR MOTORS
- AIR AND GAS BUTTERFLY VALVE
- DIAL PRESSURE GAUGE
- ELECTRIC ACTUATORS
- ENGINEERED GAS SKID & VALVE TRAIN - GAS PRESSURE REDUCTION STATION
- FLAME SUPERVISION - BURNER CONTROL
- FLAME SUPERVISION - UV DETECTION
- GAS BALL VALVE
- GAS FILTER SERIES (FE)
- GAS PRESSURE REGULATOR
- GAS PRESSURE SWITCH
- GAS SOLENOID & SHUT OFF VALVE
- LINEAR CONTROL VALVE SERIES (MPV)
- MODULATING CONTROL VALVE SERIES (MDV-B1..., B1... E)
- MODULATING CONTROL VALVE SERIES (MDV-D1)
- MOTORIZED BUTTERFLY VALVES ELECTRONIC OR PNEUMATIC ACTUATOR
- NEEDLE VALVE
- PACKAGED VALVE TRAINS - GAS SOLENOID & SHUT OFF VALVE
- SAFETY RELIEF VALVE
- SOLENOID BUTTERFLY VALVE SERIES (BFVS)
- TURBINE METER
- TWO-WAY MANUAL PRESSURE COCK WITH BLEED-OFF
- VALVE PROVING SYSTEM
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- ENOLGAS BONOMI VALVE & ACTUATOR
- GAS BURNER COMTHERM UK
- AIR HEATER (AHP)
- AIR HEATER (HEF)
- AIR HEATER (HEM)
- AIR HEATER (HET)
- COMTHERM EK BURNER
- COMTHERM PROCESS CONE (PC) BURNER
- COMTHERM PROCESS PAK (PP) BURNER
- COMTHERM RECIRCULATION SIDE-PLATE (RSP) BURNER
- COMTHERM SIDE-PLATE (SP) BURNER
- COMTHERM TF IMMERSION BURNER
- COMTHERM TFR IMMERSION BURNER
- DIRECT FIRED AIR HEATER
- FUME INCINERATION BURNER
- PROCESS - HEAT NORMAL CAPACITY (PH)
- PROCESS - HEAT NORMAL CAPACITY (PHC)
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- GAS BURNER SANTIN ITALY
- GAS BURNER SELAS USA
- GECA GAS TRAIN EQUIPMENT
- HONEYWELL
- MAXON BURNER PARTS
- MEDENUS GAS TRAIN PRODUCT
- MTI GAS DETECTOR
- POLIX VALVE
- SIEMENS BURNER PARTS
- YETEN COMBUSTION
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- MECHANICAL PRODUCT
- PROCESS MEASUREMENT AND CONTROL
- THERMOPLASTIC SOLUTIONS
- STUEBBE AERATION & VENT VALVES
- STUEBBE BALL VALVES
- STUEBBE BUTTERFLY VALVES
- STUEBBE CHEMICAL PUMP
- STUEBBE DIAPHRAGM VALVES
- STUEBBE DISPLAY AND CONTROL UNIT
- STUEBBE LEVEL MEASUREMENT
- STUEBBE LIQUID FLOWMETERS
- STUEBBE PRESSURE REDUCING VALVES
- STUEBBE PRESSURE RELIEF VALVES
- STUEBBE PRESSURE SENSOR
- STUEBBE WATER JET PUMP
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RED-RAY APPOLO-RAY INFRARED BURNERS
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RED-RAY APPOLO-RAY INFRARED BURNERS |
Red-Ray® Apollo-Ray® Infrared Burners
AR Series burners are metal fiber infrared burners with high radiance and all-metal construction. The Apollo-Ray is available in two sizes.
The Apollo-Ray infrared burner comes in two sizes, 8” x 6” and 12” x 5”. Heat capacities are 22,000 btu/hr and 30,000 btu/hr, respectively. The radiant output of the burner is approximately 65% IR and 35% convective heat. The emitter temperature reaches 1700 degrees F (927 degrees C) at high fire. The burner is designed to operate best at 19.3% oxygen in the air/gas feed.
AR-86 Apollo-Ray Burner
- 8″ x 6″
- Can be mounted Vertically or Horizontally
- 22,000 BTU/hr/section
AR-125 Apollo-Ray Burner
- 12″ x 5″
- Can be mounted Vertically or Horizontally
- 30,000 BTU/hr/section
UCA-51 Connector Assembly
- Threaded stainless steel 2/3 union connector assembly allows easy removal of each burner from the manifold.
- Connector assemblies are available in standard 1 ½” or long 2 3/8″
AR-125H – Three manifolds with horizontal burner sections. Three burners mounted on a square tube manifold.
The Apollo-Ray (AR) burner is a surface combustion gas-fired infrared burner. The premixed air and gas passes through the burner body and out through the porous emitter surface. Combustion takes place in a thin layer just above the outer surface.
The Apollo-Ray has a long life due to the sintered metal fiber alloy emitter. Its many micro pores disperse and entrain the air gas mixture. Once ignited, robust infrared radiance is uniformly dispersed over the emitter’s entire surface. This produces fuel savings of 20%+ over knit metal and other fiber burners. The emitter is flexible by nature but backed by a rigid support. This allows it to resist damage during routine maintenance or by thermal shock after repeated firings. When firing face down on a conveyorized product, the emitter remains flat and does not sag, unlike conventional knit metal fiber burners.
The all stainless steel construction of the Apollo-Ray burner body provides excellent heat and chemical resistance. The emitter and its baffle plate are welded to the body. These attributes make the Apollo Ray burner an ideal choice for both industrial and food grade applications. Because it is a flat-faced burner, it can be placed close to the product. Its turn down ratio is a relatively high 2.5 to 1.
Once signaled by the control panel, ignition is easy and flame propagation is fast. Ignition can be provided by a direct spark or a standing pilot. Burners can be monitored by a flame rod or a UV scanner. The burners can be attached to the manifold with standard length (1-1/2”) or long (2-3/8”) union connectors.
The gas inlet can be mounted on the side instead of the bottom producing a low profile burner. A side-mounted low profile burner is only 2-1/8” high, ideal for replacing ribbon burners to achieve higher heating efficiency. Low profile burners are also used between conveyor belts, where space constraints exist.
All Apollo-Ray burners are quick heating and quick cooling. Short heat-up and cool-down periods enhance productivity, save labor costs and prevent excessive heat loads during line stops. The burner sections can be mounted parallel (horizontal) or perpendicular (vertical) to the manifold. This allows the optimal combination of heat flux and length for different applications and line speeds.
Features and Benefits
Download Files
- Datasheets_Apollo-Ray.pdf (362.8 KB)
- Brochure_Apollo-Ray.pdf (153.3 KB)