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The MAXON TUBE-O THERM® burner-to-tube direct firing system provides uniform heat transfer, eliminates "hot spots", and produces faster bring-up times than all other tube burners. This industrial burner fires directly into smaller-bore, less expensive tubes and burns butane, , propane or natural gas with reduced levels of NOx and CO.
TUBE-O THERM® gas burners ensure improved performance for industrial washers, dip tanks, water-bath heaters, and solution tanks.
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2320 SERIES RECUPERATIVE
RADIANT TUBE BURNER, SUCTION TYPE
CAPABILITIES Quiet stable operation Uniform tube temperature Conversion of existing Bloom gas fired recuperative radiant tube burners to combination gas and oil firing easily accomplished Suitable for 5”(127 mm) and 7” (178 mm)
and larger I.D. ‘U’ tubes or ‘W’ tubes and
can be mounted on either leg of the tube
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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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The ThermThief’s unique nozzle creates an intense, adjustable length flame with a vigorous spinning action. 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 does this contribute to longer tube life, it also ensures consistently uniform product processing.
ThermThief delivers these additional 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.
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TUBE-O-FLAME®
MAXON's TUBE-O-FLAME® industrial burners provide clean, low NOx heating for tube firing. The TUBE-O-FLAME® burns most fuel gases inside an array of tubes to provide reduced fuel consumption and better process response. The low horsepower requirements reduce operating costs, and produce clean combustion with outstanding reliability.
TUBE-O-FLAME® natural gas burners ensure improved performance for industrial washers, dip tanks, water-bath heaters, solution tanks, and asphalt tanks.
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Burner with Compact Immersed Tube - Startub
Burner with mixture with the nose and tubular immersed exchanger
Characteristics:
- Output of about 90% on NCV
- Compactness
- Process leaving the clean baths
- Adaptation of the exchanger to the nature of the bath
- Together flexible adapting to the form and the size of the bath
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Sub-Zero Temperatures From Compressed Air
Using only factory compressed air, ITW Vortec's Vortex Tubes generate temperatures down to -40¢XC for spot cooling in a wide variety of industrial applications and processes. A Vortex Tube separates compressed air into hot and cold air streams, lowering the supplied air temperature by as much as 40¢XC and delivering refrigeration up to 6000 BTUH. With no moving parts to break or wear out, Vortex Tubes offer reliable, maintenance-free operation and easy installation. Various models are available for specific cooling requirements and, at only 150 mm to 330 mm long, they serve as a very compact, cooling component on machinery and equipment.
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Meech Stainless Steel Vortex Tubes convert compressed air into two airflows, one extremely cold and the other extremely hot. Compressed air enters the spin chamber tangentially. This causes the column of air inside the tube to rotate at very high speed (up to 1 million rpm). The air at the outside of the column, moving very fast has a lot of energy and is hot. The air at the centre of the air at the centre of the column, moving relatively sowly has little energy and is cold. The hot outer air is bled of off at one end of the tube and and the cold inner air at the other. Vortex Tubes have no moving parts and can produce temperatures as low as 50°C below the inlet air temperature and as high as 110°C.
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Vortex Tubes With Metal Generators, Stainless Steel Body:
Vortex Tubes are devices that work on a standard compressed air supply. Air enters the vortex tube and literally splits the air flow into two parts - cold air at one end, and hot air at the other - all without any moving parts.
Vortex Tubes have an adjustable valve at the "hot" end controls the volume of the air flow, and the temperature exiting at the cold end. By adjusting the valve, you control the "cold fraction" which is the percentage of total input compressed air the exits the cold end of the vortex tube.
Inside is the interchangeable brass "generator" which can alter the air used in the vortex tube, and control the temperature ranges you wish to have at the cold and hot ends. There are several ranges of generators for compressed air capacity. There are also two basic types of generators - one to produce the extreme cold temperatures (maximum cold temperature out called the C generator) and one type to produce the maximum amount of cooling (maximum refrigeration called the H generator).
WHY USE Frigid-X Vortex Tubes over others?
Vortex Tubes - Frigid-X are constructed of stainless steel and use a generator and valve made of brass and sealed with viton o-rings to allow their use in the widest range of environments. Others use plastic generators and standard Buna N O-Rings and charge extra for brass and viton. The unique design and quality of materials used in Frigid-XT™ products will deliver years of maintenance-free operation.
Frigid-X™ Vortex Tubes Advantages:
- No moving parts, reliable, maintenance free
- No coolant
- Compact and lightweight
- Low cost application
- Maintenance free units
- Instant cold air in environmental chambers
- No spark or explosion hazard
- Interchangeable generators
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An effective, low cost solution to a wide variety of industrial spot cooling and process cooling needs. Using an ordinary supply of compressed air as it's power source, Vortex Tubes create two streams of air, one cold and one hot, with no moving parts. Cold airflow and temperature are controlled by adjusting the valve at the "hot" end using a simple screwdriver. Temperatures from Temperatures from -40 °F (-40 C) to +250 °F ( 110 C)
VORTEX TUBE ADVANTAGES
- No moving parts, reliable, maintenance free
- Compact and lightweight
- Instant on/off, easy to control, cools without waste
- No spark or explosion hazard
> > > > (SPECIFICATIONS)
- Streamtek Vortex Tubes are constructed of stainless steel and use a generator and valve made of brass. The unit is sealed with viton o-rings to allow their use in the widest range of environments. Others use plastic generators and Buna N O-Rings.
- Air flow rates up to 40 SCFM @ up to 2,800 BTU/Hr Refrigeration.
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Compact immersion tubes - Direct bath heating
Production of hot liquids in baths or tanks, heating of aqueous or non-aqueous solutions, for washing, degreasing, pickling, firing, dyeing.
DIRECT HEATING
Positioning of heating equipment in the bath (gas immersion heater).
DECENTRALISED HEATING
Possibility of fitting in existing baths. Autonomy of different processes. Substitute of all or part of centralised heating systems (support of an overloaded installation).
The ease of installation enables better autonomy in different processes, where efficiency is increased and energy costs are reduced.
EFFICIENT HEATING
No loss of time or energy in order to increase the temperature. The only thermal inertia is linked to the volume of the bath. There is a noticeable improvement in the production of hot water in existing electric water-heating tanks by installing a gas immersion heater on a free manhole. The quality of components provides a degree of simplicity and comfort.
COST-EFFECTIVE HEATING
Thanks to the exceptional output of the compact immersion tube (more than 93% of Net Calorific Value), energy costs can be reduced by 20% to 50%. Furthermore, its direct installation in the bath neutralises losses in energy.
COMPONENTS
The equipment is made up of 3 sub-assemblies:
1 -The burner uses a total pre-mixture of air/gas.
2 - The heat exchanger or coil has a developed length and a tube diameter corresponding to the power to be transmitted.
3 - The air/gas pre-mixing line is made up of an air fan and a set of solenoid valves enclosed in a stainless steel sheet housing.
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The photomultiplier provides extremely high sensitivity and ultra-fast response. Photomultiplier tubes (PMT) have high bandwidth and noise-free gain on the order of a million. This makes them ideal for the detection of extremely low light or short pulses of light. Photomultipliers can be used to detect photons from 115nm to 1700nm. A typical Photomultiplier consists of a photoemissive cathode (photocathode) followed by an electron multiplier and an electron collector (anode).
Hamamatsu offers the most complete range of head-on and side-on photomultiplier tubes from 3/8" to 20" in diameter.
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Toshiba offers a wide family of thermionic vacuum tube covers X-Ray tubes, X-Ray Image Intensifier, micorwaves tubes and a large variety of proportionnal counters.
Toshiba America Electronic Components, Inc. (TAEC) offers Magnetron Tubes for residential and commercial Microwave ovens as well as imaging system components for a variety of medical, dental and industrial applications. For the latter, the company has established itself as the single source for the complete image chain to meet the needs of all major applications. This product line includes x-ray tubes, a variety of image intensifiers (from 4- to 16-inches), optical units (lens, adapter and cover) and CCD cameras with up to 1K x 1K image resolution. All of TAEC's imaging components offer superior image sharpness, optimized uniformity and maximum image brightness.
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Electron multipliers (EMT) are used for the detection and measurement of electrons, charged particles such as ions, VUV radiation and soft X-rays. Hamamatsu electron multipliers have high gain and low noise, making them suitable for the detection of very small or low energy particles. An EMT has CuBeO dynodes for producing gain via secondary emission. The dynodes are connected by a built-in voltage divider (1M ohm per stage) and are supplied in an evacuated glass bulb. The first dynode can be replaced by a photocathode of CsI or KBr for use in VUV photometry. Microchannel Plates (MCP) can also be used as electron multipliers. EMTs are used in applications such as mass spectroscopy, field ion microscopy, electron or VUV spectroscopy, Auger spectroscopy, AES and ESCA.
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UNIQUE GLOBAL SUPPLIER !
With the AXXAIR global concept you may upgrade the tube cutting machines from:
· simple orbital cutting
· to automatic orbital cutting
· to automatic orbital cutting and welding for prefab applications: CC+SASL
· to traditional orbital welding with closed heads: SASL+SATF
IN A FEW MINUTES ONLY !
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Mechanized Pipe Welding System
The Piper Bug Pipe Welding System from Bug-O Systems is a digitally controlled programmable welding travel carriage integrated with Lincoln Electric® Invertec® V350-PRO Power Source. The Piper Bug features a positive rack and pinion drive system and a digital control box in which all welding parameters can be programmed for multi-pass, multi-layer welds on process piping and cross country pipe lines. The Piper Bug will increase productivity and weld quality while reducing costs.
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Gullco PIPE KAT® Automated Pipe Welding System with integrated wire feeder unit incorporates 40 IPM welding carriage design with quick action mounting for ease of installation. The PIPE KAT® also comes equipped with a linear oscillator with adjustable weave width and weld joint centerline adjustment and all electronic motorized functions incorporate jog settings. The system comes with a main control box with 12 ft umbilical and 27 ft. of water hose and electrode cable, wire feed spool capacity of 10 lbs, with a maximum wire speed of 791 IPM and a wire size range of 0.8 to 1.4 mm. The welding torch uses Abicor Binzel consumables.
WELD TORCH AND WIRE IINFORMATION:
Welding torch uses Abicor Binzel consumables. Wire feed 10 lb. spool capacity. Maximum wire speed of 720 IPM. With a wire size range of .8 to 1.4 mm. All motors 24 volt DC.
Remote pendant on 12 ft. of cable incorporates carriage speed and jog, wire feed speed and jog, vertical slide adjustments, oscillation width and centerline adjustment with start/stop and emergency stop buttons.
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The Arc Machines' Model 15 is a field-proven weld head with a long history of reliability. It is a rugged, precision tool with low radial clearance for GTAW welding of all pipe sizes from 3 inch pipe (76mm) up to an unlimited size, including flat plate. It is intended for field use in the nuclear, shipbuilding, chemical, petrochemical and construction industries where weld quality requirements are stringent and the use of the GTAW process is beneficial. This weld head features rotation, wire feed, automatic voltage control, cross-seam steering and torch oscillation.
The Model 15 is available in many configurations, from a "standard" head with a single-entry torch and a single wire feeder to a completely equipped head with dual wire feeders and vision system. It can be ordered or retro-fitted with numerous application-specific accessories customizing the head for a users' needs. Several torches are detailed below; other options are available as standard products or AMI will custom-design to meet the customers' needs.
Rugged, compact weld head with water-cooled torches
Exclusive, zero-backlash gear drive (no friction drives) for positive, consistent travel speeds (uphill or downhill) in all positions
Range from 3" pipe (76mm) through all standard pipe sizes, such as 6", 8", 10", 12" up to any diameter. Flat track for flat plate welds and large-radius curved track are available
Extremely quick mount / dismount
Cross-seam steering
Synchronized torch oscillation, AVC, rotation and wire feed
On-board wire feed mechanics, single or dual wire feed system
Compatible with Arc Machines' Model 227 or 415 Power Supplies
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Labware
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