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The air heater model 3000-E is available in two versions: as switching device with 3 heating stages with 230 V AC and as electronic design with infinitely variable temperature setting with 230 V AC or 400 V RC.
The heat output amounts to 3000 W and reaches a maximum temperature of 700 °C.
The air heater model 3000-E is connected to an external air supply and is therefore suited for continuous operation. Air heaters are mounted on conveyor belts and in machines. In addition, they are used in heating ducts and on different types of appliances.
If required, the air discharge can be changed by means of different slip-on nozzles.
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The air heaters model 3000 and model 5000 can be put to numerous different uses, for example on conveyor belts and in machines. The hot air they generate is used for activating, shrinking, drying and shaping.
The air heaters are switchable in 3 stages and can be equipped with different heat outputs with 230 V or 400 V RC offering up to maximum 650 °C.
Models 3000 and 5000 require an external air supply by means of fan, side channel blower or compressor. The required air flow amounts to 500 to 1500 litre/minute, depending on the nozzle.
It is possible to concentrate and change the air flow by means of different slip-on nozzles so that individual solutions can be created.
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Due to its sturdy and compact design, the powerful air heater model 7500 is suitable for installation in machines, appliances, heating ducts and on conveyor belts.
The heat output of optionally 5000 W, 7500 W or 10000 W is electronically controlled and infinitely variable. If desired, the air heater can also be supplied without electronic system. The maximum temperature amounts to 700 °C.
As all our air heaters, model 7500 tool is operated with an external air supply and is therefore virtually maintenance free and suitable for continuous operation.
With wide slot nozzles of up to 300 mm width, the air discharge can be scattered, centred and adapted to individual applications.
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The highly integrated and easy to operate LHS SYSTEM - line leaves no wish unfulfilled. The air heaters can be externally configured and monitored via the Leister-Bus. As with the LHS PREMIUM - line, the temperature probe, temperature controller and power electronics, as well as device and heating-element protection, are also built-in. With the LHS SYSTEM -line and its operating units and interfaces, you know the status of your air heaters at all times.
• Simple installation of the Leister-Bus with standard network cables (RJ45 connectors)
• Temperature steplessly adjustable
• Integrated probe and temperature controller
• Integrated device and heating-element protection with alarm output
• High process reliability
• Small dimensions, big performance
• Compatible with the existing Leister blower and nozzle range
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With their integrated temperature probe, temperature controller and power electronics, the LHS PREMIUM - line devices guarantee a very high level of process reliability. The temperature is steplessly adjustable with the potentiometer. The built-in device and heating element protection ensures that the air heaters are not damaged by excess temperature even under exceptional circumstances. An upgrade to the LHS SYSTEM - line is possible at any time.
• Temperature steplessly adjustable
• Built-in temperature probe
• Fully integrated temperature controller
• Integrated device and heating-element protection with alarm output
• High process reliability
• Small dimensions, big performance
• Upgrade to the LHS SYSTEM-line possible
• Compatible with the existing Leister blower and nozzle range
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• Blower and air knife systems custom designed to cool conveyorized products down to ambient temperatures
• Let us know the starting and ending temperatures and throughput rates
• Eliminate expensive compressed air and reduce energy usage by 75%
• Products are CE Registered with IEC Motors
• Sonic is an ISO 9001:2000 Registered company
• Most Blower/Motor assemblies shipped in 5 days from receipt of order
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Great volumes of airflow can be generated in very tight spaces due to the compact size of the Super Air Knife. Flow and force are easily controlled with a pressure regulator, allowing fast or gradual cooling. Shims can be installed if additional hard-hitting velocity is required.
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. Definition : cracked ammonia generator for heat treatment, brazing and welding (avoiding oxidation and discolouration).
· Construction : mechanically-welded structure. 100% metallic catalyser.
· Ammonia cracking : at output, constant composition of 25% nitrogen and 75% hydrogen. For 1 kg of ammonia, 2.7 m3 of strongly reducing protective gas is produced.
· Heating : max temperature of 950 °C. Temperature achieved in 30 minutes.
· Insulation : heated retort is insulated with ceramics.
· Electricity : 3 x 400V, 50Hz.
· Regulation : Axron PID temperature controller with programmable clock.
· Documentation : certification CE and operating instructions in English.
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Its qualities become especially apparent where large quantities of heat in a limited space are required. It is so handy that even the most inaccessible places can be reached. Thanks to its new brushless motor, maintenance is reduced to an absolute minimum. That simply makes it a reliable, cost-effective and powerfull device.
• Light and handy
• Deployable as a built-in device and a hand tool
• Large air flow and high temperature
• Integrated device and heating element protection
• Works in every fitting position
• Wied range of accessories
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CPAC Microplate
The INHECO CPAC Microplate is a compact heated and cooled position, built into the deck or ALP of a liquid handling system. Compact footprint and overall height, most SBS listed disposable can be fitted. The system is also suited for the heating and cooling of tubes and other probe formats. The unit is ready to install, CE and UL certified. A thermal fuse provides extra protection from overheating.
Power supply, temperature setting and control of the CPAC Microplate is performed through an INHECO TEC Control unit, please refer to the seperate TEC Control data sheet. Various types of aluminum adapter plates to match the required disposable are available. Adapter plates and positioner can be easily taken down for cleaning, or changed to another configuration within minutes.
The CPAC Microplate is mostly used on robotic platforms and systems in Lab Automation, primarily:
Beckman: Biomek FX, NX
Protedyne: BioCube
Caliper: Sciclone
The following variants are available:
Product Article Dimensions W x D x H (mm) Weight Temperature Range
CPAC Microplate 7000079 89x128x102mm 1,0kg +4ºC to +70ºC
CPAC Microplate HT 7000095 89x128x105mm 1,0kg +4ºC to +90ºC
CPAC Microplate 2-TEC 7000068 89x128x112
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Lytron is at the forefront of cold plate innovation, offering seven different cold plate technologies—the broadest range in the industry. With full custom design and build capabilities, plus over 30 standard parts, Lytron can solve all your thermal challenges.
Lytron offers more cold plate technologies than any other cold plate manufacturer. With tubed, flat tube, and performance-fin cold plates, you can be sure that whatever your thermal and geometric requirements, Lytron has the technology you need and the experience to tailor it to your application.
Lytron’s standard cold plate technologies can be customized and integrated into sub-assemblies.
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Heat Pipe-Assisted Cold Plate Technology
Thermacore’s Heat Pipe Cold Plate technology uses heat pipes embedded in an aluminum plate to provide the necessary high-efficiency heat transfer in space and weight constrained applications. By using heat pipes, the cold plate has the weight of aluminum with an effective thermal conductivity more than four times that of copper. It is capable of operating in harsh environments including high altitude, extreme temperatures/humidity, shock and vibration.
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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 world's smallest air heater with integrated heating element protection, device protection and temperature probe LE MINI SENSOR is especially well suited for hot air riveting Sitemap Services Search Leister SPECIFICATIONS Products Process Heat Print Page Plastic Welding News Microsystems Links Leister USA Leister Group Leister China Leister : Plastic Welding, Process Heat, Lasersystems, Microsystems Lasersystems LE MINI Sensor LE MINI Sensor LE MINI SENSOR Kit LE MINI Hot air blower
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The FKS fluid-bed cooler-sifter is an installation for the treatment of dry silica sand. The sand is cooled down to processing temperature and thoroughly dedusted to reach an excellent quality level.
The FKS is particularly distinguished by:
- simple and reliable operation
- a compact design
- an energy-saving economic concept
Design
The fluid-bed cooler-sifter is fitted with baffle-plates arranged at right angles to the longitudinal walls of the housing and forcing the sand to flow alternately over and under the plates. The resulting spaces, the so-called chambers, house the heat exchangers through which cooling water is circulated. The bottom of the housing is permeable to air but not to sand.
Functioning
While hot sand is fed into the FKS through the inlet, air produced by a fan is blown through its air-permeable bottom. This procedure fluidizes the sand, allowing it to flow freely and to behave like a liquid in communicating tubes. The fluid bed is filled to a controlled maximum level before the sand leaves the FKS again at the discharge end. While the sand flows through the individual chambers it passes along and is cooled by the integrated heat exchangers. At the outlet, a thermostat monitors the sand outlet temperature. In the course of this process, the dust contained in the sand is expelled by the fluidizing air.
The dust is then evacuated into the dust separation filter through a dust gas line.
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Instantaneous Water Heaters
The Armstrong packaged I.W.H. units are available in several ranges fulfilling a large variety of application demands. The I.W.H. is ideal for hotels, resorts, hospitals, rental apartment/condo buildings, commercial buildings, schools, institutional facilities (prisons), army barracks, sport arenas, nursing homes, shopping centers, and process applications. Whatever your application, Armstrong has the unit and the necessary expertise to address and satisfy your needs. Armstrong I.W.H packaged systems are designed to provide hot water instantaneously - from zero demand to maximum rated output - without the need for hot water storage tanks. The I.W.H. packaged system, an innovative approach to the supply of hot water, was exhaustively tested and proven. The unit comes completely assembled on a common base-plate. The heat exchanger is a plate type offering fast heat transfer and making it ideally suited for applications with rapidly changing demands. The I.W.H. comes equipped with a motorized 3-way control valve and PID (Proportional plus Integral plus Derivative) temperature controller.
Design Features
- Space is at a premium SMALL FOOTPRINT
- Night-time temperature set-back — ENERGY EFFICIENT
- Optional Double-Wall plates NO CROSS-CONTAMINATION
- Instantaneous supply NO SHORTAGE OF HOT WATER
- Reduced risk of Legionella disease NO STORAGE
- Ease of installation JUST PIPE-IN & WIRE
- Simplified maintenance BACK-FLUSH PERIODICALLY
- High temperature limit switch on all models
- Temperature control within ± 4°F (± 2.2°C)
- Control panel UL & CSA Approved
- Building Automation System compatible
- Single source of responsibility and support
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MEGTEC has the experience required in air handling, drying, heating, cooling, process control, and combustion to improve the operating efficiency of your facility and maximize the performance of your equipment.
Some of the benefits you'll realize from MEGTEC's energy optimization programs are:
Improved equipment performance. MEGTEC improves your productivity through process machine enhancements.
Enhanced capacity and efficiency. MEGTEC engineering studies provide vital information you need to make the best decisions on process upgrades and equipment selection in order to ensure maximum process capacity and integration.
Reduced operating costs with heat recovery. Rising energy costs are forcing industry to take a hard look at operating efficiencies. MEGTEC can help analyze your current energy usage and recommend ways to reduce consumption. Methods include energy audits and engineering studies to optimize air flow management, implement secondary heat recovery systems, which use heat exchangers, and optimize process and plant heating/cooling systems.
Plant heating and cooling. MEGTEC can provide heat sources (direct, indirect, or semi-indirect), heater boxes, or plenums to satisfy your process heating needs. Steam or hot/chilled water can be supplied through the addition of waste heat boilers or adsorption chillers. In areas where building heat is required, water/glycol systems can be installed to capture heat from the process and used to pre-heat building make-up air.
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More and more, companies operating air pollution control equipment today realize that the initial capital cost of an oxidizer system can be rapidly eclipsed by continued operating expenses if careful attention is not periodically given to the system. Here are ten tips to ensure your oxidizer is operating at peak performance. The first five tips focus on parameters end-users should know about their oxidizer systems, while the last five address energy reduction projects to be considered.
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Eichenauer has introduced and developed an enclosed design in its programm for mediums, which cannot, for specific reasons, come into direct contact with PTC ceramics.
Under these premises, the encapsulation of the PTC elements and the inner heater are warranted.
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Long-chain hydrocarbon compounds (paraffin) begin to breakdown under ambient temperatures below 0°C, which influences fuel dispersancy and adds to the degradation or clogging of the fuel filter.
This problem is heightened with the introduction of higher filtering standards with modern fuel injection technology. Nowadays, electrical heat exchangers are used to ensure higher fuel dispersancy and safe operation in motor vehicles.
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STANDARD TERMS OF DELIVERY:
— substrate material — alumina (ВК-96)
— height tolerance ± 0.05 mm (L1)
— parallelism 0.03 mm (L1)
— flatness 0.02 mm (L1)
— wire length 120 mm
— pin orientation (for rectangular coolers) — to the longer side
— operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)
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TEC2-19808
Two stages
Size: 40*40*7.5mm
Imax.: 8.0 A
Vmax.: 16.1 V
Qmax.: 51.6W
Tmax.: 85 degree
Solder melting point: 235degree
Maximum. Compress.: 1Mpa
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Gökser Machine Ltd has been carrying out activities in the field of portable heating sets with burner since its foundation in 1987. Heaters can be used safely in every place needs to be heated by clean and hot air.
Each model is donated with heating function in various calories and capacities. It can realize hot air transfer to places where hot air is required, thanks to the flexible heat resistant duct. Heaters are operating full automatically flame control system.
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-The Air Process heater will provide hot air and gas up to 1000°F (540°C) with infinite control by varying the voltage and air velocity supplied. Units are fitted with a tubing "T" for convenient power lead outlet, while larger diameters can be supplied with post terminals on the sheath for direct electrical connections.
-For easier installation, Hotwatt can supply male or female NPT threaded fittings, hose adaptors, flanges, or custom fittings to your specifications.
Applications: Baking, Drying, Laminating, Metal Working, Packaging, Plastic Welding, Preheating, Sealing, Soldering, Shrink Fitting, Synthetic Fabric Sewing.
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DESCRIPTION:
Completely autonomous industrial hot air generator with heating gas oil, natural gas or liquefied petroleum gases (butane gas, propane gas) operation.
These equipments operation is that one of heating the environmental air by using the thermal energy produced by the equipment. The produced heat is driven by a centrifugal fan to the premises that must be conditioned.
The combustion products are driven through a chimney in order to ensure that the driven hot air is exempt of smokes and bad smells.
The main features are the following ones:
-Heating gas oil operation, natural gas or liquefied petroleum gases.
-Closet made with galvanised sheet covered with polyester dust and dried in the oven at 200ºC.
-Combustion oven designed for obtaining a performance of 90%.
-Electronic control with a viewer of the temperature driven to the premises.
-Environmental thermostat included in the equipment.
-Base equipment prepared for being connected to air distribution pipes. You can ask for a 4-direction air distributor plenum with air directional grids.
-Possibility of coupling a digital time programmer for starting the equipment up and stopping it automatically according to user’s necessities.
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Our SmartHeat® PowerTipsTM technology is designed to address the high thermal demands of lead-free alloys and other high thermal demand applications. In concert with our SmartHeat® technology, we have enhanced both the heater efficiency and thermal transfer characteristics of our tip designs. This allows the soldering tips to deliver a significant increase in thermal performance without resorting to the conventional approach of increasing tip idle temperatures, thereby, providing leading thermal performance, process control and eliminating the risk of thermal damage.
Whether you're using a Metcal soldering system that you have had for years, or a new model OK International system, all of these units are relevant for lead-free and have a range of SmartHeat® PowerTipsTM available. Using SmartHeat® PowerTipsTM means changing to lead-free can be cost effective and doesn't necessarily require replacing soldering systems.
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ENERGY RECOVERY HOT AIR GENERATOR
SPECIALLY IT IS DESIGNED TO BURN CRANKSHAFT OIL AND DUST OIL
OIL AND GAS RANGES ARE POSSIBLE
CAPACITY STARTS FROM 50 KW UP TO 150 KW
EXCELLENT FURNACE SYSTEM
MAIN APPLICATION AREAS ARE AUTOMOBILE SERVICE, POULTRY FARMS, GREENHOUSE, GYM ETC.
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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DESCRIPTION:
Hot air generators for carrying out drying processes at a low temperature.
There are two products ranges: MM-H and MM-HR
MM-H SERIES
Specially conceived for drying processes in which a big air volume and a thermal difference not superior to approximately 30ºC is needed.
MM-HR SERIES
It is similar to MM-H series, but the air aspiration is placed on the opposite site of the air outlet.
The equipments can be made in 3 positions according to the installation that must be carried out.
The main features are:
-Heating gas oil, natural gas or liquefied petroleum gases operation.
-Combustion oven with a performance of 90%
-Centrifugal fans statically and dynamically calibrated for their proper operation.
-Tubular structure painted with black-coloured priming.
-Insulated sandwich panels painted in the oven with RAL 7035 grey colour.
-Working thermostat and security thermostat or limiter.
-Electric panel according to European rules.
-Fastening hooks for an easy transport.
-Base equipment prepared for being connected to air distribution pipes.
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ECOSTAR MOBILE HOT AIR GENERATORS
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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Hot gas generators
Hot gas generators fabricated by Unitherm Cemcon are designed for direct air heating performed by a firing system. Air to be heated is either supplied by a dilution air fan or is delivered from process with high or low temperatures or combinations of both.
Fuels:
- Coal
- Pectoke
- Fuel Oil
- Fuel Gas
Unitherm Cemcon provides:
-Hot gas generator engineering for supply or local manufacturing
brick lining material
-Burner (mono block or special designs) incl. operation valve train and fuel supply system
-Diluton air fan
-HGG field instruments for performance and safety control
-HGG control cubicle
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Other thermal equipment
