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AIR GENERATOR FOR SWIMMING POOLS "POOL MANN"
PM-050 / PM-100
DESCRIPTION:
Completely autonomous hot air generator designed for conditioning covered swimming pools. This equipment can operate with heating gas oil, natural gas or liquefied petroleum gases (butane gas, propane gas).
These equipments function is to heat environmental air inside the premises by means of the thermal energy produced by the equipment.
The produced heat is driven to the premises that must be conditioned by means of a centrifugal fan.
The combustion products are extracted through a chimney in order to ensure that the driven hot air is exempt of smokes and bad smells.
The main features are as following:
-Heating gas oil, natural gas or liquefied petroleum gases operation.
-Cupboard made with galvanised sheet covered with polyester dust dried in the oven at 200ºC.
-Combustion oven designed for obtaining a performance of 90%.
-Three-speed centrifugal fan.
-Electronic control with a display of the temperature driven to the premises.
-Environmental thermostat incorporated in the equipment.
-Air impulsion in elbow shape at 90º with double deflection grid incorporated on it.
-It incorporates a digital time-programmer for starting-up and stopping automatically the equipment.
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Model: PT 560
• 1500 watt air blower with two temperature settings (300°/560°)
• Robust fan for continuous operation
• Non-slip standing surface for stationary use
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Fast and highly energy efficient electrical heating of individual and multiple drums and containers.
If you are considering a bulky and fixed installation oven, then you should also evaluate our value for money and easy to use flexible jackets.
We manufacture heating jackets for single and multiple drums - our 1000 litre size (IBC) jacket with insulated lid is designed to fit around a pallet with four drums, so products can be heated anywhere.
Available for standard industrial applications and also with EX certification for ATEX and IECEx areas.
Custom sizes made to order.
Our Rigid THERMOSAFE Drum Heater can be linked with our FARATHERM or DIGIHEAT Base Heaters and our Insulated Lid to create a powerful mini-oven for fast melting of solids from steel drums.
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The types are: - Solid waste ingeneral
- Thermal destruction of animal carcasses
- Combined incineration system for liquid waste with direct injection through an under-pressure lance in a combustion chamber of a pure, regenerative or recuperative thermal system for the S.O.V. treatment.
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A RANGE OF CERAMIC GAS HEATERS ADAPTED TO ALL HEATING NEEDS IN INDUSTRIAL BUILDINGS (height of 4 meters and more).
Use: Industrial buildings, Churches, Sports halls, Car service, Terraces, ...
- a large range of heaters from 2,5 to 27 kW and more.
- a choice of 10 powers for a comfort in all type of buildings whatever the
hanging height of the heaters
- a double-speed option for a better comfort, particularly in well insulated
buildings
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With Watlow's diverse RAYMAX® radiant heater line, we have a solution for almost any application requiring radiant heat. Our capabilities cover a wide range of needs, from contamination-resistant panel heaters to fast-responding quartz tubes to rugged tubular elements and high temperature ceramic panels.
Applying radiant heaters can be complicated. Watlow's engineering staff has the level of training required to help you meet your application requirements, providing a high degree of technical support such as conducting testing for your application at our facility, calculating your watt density and temperature requirements, and recommending system components such as sensors and controllers. With our experience in a wide range of industries, chances are Watlow has already helped someone handle a radiant heating application like yours.
Applications
Thermoforming
Food warming
Paint and epoxy curing
Heat treating
High temperature furnaces
Tempering and annealing processes
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Wide area radiant heaters can be mounted to radiate in any direction and can reliably operate, with no reduction in radiant output over the life of the heater. The lightweight building block approach allows for a modular installation which is easily expandable. One-piece bonded construction resists damage from vibration and shock. These heaters also have a lower operating cost with up to 80% of the input energy transmitted to and absorbed by the work material.
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Applied in deep chilling systems, refrigerators with a large temperature difference, cooling systems for scientific, research and special devices. Also used for cooling infrared photodetectors, X-ray detectors, etc.
Main fields of application:
CCD-matrix and infrared photodetectors cooling
cold cells and freezers
thermostats
scientific and laboratory equipment
thermocalibrators
step coolers
different coolers and thermostabilizers of detectors
night vision equipment
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TEC3-11904
Size: Bottom 30*30 mm, Top 15*15mm Thickness 10.4mm
Imax.: 3.5 A
Vmax.: 7.7V
Qmax.: 6.53W
Tmax.: 97 degree
Solder melting point: 138degree
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Whether you have virgin PET or regrinds in amorphous state crystallization is necessary before any drying and processing takes place. The series of Conti-Crystallizers is designed to convert material from amorphous state to crystalline state by means of the special crystallization process. Labotek offers fully integrated crystallization lines for all types of PET processing.
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UPX® is a cooling system based on chilled water circulation through a conveying screw and trough. The Frigomix® model is designed with conditioned air (temperature and humidity) percolating through the product.
GLOBAL EXCHANGE COEFFICIENT INCREASE
FLASH COOLING
NO CONDENSATION ON COOLED JACKET
NO HUMIDITY ON PRODUCT
The UPX technology allows for the perfect cooling of divided products, powders or pasty products in a wide range of processes. Applications include powders, seeds, herbs (in agro-industrials applications, in particular after sterilization), and muddy or pasty products (heated products converted by heat or stored in environment or chemical industry). UPX avoids any risk of condensation for the preservation of microbiologic and organoleptic properties. This solves the rigorous needs in the bacteriological treatment industries.
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UPK® is a continuous cooling or heating screw conveyor for bulks, powders, granulates, pasty or muddy products. The cooling and heating function is accomplished through chilled water, steam or other thermal fluid passage into the screw and double jacket.
The air extraction in the top opening allows the control of the atmosphere conditions above the product: wet extraction, dried air injection...
Paddles fixed to the screw allow a perfect homogeneous treatment, mixing, conveying, and cooling or heating transfer.
UP TO 10M3/H
MINIMUM TEMPERATURE +2°C
MAXIMUM TEMPERATURE +900°C
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Partial-flow Cooling Unit
type TFSA
Compact design
Variable mounting positions
Very high-performance device
Low costs
Product description
The TFS/A is a compact partial-flow cooling unit. It was developed to improve the availability and reliability of hydraulic systems. Due to its combination of a motorpump unit and an oil-air cooler in one device, the TFS/A is an autonomous unit, which can be operated independently of the main system. In this manner continuous cooling is ensured.
Product features
Compact design
Nearly noiseless operation
Ease of maintenance, since the number of working parts has been consequently reduced
Equipped with multirange motors as standard equipment
Any arbitrary mounting position is possible
Advantages
Extension of the service life of the hydraulic components
Enhancement of the application reliability
Improvement of the positioning accuracy
Unproblematic retrofitting on existing systems is possible
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The world’s smallest air heater with integrated temperature probe. The LE MINI is especially well suited for hot-air riveting or for applications in which heat has to be applied with pinpoint accuracy.
It is easy to fit even in the most confined spaces. The device can be used with air pressure of up to 0.2 MPa (2 bar). Two models and two power versions are available for selection – with or without sensor, and in 400 or 800 watt power classes.
• Extremely compact, robust built-in device
• Integrated device protection with alarm output
• Integrated temperature probe (LE MINI SENSOR)
• Integrated heating element protection (LE MINI SENSOR)
• Analogue interface to temperatur controller (LE MINI SENSOR)
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The ECAS snow melting system for ramps, is a heating system design to prevent the build up of snow, ice and/or frost, in colder climates for: access ramps, pavements, streets, terraces, etc.
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The ECAS snow melting system is the best solution to prevent the build up of ice and snow, is built into the surface of the roof, rooftop, terrace, etc., and melts ice and/or snow, avoiding accidents and damage to the structure.
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Split solar water heaters HFT-300L HFT-200L
Working principle
This split solar water heating system has solar collectors on roof and water tanks inside the house, and transfers heat energy collected by the collectors into the tank by natural or forced circulation of the working fluid between collector and the tank.
Components:
The system comprises of solar collectors, a water tank, a heat exchanger, a controller and pumps.
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Pressurized solar water heaters (compact)
1. Heat pipes are installed inside the vacuum tubes. Without water flow inside, the tube will not be broken or blocked by scales, which is safer and more reliable.
2. Operate automatically with pressure inside the system, so water is supplied under a pressure with more comfortableness for bathing. Its installation site is free from limitation.
3. This machine is equipped with auto. auxiliary heating system, offering hot water safely even in cloudy or rainy days.
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• Steam jet heaters are used for the direct heating of liquids with steam. This
kind of steam jet heater has an axial steam feed and the liquid laterally enters
the suction connection.
• The steam condenses instantly when contacting the liquid.
• Because of high velocities and a stationary flow profile, the steam condenses
without the normal noises.
• If the liquid temperature reaches more than 80% of the boiling temperature
an uncontrolled condensation of the steam occurs, resulting in higher noises. To prevent this problem, air can be released through an additional connection.
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Sandvik uses a very simple easy to understand
designation system for its steel belt grades, where
the figu res indicate roughly the tensile strength
in MPa* and the letters the type of steel and
microstructure:
C = Carbon steel
S = Stainless steel
A = Austenitic microstructure
M = Martensitic microstructure
* 1 MPa = 1 N/mm2
More detailed information
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The InteliHeat flexible heating jacket for IBC's and totes is ATEX and IECEx certified for use in potentially explosive atmospheres.
Constructed with patented technology using carbon rich semi-conducting heating membranes, safe operating conditions are maintained even in the presence of potentially explosive gases.
Heating rates are similar or better than our standard "safe area" IBC2 high power flexible jackets, and temperatures up to typically 70C can be achieved due to the high density insulation layers incorporated as standard.
No transformers are required as the unit operates from standard 220/240v supply.
This unique product is highly cost effective for heating IBC's in any Zoned area, and can be moved from container to container or kept in place whilst the container itself is moved. Therefore the user can avoid using expensive and space constraining ovens, and minimise heat loss at point of use.
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Over-the-Side Immersion Heater - L / LC
Straight (L) and circular heating element bundles (LC) available. Moisture Resistant and Explosionproof enclosures.
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Apart from thermoelectric modules Kryotherm company also produces different types of thermoelectric cooling assemblies.
thermoelectric cooling assemblies of air-to-air type
thermoelectric cooling assemblies of liquid-to- liquid type
Thermoelectric cooling assembly is a devise, produced like several heat-exchange devices bound together with thermoelectric coolers between them.
Sphere of application of the thermoelectric assemblies is very wide. They can be used for production of refrigerators, air conditioners, systems of electronic devices cooling, etc. Assemblies are optimized for 12, 24 and 48 V supply voltage that makes it possible to plug in them to the power sources of automobile, railroad and water transport.
Heat insulation, installed between the radiators, hinders the reverse transfer of heat to the cooling object. .
Each thermoelectric assembly, created by Kryotherm Company has holes for mounting and switching plane for power supply. A temperature sensor and temperature controller installation on the assembly is available as an extra option
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RMT manufactures a wide range of TE coolers from miniature to large high power modules, single stage and multi-stage types, different DC current values, all with unique custom parameter options.
More than five hundred standard sizes of modules are available. Cold sides range from 1 x 2 mm2 to 40 x 40 mm2, maximum current ranges from 0.3 to 10 Amp, DTmax - from 73oC in single stage to 150oC in multi-stage configurations.
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Cooling system: WT-32W-1
Heat sink: 76*102*13mm
Fans: 60*60*15mm? DC12V 0.15A
Te modules: TES1-12704
Heat insulation cotton: 76*102*3mm
Plate: Aluminium plate 72*58*1mm
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Applied as mini and microcoolers in the systems of thermo stabilization of microchips, semiconductor lasers, photodetectors and other temperature sensitive elements and components of electronic devices.
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TES1-00703
Size: 8*8*3.5mm
Internal resistance: 0.19Ù+/- 10%
Imax.: 3.0 A
Vmax.: 0.8 V
Qmax.: 1.5W
Tmax.: 68 degree
Solder melting point: 138degree
Maximum. Compress.: 1Mp
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An universal abbreviation is used to notate single-stage coolers: ТВ-N-C-h, where:
ТВ — product abbreviation— thermoelectric battery (cooler);
N — number of thermocouples in the cooler;
С — length of the rib of the thermoelectric element basis (in millimeters);
h — height of the thermoelectric element (in millimeters)
For example, in the module TB-161-1,4-1,5: 161 thermocouples (322 thermoelectric elements), every element has the cross-section of 1,4×1,4 mm and is 1,5 mm high.
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TES1-07104
Size: 30*30*4.5mm
Internal resistance: 1.63Ω+/- 10%
Imax.: 4.0 A
Vmax.: 8.5 V
Qmax.: 20.1W
Tmax.: 68 degree
Solder melting point: 138degree
Maximum. Compress.: 1Mpa
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ADVANTAGES of VIBRAting technology
- High specific drying and cooling capacity
- Optimum energy utilization
- Vibration-controlled fluid bed
- Simple temperature control and monitoring
- High sanitary standard
- Quick and easy to clean
- Fast product changes
- Extremely gentle product conveying
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Other thermal equipment
