|
|
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.
|
|
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.
|
|
APV Compakva
Instantaneous compact water heaters and district heating units
Innovative technology and design
* The smallest unit of its type
* High thermal efficiency
* Low operating costs
* Low power consumption
* Easy to mount and clean
The series of Compakva units ranges from a simple water heater, consisting of a multi-functional block, a plate heat exchanger and thermostatic valve to more advanced district heating units with additional equipment including two plate heat exchangers, pump, expansion vessel and thermometer.
|
|
Heater applications
* Fuel oil
* Lube oil
* Fresh water
* Cargo
* Tank outflow
* Tank suction
The GEA Bloksma oil & water heater V-type is a compact heat exchanger for heating heavy fuel oil, lube oil, diesel oil or water by means of steam, thermal oil or hot water.
The thermal calculation is based on the latest heat-transfer technology. This ensures an optimal design of the heater.
|
|
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.
|
|
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.
|
|
Compact immersion tube integrated in tanks
HOT WATER TANK
There are three ranges to take advantage of the benefits of compact immersion tubes in a tank: hot water tank, instantaneous hot water generator and thermal fluid heater.
The hydroaccumulator enables peaks to be restricted and ensures the production of sanitary hot water, stable in temperature and flow rate, in spite of variations in requirements, without using a huge amount of power.
USE:
Food industries:
CIP station tanks, production of sanitary hot water and floor cleaning water.
Textile industries:
Production of superheated water.
Market gardening industries:
Greenhouse heating with C02 production
Ranges:
Size of tanks from 1 m3 to 100 m3
Power from 30 kW to 1500 kW
|
|
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.
|
|
|
|
|
|
General features:
- Stainless steel sheathed 1500 watt, 120 VAC electric heating element will operate in air. No need for check valve to prevent element failure when not immersed in water. 15 gallons per hour recovery! (40O F temp rise)
- Factory installed ASME temperature and pressure relief valve for added protection
- Ignition protection with safety ground terminals for location in engine and bilge areas.
- Oversized magnesium anode rod provides maximum protection for glass lined tank.
- High density fiber glass insulation easily holds water at desired temperature
- Torrid's super efficient copper heat exchanger converts heat from engine cooling water to hot water supply system. Full ¾" I.P.S. flow to reduce pressure drop. Designed for maximum heat transfer. One more symbol of Torrid® quality.
- Adjustable electric thermostat 120-180 O F. with energy cutoff combination gives super accurate temperature control and an extra measure of safety.
- Durable powder coating and zinc plated jacket ensure superior protection. Optional Stainless steel jacket available.
|
|
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
|
|
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
|
|
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)
|
|
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.
|
|
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.
|
|
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.
|
|
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
|
|
Over-the-Side Immersion Heater - L / LC
Straight (L) and circular heating element bundles (LC) available. Moisture Resistant and Explosionproof enclosures.
|
|
• 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.
|
|
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.
|
|
|
|
|
|
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
|
|
| ... products without technical information |
| |
|
|
|
|
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
|
|
|
|
