Cooling systems - Import export

Acefast E2 is a modern induction charger designed for wireless energy renewal . Made of high-quality materials, a handy gadget , equipped with fast cooling technology and an intelligent management system protecting the equipment against overvoltage, overcharging or overheating. The cooling system is additionally supported by a series of ventilation holes located on the bottom of the accessory . The charger has an LED backlight that turns on during operation

The IKi3000 will always keep a cool head where efficiency and quality of your products are concerned. The cooling time reduction by up to 75% not only saves time and energy but also permits fastest passage through the critical temperature range for germ growth. It's a real improvement in hygiene and durability! Cooling times reduced by up to 75% Longer durability thanks to fastest passage through the critical temperature range for germ growth Less weight loss Less water consumption Additional steam cooking possible Optionally available with brine circuit Maximum flexibility thanks to construction kit system For processes with justintime production

The low ceiling height makes the IK3000 particularly ideal for crafts operations. It entices not only by shortest cooling times, but also convinces with its many possible equipment options including optional cooking! The intensive cooling system's applications are not limited to use in trades The particularly high cooling output per chamber unit and the modular constructionkit build make the system attractive to the industry as well. Small space demand Cooling times reduced by up to 75% Longer durability from fastest passage through the critical temperature range for germ growth Less weight loss Less water consumption Additional steam cooking possible Optionally available with brine circuit Maximum flexibility thanks to construction kit system

The TF3000 combines the Turbomat T3000 and the intensive cooling system IK3000 in a single closed system. This means one thing most of all Best output per chamber part for the shortest process times. The automated transport system not only reduces operating costs, but also increases production capacities in the system. Maximum output per chamber part Production justintime, controllable and reproducible processes Much lower germ formation and contamination – for longer durability Automatic transport system Producing, packaging and delivery in a very short time Lesser demand of cold storage capacities Higher trolley capacity as comparable floor conveyor systems by low construction

1x Handpump with gauge  1x Temperature gauge  20x Universal adapters  1x Filling hose  1x Filling unit  4x Accessory

Our company specializes in manufacturing fan housings - fan house, which constitute a key part of cooling units. We offer a wide range of types and sizes according to individual customer requirements, manufacturing these components from steel, stainless steel, and aluminum. We utilize the latest technologies including laser welding, CNC sheet metal bending, robotic welding, and robotic grinding, enabling us to achieve high precision and efficiency in production. We are committed to adhering to the highest quality standards, ensuring that each product meets all customer requirements. Our experienced and skilled team is dedicated to providing satisfaction and long-term partnerships with our clients.

Dry coolers are simple and reliable equipment. Their operating principle is based on a sensible heat exchange between air and water where: air is drawn in by fans through a finned coil, while water (or a mixture of water and glycol) flows through the tubes that make up the coil and cools when the (cooler) ambient air laps the surface of the latter. Fins are used to increase the overall heat exchange surface area so that the equipment can be as compact and efficient as possible.

Drycoolers are simple and reliable equipment. Their principle of operation is based on a sensible heat exchange between air and water where: air is drawn in by fans through a finned coil, while water (or a mixture of water and glycol) flows through the tubes that make up the coil and cools when ambient air (colder cooler) laps the surface of the latter. Exchange coils, with a "V" arrangement within the cooler, consisting of copper tubes and aluminum fins. The angle between the coils, the diameter of the tubes, and the thickness and length of the fins, are sized to ensure the best heat exchange performance, for a given fluid and air flow pressure drops.

The PAD-V adiabatic system is the optimal solution for increasing the efficiency of air systems, with capacities from 75 to 1,100 kW. Dry operation during cold periods: ambient air is drawn in and conveyed to the heat exchange coils (where the fluid to be cooled passes through): no water in the circuit, as during standard dry cooler operations. Energy use is also optimized by electronically modulated fan speeds based on temperatures. Adiabatic operation during hotter periods: outside air passes through the humidifier pack to be pre-cooled, before being conveyed to the finned coils and performing its cooling function: efficiency is increased. This also makes it possible to work at lower ambient temperatures.

RAW/E liquid coolers (water, water/antifreeze) operate through a closed circuit, consisting of a finned coil crossed in countercurrent by ambient air. Due to the sizing of the coil, it is possible to achieve process fluid temperatures close to the temperature of the intake air. They are industrial chillers designed for fluids between 0°C up to 70°C, with external temperatures between -10°C and +50°C: cooling powers available as standard from 64 kWf up to 782 kWf, considering a 10°C difference between ambient air and supply water. “RAW” series chillers are environmentally friendly machines: the fluids used in the cooling process are simply water/antifreeze (fluid to be cooled) and ambient air (cooling fluid). In addition, the use of high quality materials allows the achievement of high efficiency values (ratio of kWf rendered in cooling to kW absorbed in power consumption).

Complete solutions specifically studied and designed for a more efficient and automatic management of evaporative cooling towers and industrial coolers. Some advantages of integrated cooling systems. - Program and modulate the progress of the machine during its use. - Optimize electricity consumption and water treatment. - Dosage and salinity control. - Water collection. - Remote monitoring and predictive maintenance possibility.

This is a series of large industrial cooling towers for power generation, steel and aluminium processing, cogeneration and other large production sites. Efficiency, high performance, reduced installation and transport costs are granted.

A light and non-corrodible open-circuit evaporative cooling tower: process industry and HVAC operators will be able to count on its multiple versions and ease of transport and installation.

Ideal for water saving maintaining a high efficiency. All operations are managed by PLC with the possibility of remote management in “Industry 4.0” mode. Suitable for both industrial and HVAC fields of application. The adiabatic cooler, sometimes called adiabatic dry cooler or dry cooler with adiabatic pre-coolers, is designed to work with both air and water, with particular attention to efficiency. The external air is used to cool the liquid during dry operation and it is pre-cooled only in hot periods with wetting cycles of about 15 seconds during adiabatic operation (“adiabatic pre-cooling”).

The PU series field-erected industrial cooling tower can serve very large plants: especially oil & gas, chemical and power generation. Available for all industrial water. Different materials are supplied according to project needs: concrete, steel, fiberglass and pultruded.

In 2015 a team of researchers at Base Group accepted the task of creating unique production technology for aluminium heat exchangers for generator circuit breaker, also called coolers. In the course of research and conducted tests we succeeded in defining the production process which met strict Clients’ needs. Our products fulfil high expectations of upmarket Clients, which is confirmed with 100% quality control of produced heat exchangers. To guarantee the top quality of every single item produced by Base Group we perform helium tests in vacuum at the level of 1×10˄-6 bar × cm3/s and pressure tests (more than 62 bars). The results obtained by us are more credible than similar solutions offered by French or Italian producers.

Combi 1.1 – Innovating product – Better and cheaper than Laminar Flow – Adjustable Air Nozzles for perfect airflow – Creates high efficiency Cleanroom Class ISO6 or even ISO5 – Installation: 1 day max. – Results within 30 minutes – Clean Air Capacity: 800 m3/hour maximum, with 1/4 of fresh air (optional) – Only needs W 90 cm x H 154 cm x D 34 cm of wall space – Quiet operating level – Max. distance between inside & outside unit: 25 meter To protect immune compromised patients To upgrade ICU’s, laboratories and O.T’s Note Pressure difference depends on air tightness of the room. For information and advice contact MedicCleanAir.

Frozen Storage Devices is used to store the shocked products. In 40 ° C shocked products are kept in it at 18 25 ° C. Hermetic, scroll, semihermetic and screw type device options are available.

AMT&C LLC offers a manufacturing of various types of electromagnetic systems. Additionally to the electromagnet itself, we can supply power units, switching units, cooling system and software for the system operation under PC control.

Free cooling system consists of a heat exchanger that cools down glycol mixture by using low temperature ambient air. When outdoor temperatures are lower relative to indoor temperatures, the system utilizes the cool outdoor air as a free cooling source. These energy-efficient units are perfect for industrial refrigeration or air conditioning processes, as they help to reduce mechanical energy consumption up to 80% and reduce maintenance costs as well as environmental impact. Comprehensive modular frame construction is assembled with high-quality EC fan motor technology, finned tube heat exchangers, 3-way valve and circulation pump. The galvanized steel and powder coated frame with a reliable insulation material ensures proper unit protection.

Free cooling system consists of a heat exchanger that cools down glycol mixture by using low temperature ambient air. When outdoor temperatures are lower relative to indoor temperatures, the system utilizes the cool outdoor air as a free cooling source. These energy-efficient units are perfect for industrial refrigeration or air conditioning processes, as they help to reduce mechanical energy consumption up to 80% and reduce maintenance costs as well as environmental impact. Open frame construction can be assembled with high-quality EC fan motor technology, finned tube heat exchanger, 3-way valve and circulation pump. The galvanized steel and powder coated frame ensures proper protection of the internal unit construction.

Professional Russian 3000W UPS with double conversion. We designed the PCB, custom transformers and radiators, cooling system and display. Given the large number of massive components, the main challenge was to design a board that would optimize the mounting price and not to complicate the application of a protective coating. We also implemented a powerful and silent cooling system to ensure stable operation of the UPS under high load.

The fan assisted natural draft cooling tower (FAND) combines the advantages of the natural draft cooling tower and the mechanical draft cooling tower.It becomes the best available technology when :Locations with limited plot plan. Overall height is limited. Important heat load . ADVANTAGES VS. CELLS: Compact arrangement. Power saving due to natural draft. No recirculation. Always a good alignment considering wind directions. Cooling by natural draft in case of electricity shortage.ADVANTAGES VS. NATURAL DRAFT CT: Reduced height. Better cooling characteristics during the summer season. Higher flexibility

The natural draft cooling tower is the right choice for large power plants.It offers the following advantages :power saving (no power consumption to induce air flow- no fan).environmentally friendly.no mechanical noise (no fan).safety of operation.no recirculation as the plume is rejected at high level.limited plot area.limited maintenance.high longevity (generally more than plant life expectancy).Payback period between 8 and 16 years depending on several factors.Hamon offers both basin or water collecting devices. This last solution, developed by Hamon, is recommended for large cooling towers.It offers the following advantages :less pressure drop in the air inlet.reduction of pumping power.decrease of acoustic pressure in air inlet

The cooling tower with plume abatement (also called hybrid or wet/dry) is an evaporative cooling tower combined with a dry heat exchanger, used to abate the cooling tower plume. This is the best available solution where local constraints are such that the presence of plume is not accepted in normal conditions (along motorways, airports, close to residential areas).Hamon has an unrivaled reference list in this field.Plume abatement can be offered with mechanical draft cooling tower (cells) as well as with fan assisted natural draft (circular hybrid).ADVANTAGES: no plume visibility. outstanding performance of an evaporative cooling tower. cost attractiveness. all types of heat exchange media. for cell CT :same flexibility as an induced draft cooling tower. all types of structure (wood – frp – concrete – steel)

The induced draft cooling tower generally offers the most effective and economical solution to most of cooling needs. Hamon has supplied numerous IDCT worldwide for all power and industry applications and all environmental conditions. The IDCT offers the following advantages:flexibility. cost effectiveness. air flow almost constant regardless ambient air temperature. adapted to any water flow .flexible operation by shutting some cells. adapted to high thermal performance .all types of structure – wood, FRP, concrete, steel. all types of heat exchange surfaces from splash grids to high performance film

Forced draft cooling towers are specially designed to handle zinc sulphate solutions or highly corrosive liquids. They are equipped with distribution in highly resistant material.EFFECTIVE DESIGN COMBINING performance easy access for easy maintenance - sprayers are accessible without scaffolding and removable minimization of drift losses: 0,001% and lower. SUITABLE FOR HIGHLY CORROSIVE LIQUID WITH 200gl/ sulphuric acid, Presence of fluorine, Crystallization of gypsum

Plume-abated fan assisted natural draft or circular hybrid cooling tower is the best technical solution for large heat loads and stringent plume abatement requirements.Seawater application. If overall height is limited. To keep countryside free from visible plume formations and shadow .For locations close to residential areas .To facilitate permission processes. ADVANTAGES VS CELL TYPE HYBRID COOLING TOWER: Compact arrangement/space saving. No recirculation and interference effects. No wash down (grounding) effects of plume. Use of natural draft. No corrosion due to humidity and salinity in the neighborhood. Visually an interesting architectural structure.

An indirect dry cooling system is characterized by the use of a condenser and air-cooled heat exchangers.The cooling system consists of the following main components :condenser (surface or spray type),cooling water circulating pumps and recovery turbines, if applicable,heat exchanger deltas including louvers,natural draft cooling tower,piping and valves,water storage tanks and transfer pumps,electrical equipment,instrumentation and control,accessories such as cleaning system, nitrogen blanketing system,The warm water from the condenser is delivered to the natural draft cooling tower by the cooling water circulating pumps and an underground piping network. After the cooling in the heat exchangers, the cold water returns to the condenser.