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Off line oil / air blast cooler BNK series
Integrated circulation pump
Low noise emissions
Easy to maintain
By-pass also available
High performance off-line coolers with compact dimensions, motor with two spindles for pump and fan. Matrix easy to dismantle.
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Oil/air heat exchangers
type LKI
Low noise level
High performance
Low cost
Product description
With this new generation of Universal Hydraulik LKI oil-coolers, the manufacturers have succeeded in reducing the noise level. These coolers are ideally suited for stationary installations - for the cooling of hydraulic or lubricating oils. The range has been extended to include slow-running ventilators, and the housings have been optimised, in order to produce the very low noise level. In order to make the cooler range as comprehensive as possible, the smaller models are also available as single or dual versions, thus covering oil-cooling requirements for both low and high oil throughflow volumes.
Product features
Testing pressure: 26 bar static according to DIN 50104
Operating pressure: 16 bar
(min. 2 Mill. Cycles from 0-16 bar at 2 Hz and 60 °C)
Compact oil-cooler
High operating pressure
High cooling performance
Low pressure loss
Max. operating pressure: 120 °C
High flexibility
2" SAE flange from LKI 700 upward
Also for use with water/glycol
Variable motor; Hydro / 12/24V
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When fitting an air oil cooler in your system, the cooling medium will always be free and available. Oiltech air oil coolers are designed to resist high pressures and to provide maximum cooling capacity with regard to oil viscosity and specific heat. An air oil cooler is especially suitable for outdoor applications as an air oil cooler can never ice-up.
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The first choice for oil cooling in hydraulic circuits.
Your Advantage
The correct cooling solution offers a longer oil life, i.e. lower maintenance and change frequency. A constant oil temperature also means improved machine precision.
AKG-Range T1 - T 11... maximum working pressure 26 bar
AKG-Range TL1 - TL 6 ... maximum working pressure 14 bar
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ASA 0177
- Working pressure (static): 26 bar (370 PSI)
- Radiator material: Aluminium
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AIR-OIL HEAT EXCHANGERS -SERIES AP WITH HYDRAULIC MOTOR :
This type of exchanger has been designed for use on movable machines where battery feed is insufficient or when exchangers with direct current supply are inadequate to produce high thermic yields. The radiative unit is of aluminium because this material is a very good conductor; providing high thermic yields and relatively compact over-all dimensions. Thanks to the particular construction of the radiative unit the exchangers of the series APL cope well with water hammer conditions which, at peak values, must not exceed the minimum allowable dynamic pressure of 20 bar. The maximum allowable static pressure is of 35 bar.
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Oil/air heat exchangers
type LKI-HYD
Low noise level
High performance
Low cost
With this new generation of Universal Hydraulik LKI oil-coolers, the manufacturers have succeeded in reducing the noise level. These coolers are ideally suited for mobile installations - for the cooling of hydraulic or lubricating oils.
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When fitting an air oil cooler in your system, the cooling medium will always be free and available. Oiltech air oil coolers are designed to resist high pressures and to provide maximum cooling capacity with regard to oil viscosity and specific heat. An air oil cooler is especially suitable for outdoor applications as an air oil cooler can never ice-up.
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Oil/Air Heat Exchangers
Very low noise level combined with low costs in the model ranges
- LKI
- LKIHYD
- LKM
Up to 26 bar oil pressure, cooling capacity from 1.5 to 150 kW, respectively from 20 to 700l/min, oil flow. Optionally with bypass valve for pressure peaks. Various electric motors available.
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TT 01 :
- Pression de service (statique): 26 bar
- Matière de l'élément refroidisseur: Aluminium
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Airtech Aluminum Fan Cooled Units
Our line of Airtech Fan Cooled Heat Exchangers provides a standardized, reliable and self-contained solution for remote cooling requirements in both the Industrial and Mobile Vehicle markets. These compact, high efficiency Oil Coolers and Aftercoolers can be the perfect answer for applications where cooling requirements are remotely located, cooling water is unavailable or impractical, or where coolants may be subject to freezing.
These pre-engineered packages include an all-aluminum vacuum brazed bar & plate heat exchanger for superior durability and performance in a cost-effective, compact, light weight construction. Motors can be supplied in either 60 hertz or 50 hertz AC versions, or 12 volt DC versions. Both come complete with finger guard and shroud.
Our product range encompasses 11 different model sizes. The first 8 sizes are vertical mounts with horizontal air flow, while the three largest sizes are horizontal mounts with vertical air flow. The units come with a variety of standard options, ensuring our customer gets what they need with very short lead-times.
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cooling power:1-250KW
application:hydraulic and lubrication oil cooling system
working pressure:10-26Bar.
Dc or AC drive
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Lytron's ES Series aluminum oil coolers are engineered for high performance with poor heat transfer fluids such as oils and EGW. The extended surface flat tube design provides 2.5 times better performatnce than competitive units. The unique flat tube and header designs result in lower pressure drop so smaller, less expensive pumps can be used. Welded headers are pressure tested to 150 psi (10.3) bars and the fluxless, vacuum-brazed core provides strength and reliability. The Aluminum Oil Coolers are available with or without a fan plate, and with finish options of aluminum or black paint.
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BWT platecooler series
Highly efficient heat transfer
Compact dimensions
Low water consumption
Highly turbulent flow
Very efficient oil / water cooler with small physical dimensions. Easy handling and installation. Due to highly turbulent flow very little tendency of fouling, almost maintenance free.
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New LAC2 air/oil coolers with AC motor
Up to 20 % higher cooling capacity 160 Kw. The LAC2 cooler is suitable for installation in most applications and environments.
Economic and environmental benefits
- The hydraulic system’s and oil’s useful life is extended
- The hydraulic system’s availability increases, more operating time and fewer shutdowns
- Service and repair costs are reduced
- High efficiency level maintained in continuous operation.
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New in the range of the exchangers air/oil LDC for capacities of cooling up to 130 kw with a delta of 40°C These heat exchangers OILTECH have electric motor with D.C. current LDC.
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AIR-OIL HEAT EXCHANGERS WITH ALTERNATING CURRENT ELECTRIC FANS - SERIE AP:
Today the use of air in hydraulic equipment is more and more common.
The benefits are: No water supply required Totally independent of plummed systems Reduced running costs in comparison with the water-oil exchangers, even if initial investment is higher
Residual warm air can be used for heating
With air-oil heat exchangers the radiator unit is of aluminium for minimum conduction.
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HA Serie:
Standard air-oil combined two-circuit heat exchangers used for cooling compressors from 7.5 to 160 kW. Radiator in aluminium alloy, vacuum braze welded, with high-efficiency turbulators on the air side. Power supply of fan only in AC, blowing ventilation.
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SELF-CONTAINED COOLING UNITS:
The RAS cooling units were engineered and manufactured to substitute the former GAR and OCS series with an uncomplicated and compact product. The units are made up of an aluminium air-oil exchanger and a single electric motor which operates both the oil circulation gear pump and the cooling fan.
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Air/Oil standard heat exchangers
The range of air/oil heat exchangers has proved to be extremely reliable for a number of different hydraulic oil cooling requirements using the air generated by electric fans, hydraulic fans or, in the industrial sector, by single-phase and three-phase electric fans. The availability of models has now been further extended in order to satisfy all requirements.
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Air-Oil heat exchangers have been designed to be used on the return line of the hydraulic systems.
The radiating mass is made of aluminium alloy, nominal pressure of 25bar and max Temperature 120C.
In addition to the standard SS and ST series, there are the SS2/ST2 double pass series for a higher heat exchange and SD/SDT series for higher flows (up to 320 L/min).
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HY Serie:
Standard oil-air heat exchangers used for the cooling of industrial systems and mobile machines. Radiator in aluminium alloy, vacuum braze welded, with high-efficiency turbulators on the air side. Power supply voltages of fan AC, DC or with activation by means of hydraulic motor. Intake fan for better cleaning of the radiant package, anti-vibration supports always included.
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AKG C and CP Coolers
Oil/compressed air combination coolers for screw compressors with up to 110 kW driving power. Proven AKG cooler models used worldwide. Trust the experience of AKG as the market leader for the cooling of compressors.
CP-Series... for high duty applications in medium and upper performance classes up to 110 kW
C-Series... for medium duty applications in lower performance classes up to 30 kW
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ASA 0115 :
- Pression de service (statique): 26 bar
- Matière de l'élément refroidisseur: Aluminium
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DIRECT CURRENT AIR-OIL HEAT EXCHANGERS:
This series of heat exchangers is particularly useful in cooling oleo-hydraulic plant on mobile machinery as it is fitted with direct current 12 or 24 V electric fans. The cooling element is in aluminium, a material of high thermal conductivity, which provides high thermal yield from relatively contained dimensions. The particular conformation of the radiant block is such that APL series heat exchangers are highly resistant to the stress produced by hammering which, however, at peak value, should not exceed the maximum dynamic pressure of 20 bar. The maximum permitted static pressure is 35 bar.
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HM Serie:
Air-oil heat exchanger with tank and filter, used for the cooling of hydrostatic transmissions, especially on cement trucks and concrete machines. Power supply voltage of intake fan exclusively 24 V DC.
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Water-oil heat exchangers are shell and tube type. they permit to waste the heat in hydraulic plants. They can operate on exhaust line of the main hydraulic circuit, or on a separate circuit dedicated to cooling
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WATER-OIL HEAT EXCHANGERS WITH TUBE BUNDLE
They consist of small diameter smooth tubes; this allows the best compromise between high thermic yield and low pressure loss. For a good exchanger practices some oil rates are indicated in the tables. Going down to the lowest rate of flow, indicated in the tables, the low oil speed causes a great loss in yield, whereas a rate of flow which is superior to the maximum indicated, causes great pressure loss and does not considerably increase the thermal yield. The yield diagrams indicate the heat quantity each exchanger can disperse according to the difference between oil and water mean temperatures. Such diagrams assume the exchangers to be working with the maximum oil rate indicated in the table. With the minimum rate, the yield decreases by about 10%. Required water volume is a follows:
85 l/h for each kW to disperse with water temperatures (20°C)
170 l/h for each kW to disperse with higher water temperatures
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HW Serie:
Water-oil shell and tube heat exchangers, used for the cooling of industrial systems and in the marine sector. Fully extractable shell and tube for better maintenance of the heat exchanger. Aluminium body, designed to allow maintenance without the need to disassemble the heat exchanger. Cast iron heads in the industrial version, bronze in the marine version. Fluid circulation exclusively in countercurrent.
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Basco Type OP Heat Exchangers
First introduced in 1962, the Basco OP design has proven to be the preferred TEMA Type AEW shell & tube heat exchanger in the market. The "OP", or "O-Ring Protected" design features removable tube bundle, nozzle location flexibility, and a unique threaded O-ring retainer that permits removal of the reversing bonnet without disturbing the piping or draining the shellside fluid. Removal of the channel cover permits full inspection and cleaning of the tube side.
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