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IBS all aluminium heat exchange products for oil
cooling applications are based on comprehensive component design
standards , specific assembly technology & optimised  material
selection and specification to satisfy the increasing demands of
the heat transfer sector.
The production process employed at IBS ensures consistently manufactured
products of high quality in respect of structural , thermal , external
cosmetic , internal cleanliness and corrosion resistance requirements.
IBS’s heat exchangers are totaly made by aluminium and all the parts
are exactly designed starting from materials, thickness and design.
Fins has a special inclination to increase the performaces and to
assure high cleanness.
Another important element is turbolator, that by its particolar
profile, gives high resistant and performances.
Corrosion proof is obtained by special superficial treatment.
The innovative process to solder all the parts is named brazing.
It develop in controlled atmosfere brazing furnace.
By this reason IBS’s heat exchangers have high performances and
resistant like the best exchangers in the world market and they
assure working pressure 25 bar, test pressure 35 BAR and max working
temp 120°C.
Standard IBS’s series In this catalog there are three product lines
as follow described:
• L series aluminium exchangers with AC,DC fans or hydraulic presetting
made for low-medium power and flow
• H series aluminium exchangers with AC,DC fans or hydraulic presetting
made for high power and flow
• A series aluminium exchangers with electric motor, pump and fan
used for autonomous off-line cooling.
Fluid compatibility: Mineral oil HL/HLP,DIN 51524, water/oil emulsion
HFA,HFB,CETOP,RP//H, water-glicol HFC,CETOP RP 77H, Esters fosphates
HFD-R,CETOP RP 77H.
For corrosive atmosfere or fluid with viscosity greater than 100cst,
contact IBS.
Air Side
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Oil Side
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Installation:
The IBS technical group would be pleased to advise
customers on all aspects of their product range to ensure optimised
installation is achieved for best inservice life.
When install heat exchanger, be sure to have the right air flow;
minimum distance should be greater than half exchanger height. Is
recommended to use flexible units to preserve the exchanger from
solicitations.
Maintenance:
Dependant on each specific application attention
must be paid to external and internal material surfaces to prevent
unecessary soiling and contamination build-up which in turn would
adversly affect the thermal performance of the cooler.
Cleaning of external surfaces to remove debris can usually be effected
by controlled compressd air or low pressure water jetting.
Care must be taken not to directly impinge onto the fin corrugations
to prevent fin deflection damage.internally a controlled flushing
operation with a compatible biodegradable detergent is usually adequate
to remove any residual surface build-up.
To preserve heat exchanger, it is suggest that a by-pass valve is
inserted.
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