 |
Max Pressure (Mpa) |
3 |
|
Test Pressure (Mpa) |
4.5 |
|
Volum Per Channel (L) |
0.05 |
|
Exchange area (m2) |
0.026 |
|
Max Tempt (¡æ) |
225 |
 |
A |
111 |
|
B |
310 |
|
C |
50 |
|
D |
250 |
|
E |
10+2.35n |
|
Detailed
Product Description
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Copper Brazed Heat Exchanger Oil
Cooler Stainless Steel AISI 316 Plates 10C -
225C
Description
Heat exchangers are used to
exchange heat between two fluids. Plate heat
exchangers are high performance components
and provide a high level of efficiency
combined with compact dimensions and low
weight. Their efficiency reduces the amount
of cooling water required for heat transfer
which results in low operating costs.
Features
Plates and connections are
manufactured from stainless steel to AISI
316, vacuum brazed with cooper. The special
moulding of the plates produces the
turbulent flow necessary for effective heat
transfer and provides the plate heat
exchanger with a high level of mechanical
strength.
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Operating Details
Medium:
Water glycol
HFC operating fluids
Water
Oil
Contamination
The quantity of particles in
suspension should be less than 10 mg/l,
particle size <0.6mm
Thread like particles cause a rapid rise in
pressure drops.
Temperature range:
10C to 225C (freezing point and
boiling point must be taken into
consideration)
Pressure:
Max 45 bar up to 225C, testing
pressure 60 bar.
Corrosion
The following limits refer to a PH
value of 7
Free chlorine. CL2<0.5ppm
Chloride ions CL
<700 ppm at 20C
<200 ppm at 50C
Other limits
PH7-10
SULPHATE so4 2-<100 ppm
[HCO3]/[SO4 2-]>1
Ammonia, NH3< 10 ppm
Free co< 10 ppm
The following ions are not
corrosive under normal conditions:
Phosphate, nitrate, nitrite, iron,
manganese, sodium and potassium
Hydraulic oil cooling, Electricity and
cogeneration applications, marine oil
cooling, turbine engine oil cooler,
automotive, construction, railways, steel
industry can replace Hydac oil cooler.
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