ARI 410-2001
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A
participating company in the
ARI 410 Certification Program
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AIR-CONDITIONING
& REFRIGERATION
INSTITUTE |
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D.B.M. can now select coils according to
ARI Standard
410-2001 for Forced-Circulation Air-cooling and Air-Heating
Coils. This is an important achievement for our
company and a strong guarantee for our customers as
we can today demonstrate that our declared performances
are real and documented.
ARI 410 program means having our selection methods
and coils performances certified and regularly checked
by and independent, professional and competent association,
nowadays the most important in the world, with the
aim to guarantee customers from unfair competition
based on unreal or unprofessional declarations.
We can supply certified coils with the following
materials and geometry configurations:
| GEOMETRY |
Tubes
options Ø 16mm
|
Fin
options |
Fin
pitch (mm) |
Secondary
fluids certified |
| P60 |
Copper
0.40, 0.75, 1.00 mm |
Type:
Corrugated
Materials:
Al 0.13, 0.20mm
AlMg 0.20mm
Copper 0.12, 0.20mm CuSN 0.12, 0.20mm |
1.6
2.0
2.5
3.0
4.0
5.0
6.0 |
Hot
water
Chilled water
Ethylene Glycol
|
 |
| GEOMETRY |
Tubes
options Ø 12mm
|
Fin
options |
Fin
pitch (mm) |
Secondary
fluids certified |
| P3012 |
Copper
0.35, 0.60 mm |
Type:
Corrugated
Materials:
Al 0.12, 0.20mm
AlMg 0.20mm
Copper 0.12, 0.20mm CuSN 0.12, 0.20mm |
1.6
2.0
2.5
3.0
4.0
5.0 |
Hot
water
Chilled water
Ethylene Glycol |
Please note that coils thermodynamic data to be
certified have to be within the following limits:
|
Cooling
coils,
cold water
|
Cooling
coils,
Glycol solution |
Heating
coils,
Hot water |
Heating
coils,
Glycol Solution |
| Standard
air face velocity (std.m/s) |
1
to 4 |
1
to 4 |
1
to 8 |
1
to 4 |
| Entering
air dry-bulb temp. (°C) |
18
to 38 |
18
to 38 |
-18
to 38 |
-29
to 38 |
| Entering
air wet-bulb temp. (°C) |
16
to 29 |
16
to 29 |
--- |
--- |
| Tube-Side
fluid velocity (std. m/s) |
0.3
to 2.4 |
0.3
to 1.8 |
0.1
to 2.4 |
0.1
to 1.8 |
| Entering
fluid temp. (°C) |
1.7
to 18 |
-18
to 32 |
49
to 121 |
-18
to 93 |
| Concentration
by mass, % |
|
10
to 60 |
|
10
to 60 |
| Minimum
fin surface temp. °C |
>0.0 |
>0.0 |
>0.0 |
>0.0 |
| Minimum
tube wall surface temp. °C |
>0.0 |
>
ethylene glycol
sol. Freeze point |
>0.0 |
>
ethylene glycol
sol. Freeze point |
For further information please feel free to contact
our technical office.
Additional information are available at
www.ari.org
