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Cabinet Cooling
Meech Air Technology Stainless Steel Cabinet Cooler
Systems provide a cold air source to stop cabinets overheating
and prevent ingress of contamination such as dust or
moisture. When compared to fans that are commonly found
in cabinets, Meech Cabinet Cooling Systems provide the
ideal cooling solution.
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APPLICATIONS: |
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- Industrial PC cooling
- CCTV camera cooling
- Preventing moisture ingress
- Preventing dust ingress
- Machine control panel cooling
- Product chilling cabinets
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Bottling Plant
Meech Stainless Steel Control Cooling Systems allow easy
washdown of these leak testing and production control cabinets
in a bottling operation. IP cabinets can be sealed without
concern for heat build up.
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DIMENSIONS: |
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How it works:
The Vortex Tube is at the
heart of the Cabinet Cooler. The cold air produced by the
vortex tube flows into the cabinet through the bulk head fitting
and is then ducted to a known problem component or the centre
of the cabinet. The hot air created by the opposite end of
the vortex tube flows to atmosphere via a silencer.
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FEATURES AND BENEFITS: |
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| No moving
parts |
Low maintenance |
| Stainless
Steel |
Suitable
for harsh environments |
| Pressure
relief valve |
Prevents
cabinet over pressurising |
| Digital
thermostat and solenoid valve |
Maximum
efficiency |
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CALCULATING YOUR
CABINET COOLER |
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Meech Cabinet Coolers are supplied
with a set of four ‘generators’ allowing an
efficient set up to be achieved (see sizing guide).
The generators can easily be changed and are listed
in the table below. The red generator is factory fitted
as standard.
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Sizing Guide
All Meech Cabinet Coolers are capable of cooling up to 2400
Btu/hr 703 Watts. However, optimising efficiency is still
a vitally important factor. The following guide shows how
to calculate which generator should be fitted in a Cabinet
Cooler for it to be most efficient.
To allow the most efficient generator to
be selected you must calculate the total heat load in Btu/hr
or Watts to which the cabinet is exposed. The total heat load
is a combination of the heat transfer from outside due to
the ambient air temperature into the cabinet and the heat
which is created internally.
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CABINET COOLER
TABLE: |
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Air
Consumtion |
Cooling
Capacity |
| Generator |
cfm |
lpm |
W |
Btu/hr |
| Yellow |
10 |
283 |
190 |
650 |
| Red |
15 |
425 |
293 |
1000 |
| Blue |
25 |
708 |
499 |
1700 |
| Brown |
35 |
991 |
703 |
2400 |
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PRODUCTION NUMBERS
AND DESCRIPTIONS: |
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| A70025 |
10-35cfm,
Cabinet Cooler Unit |
| A70325-24v |
10-35cfm,
24V, Cabinet Cooler System |
| A70325-240v |
10-35cfm,
240V, Cabinet Cooler System |
| A70325-110v |
10-35cfm,
110V, Cabinet Cooler System |
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