Cabinet Cooler® – NEMA 12 (IP54)
Stop electronic control downtime due to heat, dirt, and moisture!
Why EXAIR Cabinet Cooler Systems?
The vortex tube in the EXAIR Cabinet Coolers are constructed of stainless steel. The wear, corrosion and oxidation resistance of stainless steel assures long life and maintenance free operation.
Cabinet Coolers maintain NEMA 12 are ideal for general industrial environments where no liquids or corrosives are present. They are dust and oil tight.
Selecting the right Cabinet Cooler. Please use our Cabinet Cooler Sizing Guide
Here Cabinet Cooler Sizing Guide – Select the right Cabinet Cooler
To determine the correct model for your application, it is necessary to determine your requirement.
EXAIR Cabinet Coolers are available with or without thermostat control. The continuous coolers (Model series 4200 and 4700) are recommended when constant cooling and a constant positive purge are desirable. When internal temperatures approach critical levels a thermostatically controlled systems (Model series 4300 and 4800) is ideal. A thermostatically system saves air by activating the cooler only when the internal temperature is critical.
All Exair Cabinet Cooler Systems contain a 5 micron Automatic Drain Filter for the compressed air supply and a Cold Air Distribution Kit to circulate the cold air throughout the enclosure.
How The Cabinet Cooler Works
Compressed air enters the vortex tube powered Cabinet Cooler and is converted into two streams, one hot and one cold. (For more information on vortex tube operation, see Vortex Tubes. Hot air from the vortex tube is muffled and exhausted through the vortex tube exhaust. The cold air is discharged into the control cabinet through the cold air distribution kit. The displaced hot air in the cabinet rises and exhausts to atmosphere through the cabinet air exhaust at a slight positive pressure. Thus, the control cabinet is both cooled and purged with cool, clean air. Outside air is never allowed to enter the control panel.
More product informations
Heat can stop your machinesIt happens when you least expect it. High temperatures can cook the electronics that control your machines, resulting in erroneous readings, trip-outs or fried circuit boards. Cooling the electrical cabinet can eliminate these problems, but how will you do it? |
 Es besteht eine hohe Schockgefahr, wenn die Schalttafeltür geöffnet wird und ein Ventilator heiße, schmutzige Fabrikluft auf die Elektronik bläst. |
Heat Exchangers and Heat PipesThese have serious limitations when it comes to summer time heat. In many cases, the temperature of the hot plant on a summer day is close to that inside the enclosure. There is not enough difference in temperature for a decent heat exchange. |
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Refrigerant Panel Air ConditionersThese coolers are expensive, take almost a day to install, and are prone to failure when dust and dirt clogs the filter. Vibration from machinery contributes to component failures and loss of freon. Life expectancy for most compressors is rated at 2.5 years of continuous operation. Average replacement cost for a bad compressor is $750 plus installation. Often, a floor drain is not readily available for the condensation tube. |
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EXAIR Cabinet CoolerOur compressed air operated Cabinet Coolers are the low cost solution. NEMA 12, 4 and 4X models are available that are very compact and mount in just minutes through an ordinary electrical knockout. Thermostat control limits compressed air use by operating the Cabinet Cooler only when the temperature inside the enclosure reaches critical levels. Heat exchangers, heat pipes and refrigerant coolers all have filters that can clog. Left unattended, mechanical failure of the cooler is likely. And, the expensive equipment in the electrical enclosure can malfunction, overheat and shut down the entire machine or process. EXAIR Cabinet Coolers have no moving parts to wear out and do not require constant monitoring. All models are UL Listed and available in a large number of styles and cooling capacities. |
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| Cabinet Cooler NEMA 12 IP54 (dust- and oil tight) | ||||||||
|---|---|---|---|---|---|---|---|---|
| Model (HT=High temperature from 52°C – 93°C) | Consumption l/min. | Cooling Watt | Capacity Btu/hr. | Capacity Kcal/h | Inlet | Sound Level dBA | Dimensions mm | Electrical knockout |
| 4008 | 227 | 162 | 550 | 139 | 1/8″ NPT | 67* | 131 x 30 | 22 mm |
| 4015 / HT4015 | 425 | 293 | 1000 | 252 | 1/4″ NPT | 73* | 203 x 34 | 29 mm |
| 4025 / HT4025 | 708 | 497 | 1700 | 428 | 1/4″ NPT | 74* | 203 x 34 | 29 mm |
| 4030 / HT4030 | 850 | 586 | 2000 | 504 | 1/4″ NPT | 74* | 203 x 34 | 29 mm |
| 4040 / HT4040 | 1133 | 821 | 2800 | 706 | 1/4″ NPT | 78* | 203 x 34 | 29 mm |
*With optional cold muffler installed
Temperature control: No
NEMA 12 small = Model 4008 |
NEMA 12 large (except Model 4008) |
Elektronic Temperature ControlThe digital Electronic Temperature Control (ETC) provides precise temperature control for your electrical enclosure. It can accureately maintain a constant temperature that is slightly under the maximum rating of the electornics, permitting just enough cooling for the electronics without going so cold as to waste compressed air. The LED readout of the ETC displays the internal temperature of the electrical enclosure (°C or °F) that is constantly being monitored by a quick response thermocouple. The control activates the solenoid valce (included) when the temperature setting is exceeded. The polycarbonate plastic enclosure of the ETC is suitable for NEMA 12, 4 and 4X environments. |
| ETC | |
|---|---|
| Model | Description |
| 9239 | ETC, 240V, 50/60Hz, 1/4″ NPT |
| 9259 | ETC, 240V, 50/60Hz, 1/2″ NPT |
Accessories
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EXAIR Cabinet Coolers are a low cost, reliable way to cool and purge electronic control panel. The vortex tubes incorporated in the EXAIR Cabinet Coolers are constructed of stainless steel and with no moving parts.
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