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Reference : 4804-240
Price on request
NEMA 4 Thermostat Control Cabinet Cooler
NEMA 4 (IP66) thermostat control systems are the most efficient way to operate
a Cabinet Cooler. They save air by activating the cooler only when internal
temperatures approach critical levels. Thermostat controlled cooler systems
are the best option when experiencing fluctuating heat loads caused by
environment or seasonal changes. Standard thermostat control systems include
an adjustable thermostat factory set at 95°F (35 ). NEMA 4 (IP66) Cabinet
Cooler® Systems (dust-tight, oil-tight, splash resistant, indoor/outdoor
service) incorporate a low pressure relief valve for both the cooler and
cabinet air exhaust. This valve closes and seals when the cooler is not
operating to maintain the NEMA integrity of the electronic enclosure. NEMA 4
(IP66) Cabinet Coolers are available in many cooling capacities for large and
small control panels. Unlike an expensive, freon-based air conditioner, EXAIR
Cabinet Coolers incorporate a vortex tube to produce cold air from compressed
air - with no moving parts. They can be installed in minutes through a
standard electrical knockout. Each of these systems include a water-dirt
filter separator to prevent water condensate and dirt from entering your
enclosure and a cold air distribution kit used to direct the air for
circulation or on to hot spots. All Cabinet Coolers are UL Listed and CE
compliant.
a Cabinet Cooler. They save air by activating the cooler only when internal
temperatures approach critical levels. Thermostat controlled cooler systems
are the best option when experiencing fluctuating heat loads caused by
environment or seasonal changes. Standard thermostat control systems include
an adjustable thermostat factory set at 95°F (35 ). NEMA 4 (IP66) Cabinet
Cooler® Systems (dust-tight, oil-tight, splash resistant, indoor/outdoor
service) incorporate a low pressure relief valve for both the cooler and
cabinet air exhaust. This valve closes and seals when the cooler is not
operating to maintain the NEMA integrity of the electronic enclosure. NEMA 4
(IP66) Cabinet Coolers are available in many cooling capacities for large and
small control panels. Unlike an expensive, freon-based air conditioner, EXAIR
Cabinet Coolers incorporate a vortex tube to produce cold air from compressed
air - with no moving parts. They can be installed in minutes through a
standard electrical knockout. Each of these systems include a water-dirt
filter separator to prevent water condensate and dirt from entering your
enclosure and a cold air distribution kit used to direct the air for
circulation or on to hot spots. All Cabinet Coolers are UL Listed and CE
compliant.
Applications +
• Programmable controllers
• Line control cabinets
• Motor control centers
• Relay panels
• NC/CNC systems
• Modular control centers
• CCTV cameras
• Computer cabinets
• Cool laser housings
• Electronic scales
• Line control cabinets
• Motor control centers
• Relay panels
• NC/CNC systems
• Modular control centers
• CCTV cameras
• Computer cabinets
• Cool laser housings
• Electronic scales
Avantages +
* Low cost
* Compact
* Cooling capacities up to 5,600 Btu/hr. (1,641 Watts)
* Quiet
* Install in minutes
* Maintain NEMA 4 integrity (IP66)
* Stabilize enclosure temperature and humidity
* No CFC's
* No moving parts - maintenance free
* Mount in standard electrical knockout
* Stop nuisance tripping
* Stop heat damage
* Eliminate fans and filters
* Eliminate lost production
* Stop circuit drift
* Stop dirt contamination
* Provide washdown protection
Performances +
NEMA 4 (IP66) Cabinet Cooler with Thermostat - Performance
Model | Capacity | Sound Level dBA
Btu/hr. | Watts
4804, 4804-240, 4804-24VDC, 4804-ETC120, 4804-ETC240 | 275 | 80 | 59*
4808, 4808-240, 4808-24VDC, 4808-ETC120, 4808-ETC240 | 550 | 162 | 67*
4815, 4815-240, 4815-24VDC, 4815-ETC120, 4815-ETC240 | 1,000 | 293 | 73
4825, 4825-240, 4825-24VDC, 4825-ETC120, 4825-ETC240 | 1,700 | 498 | 80
4830, 4830-240, 4830-24VDC, 4830-ETC120, 4830-ETC240 | 2,000 | 586 | 80
4840, 4840-240, 4840-24VDC, 4840-ETC120, 4840-ETC240 | 2,800 | 821 | 82
4850, 4850-240, 4850-24VDC, 4850-ETC120, 4850-ETC240 | 3,400 | 997 | 84
4860, 4860-240, 4860-24VDC, 4860-ETC120, 4860-ETC240 | 4,000 | 1,171 | 84
4870, 4870-240, 4870-24VDC, 4870-ETC120, 4870-ETC240 | 4,800 | 1,406 | 84
4880, 4880-240, 4880-24VDC, 4880-ETC120, 4880-ETC240 | 5,600 | 1,641 | 85
*With optional cold muffler installed. Cooling Capacity at 100 PSIG (6.9 BAR) Supply Pressure.
Model | Capacity | Sound Level dBA
Btu/hr. | Watts
4804, 4804-240, 4804-24VDC, 4804-ETC120, 4804-ETC240 | 275 | 80 | 59*
4808, 4808-240, 4808-24VDC, 4808-ETC120, 4808-ETC240 | 550 | 162 | 67*
4815, 4815-240, 4815-24VDC, 4815-ETC120, 4815-ETC240 | 1,000 | 293 | 73
4825, 4825-240, 4825-24VDC, 4825-ETC120, 4825-ETC240 | 1,700 | 498 | 80
4830, 4830-240, 4830-24VDC, 4830-ETC120, 4830-ETC240 | 2,000 | 586 | 80
4840, 4840-240, 4840-24VDC, 4840-ETC120, 4840-ETC240 | 2,800 | 821 | 82
4850, 4850-240, 4850-24VDC, 4850-ETC120, 4850-ETC240 | 3,400 | 997 | 84
4860, 4860-240, 4860-24VDC, 4860-ETC120, 4860-ETC240 | 4,000 | 1,171 | 84
4870, 4870-240, 4870-24VDC, 4870-ETC120, 4870-ETC240 | 4,800 | 1,406 | 84
4880, 4880-240, 4880-24VDC, 4880-ETC120, 4880-ETC240 | 5,600 | 1,641 | 85
*With optional cold muffler installed. Cooling Capacity at 100 PSIG (6.9 BAR) Supply Pressure.
- Matériaux
- Aluminium
- Certification
- Non certifié
- Environnement
- NEMA 4 (IP66)
- Fonctionnement
- Régulation thermique
- Température extérieure d'utilisation
- inférieur à 50
- Options
- Kit
- Tension
- 240V
- Voltage
- 240V
- Régulation Thermique
- Électrovanne
How it works +
Compressed air enters the vortex tube powered Cabinet Cooler and is
converted into two streams, one hot and one cold. 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.
converted into two streams, one hot and one cold. 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.
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