Enclosure Cooling Unit (Cabinet Air Conditioner / Panel Air Conditioner)
For optimal temperature control inside enclosures.
Our extensive lineup includes fluorocarbon-free and
energy-saving models, allowing you to choose the right
solution for your equipment environment and maintenance needs.
Choose an Enclosure Cooling Unit by Category
Fluorocarbon-free Enclosure Cooling Units
Filterless Enclosure Cooling Unit (Fluorocarbon-free)
ENC-GR-Pro
This fluorocarbon-free, filterless Enclosure Cooling Unit reduces maintenance requirements. In addition to saving up to 55% more energy compared to conventional, it significantly reduces maintenance costs and labor.
Drain-free Enclosure Cooling Unit (Fluorocarbon-free)
ENC-GR-LE-eco
This is a non drain-free type that eliminates the need to deal with condensate. It is ideal for cooling panel located on mezzanines or other high-temperature, high-humidity environment where drain-free treatment is difficult.
Standard Enclosure Cooling Unit (Fluorocarbon-free)
ENC-GR-eco
This fluorocarbon-free, energy-saving design is ideal for the next generation of control panels. Furthermore, it is space-saving and can withstand high temperature environments of up to 55°C, making it suitable for use in a variety of work sites.
Outdoor Enclosure Cooling Unit (Fluorocarbon-free)
ENC-GR-SUS
This is an outdoor-compatible model with an all-stainless steel body. It's Enclosure Cooling Unit that can withstand harsh environment such as environment with high humidity or outdoors.
Compact Enclosure Cooling Unit (Fluorocarbon-free)
ENC-GR
The ultra-compact body means it can be installed anywhere, even in panels in narrow spaces where installation was previously impossible due to space constraints.
Lightweight Enclosure Cooling Unit (Fluorocarbon-free)
ENC-ER-MT
The lightweight and slim body makes it easy to install in panel power-supply voltage is wide range of single-phase AC200-240V, making it a global specification.
Enclosure Cooling Units (Fluorocarbon Refrigerant)
Enclosure Cooling Unit (Fluorocarbon Refrigerant)
ENC-AR-HD / ENC-AS-HDS
High weather resistance ensures stable cooling of outdoor panels. Two models are available: a stainless steel body model and a silent model.
Enclosure Cooling Unit (Fluorocarbon Refrigerant / Special Specifications)
ENC Others
A lineup to meet diverse needs, including downflow, large-capacity 400V, stainless steel body (indoor specification), water-cooled, and heat-resistant types. These are fluorocarbon-type Enclosure Cooling Unit.
If you are having trouble selecting a product or would like to discuss implementation,
please feel free to contact us.
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Enclosure Cooling Unit option
For those who want to learn more about Enclosure Cooling Unit
Causes of panel problems and the benefits of installing Enclosure Cooling Unit
Causes of panel problems
It is believed that problems with control panels are primarily caused by “heat,” “dust,” and “moisture.” These factors can cause malfunctions or shorten the service life of electronic equipment housed inside the control panel, such as inverters, servo motors, and power transformers.
Related information: Causes of heat generation are heat loss and causes of heat generation in panel (panel Heat Countermeasure Portal)
What is Enclosure Cooling Unit?
Control panel coolers are specialized cooling units designed to “cool” the interior of control panels to a constant temperature. Since they are devices that prevent electronic equipment from overheating, they are also referred to as panel coolers. By separating the airflow inside and outside the cabinet, they can cool the interior without drawing in outside air. As a result, they also provide a “dust-proofing” effect that prevents dust and oil mist from entering the cabinet. Additionally, they offer a “dehumidification” effect, in which moisture-laden air inside the control cabinet condenses and is discharged as condensate outside the cabinet. Thus, a single unit can provide “cooling,” “dust-proofing,” and “dehumidification” all at once.
It protects against heat, dust, and moisture, which are the causes of panel problems, preventing failures and shortened lifespans of electronic devices and contributing to improved equipment uptime.
By Enclosure Cooling Unit to reduce the temperature rise by 20°C, the lifespan of electronic equipment can be increased by more than four times.
It protects the equipment inside the panel from dust, keeps them in good condition, and reduces the risk of burn and failure.
The dehumidifying effect of Enclosure Cooling Unit prevents problems caused by humidity.
Benefits of installing Enclosure Cooling Unit
By providing "cooling," "dust protection," and "dehumidification" with a control panel cooler, the inverters, servo amplifiers, PLCs, and other components inside the panel
・Significantly extend the lifespan
・Significantly reduce the failure rate
・Increase equipment utilization rates
This helps prevent equipment failures and unexpected shutdowns, contributing to the stable operation of the facilities.
Apiste's control panel coolers employ a "mild cooling" method that gradually cools the interior of the panel in response to rising temperatures, rather than cooling it rapidly. This maintains a stable environment inside the panel while minimizing the risk of condensation and sudden drain water buildup caused by overcooling.
Use a Enclosure cooling unit to make the internal board environment the best condition it can be!
Enclosure cooling units protect electronic devices inside panel from heat, dust, and humidity, contributing to the stable operation of production lines. Please check the catalog for the latest lineup, functions, and features.
A quick explanation of the difference between cooling and heat dissipation in heat countermeasures
When it comes to heat management, cooling and heat dissipation are often confused, so it is important to distinguish between them.
• Cooling: Freezing cycle removes heat from inside the panel and forces cool air to cool the inside of the panel. It is also possible to lower the panel internal temperature below the ambient temperature and dehumidify it.
• Heat dissipation: Simply release (transfer) the heat inside the panel to the outside through a fan or heat exchanger.
The panel internal temperature will be higher than the ambient temperature, and it cannot be lowered because there is no cooling effect.
Cooling (e.g., Enclosure Cooling Unit)
Freezing cycle removes heat from inside the panel and forces cold air to cool it down. It is also possible to lower the panel internal temperature below the ambient temperature and dehumidify it.
Heat dissipation (panel fans, etc.)
It simply dissipates (transfers) the heat inside the panel to the outside through a fan or heat exchanger. The panel internal temperature will be higher than the ambient temperature. It does not have a cooling effect, so it cannot be lowered.
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