Danby 8000 BTU Portable Air ConditionerDPA080CB7WDB
When you’re seeking relief from the unbearable summer heat it’s comforting to know you’re just a touch away with this well-designed portable air conditioner. The environmentally-friendly and energy-efficient model can churn out 8,000 BTU’s of cooling power to make sure rooms up to 350 square feet are kept as comfortable as possible. The chic appliance comes with three fan speeds, three cooling levels and a dehumidifying mode. This model can be programmed via the convenient remote-control unit as well as the easy-to-read LED display settings. It’s easy to program the appliance to fit your personal schedule by taking advantage of the automatic on/off feature. This unit has a 60-pint capacity every 24 hours along with a direct-drain system. It operates on environmentally-friendly R410A refrigerant and the single-hose design will efficiently send the warm humid air outdoors. This medium-sized portable air conditioner also comes with a 12-month warranty on parts and labor along with in-home service.
|Product Width||43.51 cm||17.13"|
|Product Depth||32.99 cm||12.99"|
|Product Height||73.00 cm||28.74"|
- 8,000 BTU portable air conditioner cools areas up to 350 sq. ft.
- 3-in-1 design: Air conditioner, fan and dehumidifier
- Single hose design efficiently exhausts warm, humid air outside
- Auto restart: unit automatically restarts after a power failure
- Dehumidifier mode with direct drain for continuous operation
- 24 hour timer
- Electronic controls with LED display and remote control
- Environmentally friendly R410A refrigerant
- Reusable, washable air filter
- Powerful 3 speed fan
- Auto Swing: circulates the air in the living space
- 4 castors for easy room to room transport
- Integrated handles allow you to move the unit from room to room easily
- Fits easily in sliding glass doors, slider and double hung windows
- Exhaust hose length: 59 1/16" (150 cm)
- Variable temperature control from 17ºC - 30ºC (62ºF - 86ºF)
12 months parts and labor coverage. Installation and/or yearly maintenance (cleaning) are not covered under warranty.
On most models with heat mode, it is advised to use the hose for direct drain. This will ensure the pan does not fill up too quickly.
When selected, this automatically sets the appropriate option for your room based on the ambient temperature. For example, if it is 15°C outside, the unit would flip to fan mode. If it is set to 30°C, the unit would revert back to cooling mode.
The water drains from the drainage port. If you are not using the continuous drain, the internal pan drains from the bottom outlet. Consult your owner’s manual for more information.
You should always use it during cooling and heating. It is not required during fan and dry mode. Please consult your owner’s manuals for more details.
During heat mode, dry mode or continuous draining. Please consult your owner’s manuals for more details.
This is not recommended, as the unit is built to operate using the drain hose/power cord provided.
Units with three drainage ports are units which also feature heat mode. The bottom drainage port empties the internal pan, the middle port is for continuous drain during heat and the top port is for continuous drain during dry mode. Please consult your owner’s manual for more detail.
Dual hose models have an intake and exhaust hose. With single hose models, the hose exhausts and the air that is to be “conditioned” is taken in from the room through the unit.
No, this is not recommended. Please bring your AC unit indoors during the winter months.
There are a few things to check to ensure this doesn't happen: - Ensure that the hose is properly installed at both ends and this should minimize heat escape - Ensure the hose is not over extended. Keep the unit as close the window/patio as possible - Ensure the unit is in an area where it's getting lots of air circulation, which allows the unit to run cooler and results in less heat escaping. If the heat is escaping from the exhaust port then the hose is either restricted or not installed properly. Unfortunately, it is not possible to completely stop all heat loss from escaping.