12 13 electric resi ate e INVERTER CEILING WALL TYPE Our unique technology that achieved top energy efficiency in the industry Energy saving by automatic filter Handy Type cleaning function c * 2 This function allows an energy saving of more than 25% a year and maintains a smooth air flow by preventing the filters from being clogged with dust. Computer-designed fan provides a larger air flow than conventional models d New air trunk, which provides a smooth air flow, and axial gap fan motor increase the maximum air flow by 10% over that of conventional models. CAE:Computer aided engineering Axial gap fan motor enables nonconventional V-PAM R410A Dimensions = H250 x W890 x D298mm AWHZ14LB 4.20kW / 14,300BTU/h 6.00kW / 20,500BTU/h AWHZ 18/14LB For AWHZ 14/18LB AWHZ18LB 5.20kW / 17,700BTU/h 6.70kW / 22,900BTU/h AWHZ 24LB For AWHZ 24LB AWHZ24LB 7.10kW/24,200BTU/h 8.50kW/29,000BTU/h high power & high efficiency e Axial gap method Rotor plates are installed above and below electromagnets. Features (Compared to conventional models) Compact size with 1.5 more power output Self-driven method increases rotating efficiency by 10%. Our electromagnetic field simulation technology enables low vibration and low noise. Conventional motor Rotor is bounded by electromagnet. * 1 Automatic filter cleaner Entire filter is cleaned automatically in approx. 2 minutes Since the filter is cleaned automatically, energy saving capability is displayed without regard to the load on the air conditioner. Energy saving Rank A cleared with a margin to spare Rotor plate Thin copper wire If the energy saving effect is maintained, filter cleaning once every two weeks is effective. c Electromagnet Area, which confronts magnetic attraction, is very narrow Two exhaustive sterilizing & deodorizing countermeasures keep the air in the room clean If the energy saving effect is maintained, filter cleaning once every two weeks is effective. a New model Rotor pl d Electromagnet Thin copper wire reduced stance. Rotor plate Antibacterial dust box b Removes dirt and dust by double brushes. Dust collection is approx. twice that in the past. (our CAE analys is Area which confronts magnetic attraction is very wide and generates high power.
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12 13
electric resi
atee
INVERTER
CEILING WALL TYPEOur unique technology that achieved top energy efficiency in the industry
Energy saving by automatic filter
Handy Type
cleaning function c *2
This function allows an energy saving of more than 25% a year and maintains a smooth air flow by preventing the filters from being clogged with dust.
Computer-designed fan providesa larger air flow than conventional models dNew air trunk, which provides a smooth air flow, and axial gap fan motor increase the maximum air flow by 10% over that of conventional models. CAE:Computer aided engineering
Axial gap fan motor enables nonconventional
V-PAM
R410A
Dimensions = H250 x W890 x D298mm
AWHZ14LB4.20kW / 14,300BTU/h
6.00kW / 20,500BTU/h
AWHZ 18/14LB For
AWHZ 14/18LB
AWHZ18LB5.20kW / 17,700BTU/h
6.70kW / 22,900BTU/h
AWHZ 24LB For
AWHZ 24LB
AWHZ24LB7.10kW/24,200BTU/h
8.50kW/29,000BTU/h
high power & high efficiency e
Axial gap methodRotor plates are installed above and below electromagnets.
Features (Compared to conventional models)
Compact size with 1.5 more power output Self-driven method increases rotating efficiency by 10%. Our electromagnetic field simulation technology enables low vibration and low noise.
Conventional motor Rotor is bounded by electromagnet.
*1
Automatic filter cleaner
Entire filter is cleaned automatically inapprox. 2 minutes Since the filter is cleaned automatically, energy saving capability is displayed withoutregard to the load on the air conditioner.
Energy saving Rank A cleared with a margin to spare
Rotor plate Thin copper wire If the energy saving effect is maintained,filter cleaning once every two weeks is effective.
c
Electromagnet
Area, which confronts magnetic attraction, is very narrow
Two exhaustive sterilizing &deodorizing countermeasures keep the air in the room clean
If the energy saving effect is maintained,filter cleaning once every two weeks is effective.
a
New model
Rotor pld
Electromagnet
Thin copper wire reduced stance.
Rotor plate
Antibacterial dust box b
Removes dirt and dust by double brushes. Dust collection is approx. twice that in the past. (our
CAEanalysis
Area which confronts magnetic attraction is very wide and generates high power.
company comparison)Maintenance: Only throwing into a trash bin once every two years
*1: Announced September 9, 2002.In room air conditioner for the home(Our company's investigation)
*2: Announced December 13, 2004.
As fan motor for air conditioner(Our company's investigation)
12 13
Sterilizing countermeasure
Dirt & dust are thoroughly
sterilized by photo catalytic filter* a
* Displays double the effect of a conventional optical medium and retains its property for a long time to suck in and remove approx. 99.99% ofcigarette odors and bacteria, etc.
Drives away bacteria and refreshes the air by UV (ultraviolet rays) illumination b
14 15
Dimensions = H270 x W1,150 x D285mm
Model No. Indoor Unit AWHZ14LB AWHZ18LB AWHZ24LBOutdoor Unit AOHZ14LB AOHZ18LB AOHZ24LB
I-PAM inverter control is a technology which reduces loss by adjusting the current waveform to a better sine waveform. This promotes the effective use of the input power supply to attain high performance.
In addition, the voltage is raised at the start of operation and fast comfort is attainable by more powerful operation.
Temperature
Conventional inverter control I-PAM inverter control
SettingTemp.
I-PAM Inverter
Conventional Inverter
Time
IPM*:Inteligent Power Module
This technology enables miniaturization and high performance of the compressor.
Handy Type AWG24/18A For
AWG18/24A
AWG36A For
AWG36A
AWG 30R(HT)/30A(HT)/30A
For AWG 30A/30A(HT)/30R(HT) Compact outdoor unit
AWG24R/24A/18R/18A(HT)
For AWG18A/18R/24A/24R/(HT)
V-PAM (Vector+I-PAM) Inverter control More compact than
conventional models
Vector I-PAMAWG18A
5.40-5.30kW / 18,400-18,100BTU/h
AWG24A6.90-6.80kW / 23,600-23,200BTU/h
AWG30A8.20-8.05kW / 28,000-27,500BTU/h
AWG36A10.4-10.4kW / 35,500-35,500BTU/h
V-PAM inverter control reduces the effects of magnetic flux and increases the maximum speed and efficiency of the compressor by vector control technology. With this technology, further miniaturization, higher efficiency, and better performance are attained.
It becomes more powerful with the newly developed high efficient compressor motor control.
AWG18A(HT)5.50-5.40kW / 18,800-18,400BTU/h
AWG18R(HT)5.40-5.30kW / 18,400-18,100BTU/h
5.60-5.50kW / 19,100-18,800BTU/h
AWG24A(HT)6.90-6.80kW / 23,600-23,200BTU/h
AWG24R(HT)6.80-6.60kW / 23,200-22,500BTU/h
7.80-7.60kW / 26,600-25,900BTU/h
AWG30A(HT)8.20-8.05kW / 28,000-27,500BTU/h
AWG30R(HT)8.00-7.80kW / 27,300-26,600BTU/h
8.80-8.55kW / 30,000-29,200BTU/h
SPECIFICATIONS
Cooling/Heating capacities are based on the following conditions.
(760) (900) (950) (1,100) (760) (900) (950) (760) (900) (950)270 x 1,150 x 285270 x 1,150 x 285270 x 1,150 x
285270 x 1,150 x 285270 x 1,150 x 285270 x 1,150 x 285270 x 1,150 x 285270 x 1,150 x 285270 x 1,150 x 285270 x 1,150 x
28516.0 (35) 16.0 (35) 16.0 (35) 16.0 (35) 16.0 (35) 16.0 (35) 18.0 (40) 16.0 (35) 16.0 (35) 16.0 (35)643 x 840 x 336 643 x 840 x 336 900 x 900 x 3501,152 x 940 x 370 650 x 830 x 320 650 x 830 x 320 900 x 900 x 350 650 x 830 x 320 650 x 830 x 320 900 x 900 x 350