Scroll Compressors. for Residential & Commercial A/C R32 DC INVERTER & FIXED SPEED. Johnson Controls - Hitachi Air Conditioning

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1 Scroll Compressors for Residential & Commercial A/C R32 C INVERTER & FIXE SPEE Johnson Controls - Hitachi Air Conditioning HEA QUARTER New Pier Takeshiba South Tower , Kaigan Minato-ku, Tokyo 15-22, JAPAN Johnson Controls Hitachi Air Conditioning Europe SAS ITALY Via A. Manzoni 44, 295 Cusano Milanino (MI) UK Whitebrook Park Lower Cookham Road, Maidenhead, SL6 8YA The specifications of this catalog may change without prior notice to allow Hitachi Cooling & Heating to incorporate the latest innovations for its customers. The information contained in this catalog is merely informative. Hitachi Cooling & Heating declines any responsibility in the broadest sense, for damage, direct or indirect, arising from the use and / or interpretation of the recommendations in this catalog. CERTIFICATION GB/T / OHSAS181:27 Johnson Controls-Hitachi Wanbao Compressor (Guangzhou) Co., Ltd. Initial Issue ate: April 3, 26 [Certificate S23R4M] GB/T1-216 / ISO91:215 Johnson Controls-Hitachi Wanbao Compressor (Guangzhou) Co., Ltd. Initial Issue ate: July 8, 24 [Certificate Q211R6M] GB/T / ISO141:215 Johnson Controls-Hitachi Wanbao Compressor (Guangzhou) Co., Ltd. Initial Issue ate: April 3, 26 [Certificate E25R4M] AC-R32-INV/FIXE-AA/A-C-189

2 FEATURES PROUCT FEATURES LINE UP & NOMENCLATURE CAPACITY RANGE Hitachi High Efficiency C Inverter Scroll Compressor Refrigerant Motor Type Capacity(kW) irect Suction Reduces superheat, improved volumetric efficiency. 2. Improved Asymmetric Wrap Additional displacement and superheat reduction for greater compressor efficiency. 3. High Efficiency Motor Maintains high efficiency levels across wide speed range of 1-14 rps. 4. Internal Oil Circulation Structure Low oil circulation rates (<2%) keeping oil in the compressor for superior reliability. 9 Fixed Scroll 1 Orbiting Scroll Original Hitachi scroll design innovation Suction 1 9. n-contact Oil Membrane Oil film seals involute section of scroll set, reducing compression leakage for improved performance and lower sound Technology Lower discharge temperatures, increasing capacity and expanded operating envelop for enhanced performance. 6. Bypass Valves Improved partial load efficiency ischarge with self-adapting variable pressure ratios for upgraded performance - low ambient heating and high ambient cooling. 7. High-Side Pressure esign Higher volumetric efficiency and improved oil management. 8. ynamic Oil Balance Structure Patented technology for unsurpassed oil balance in parallel piped system operation. 1. Intermediate Gas Pressure Axial force is continually adapting, blending discharge pressure and compressed suction pressure for optimized performance throughout the operating envelop. R32 C INV AA55 C65 C8 R32 PROUCT LINE Type C INV Fixed Speed NOMENCLATURE For example: Compressor code A-Φ15 High efficiency series -Φ16 High efficiency series esign Revision Arrange in order of A,B,C,... minal displacement ischarge volume (cm 3 /rev) Application P - For A/C Series Fixed Speed UL* CE* isplacement cm3/rev. m3/h Orientation H - For vertical type Compressor type A - Fixed speed - C INV Origin marking G - Guangzhou Speed rps Power source A1 3Ф,2V,5Hz 3Ф,2-22V,6Hz B1 3Ф,22V,5/6Hz C1 3Ф,38V,5Hz 3Ф,38-4V,6Hz 1 3Ф,38-415V,5Hz 3Ф,44V,6Hz 2 3Ф,38-415V,5Hz 3Ф,48V,6Hz Rated Performance Cooling Capacity Power Input COP kw BTU/h kw W/W AA A A A A A A A * Available by request Cooling capacity is based on AHRI Standard 54 condition (ew point) and rotation speed at 6Hz. A 65 P H A G - 1 Y 6 Refrigerant type 2 - R41A 6 - R32 Model Type Y - Welded oil balanced pipe with gas injection J - Welded oil balanced pipe without gas injection K - Without oil balanced pipe with gas injection S - Without oil balanced pipe & without gas injection R32 C INVERTER & FIXE SPEE 2

3 SPECIFICATION & IMENSION PROUCT SPECIFICATION (AA55/A65/A8) C INV A65PHG Series AA55 A65 isplacement Speed Rated Performance Cooling Capacity Power Input COP Weight (include oil) Oil balance piping Oil Charge(L) Power supply 3 phase Voltage cm 3 /rev. m 3 /h rps kw BTU/h kw W/W kg lb Liter V/Hz V/5Hz 44V/6Hz V/5Hz 44V/6Hz Gas Injection Model Name AA55PHG-1K6 AA55PHG-1Y6 A65PHG-1K6 A65PHG-1Y6 4±3 5±3 539± (Only Y Type) 4 Ø17 A Cooling capacity is based on AHRI Standard 54 condition (ew point) and rotation speed at 6Hz. AA55PHG 214±3 2.3 (Ø158) 362±3 (92.3) 479±3 5±3 54± (15 ) (Only Y Type) V/5Hz 44V/6Hz 4 Φ ±2 112 A8PHG-1K6 A8PHG-1Y6 (I 9.7 mm Welded) (I 22.4 mm Welded) 2.3 A8PHG 4±3 2.3 (φ168) (φ168) ±3 7±3 478±3 478±3 538±3 539± (47.7 ) 22 (15 ) (15 ) ±2 4 Ø ± (Only Y Type) (I 9.7 mm Welded) (I 22.4 mm Welded) (I 9.7 mm Welded) (I 22.4 mm Welded) R32 C INVERTER & FIXE SPEE 4

4 WORKING RANGE WORKING RANGE (AA55/A65/A8) SPECIFICATION & IMENSION PROUCT SPECIFICATION rps~25rps 26rps~49rps Fixed Speed ischarge Pressure (MPa G) ε=8. Ps=.15 Pd= Pd= ε= ischarge Pressure (MPa G) ε=8. Ps=.15 Pd=3.4 Pd= ε= Series A38 A49 isplacement Speed Rated Performance Cooling Capacity Power Input COP Weight (include oil) Oil balance piping Oil Charge(L) Power supply 3 phase Voltage cm 3 /rev. m 3 /h rps kw BTU/h kw W/W kg lb Liter V/Hz A A A / / / / /44 Gas Injection Model Name A38PHAG-1K6 A38PHAG-1Y6 A49PHAG-1K6 A49PHAG-1Y6 A59PHAG-1K6 A59PHAG-1Y6 A65PHAG-1K6 A65PHAG-1Y6 A8PHAG-1K6 A8PHAG-1Y6 Cooling capacity is based on AHRI Standard 54 condition (ew point) and rotation speed at 6Hz. ischarge Pressure (MPa G) ε=8. Ps=.15 Pd= 5rps~1rps Pd=3.7 ε= *Pressure on the graphic is relative(gauge) pressure. *Pressure Ratio ε (The absolute Pressure basis) ε=(ischarge Port Pressure) / (Suction Port Pressure) ischarge Pressure (MPa G) ε=8. Ps=.15 Pd= 11rps~11rps Pd=3.1 ε= A38PHG 33±3 55±3.9± Φ17±2 (I 9.7 mm Welded) (I 22.4 mm Welded) R32 C INVERTER & FIXE SPEE 6

5 IMENSION A49PHAG-1K6 A59PHAG-1K6 529±3 5±3 4 Φ17±2 529±3 526±3 4 Φ17±2 468±3 347±3.9±3 468±3 347±3.9±3 A49PHAG-1Y6 295±3 33±3 52±3 Oil balance piping.9±3 4 Φ17±2 (I 9.7 mm Welded) (I 22.4 mm Welded) (I 9.7 mm Welded) (I 22.4 mm Welded) A59PHAG-1Y6 295±3 33±3 59±3 Screw Nut Oil balance piping.9±3 4 Φ17±2 (I 9.7 mm Welded) (I 22.4 mm Welded) (I 9.7 mm Welded) (I 22.4 mm Welded) R32 C INVERTER & FIXE SPEE 8

6 IMENSION IMENSION & WORKING RANGE A65PHAG-1K6 A8PHAG 529±3 468±3 A65PHAG-1Y6 33±3 295±3 347±3 511±3 528±3.9±3 Oil balance piping.9±3 4 Φ17±2 4 Φ17±2 (I 9.7 mm Welded) (I 22.4 mm Welded) (I 9.7 mm Welded) (I 22.4 mm Welded) 552± Ø168 WORKING RANGE (A38/A49/A59/A65/A8) te: The graphic pressure for relative pressure. 37±3 492±3 *Pressure on the graphic is relative(gauge) pressure. *Pressure Ratio ε (The absolute Pressure basis) ε=(ischarge Port Pressure) / (Suction Port Pressure) 551±3.9±3 ischarge Pressure (MPa G) ε=8 Ps=.2 Pd= 4 Φ17±2 Pd=3.9 Continuous operating range ε=1.8 (I 9.7 mm Welded) (I 22.4 mm Welded) Ps= R32 C INVERTER & FIXE SPEE 1