Others ( 50Hz areas ) ADVANCED SUBJECT DATE: Sep 12 PRODUCT NEWS Launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series.

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1 PRODUCT S Launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series. PAGE 1/7 Suary This Advanced Products News introduces the launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series driven by DC-Motor manufactured in H.A.P.E. The details are indicated in the description. Description 1. DESCRIPTION, CODES AND DATE OF SALES New models: RPI-FSN4E series Model description Model Code Date of sales RPI-2.0FSN4E 7E RPI-2.FSN4E 7E RPI-3.0FSN4E 7E RPI-4.0FSN4E 7E v 12 RPI-.0FSN4E 7E RPI-6.0FSN4E 7E New RPI-(2.0~6.0)FSN4E series (new DC-Motor and electronic control up line) Discontinued models: RPI-FSN3E series Model description Model Code Discontinued Date RPI-2.0FSN3E 7E RPI-2.FSN3E 7E RPI-3.0FSN3E 7E42400 RPI-4.0FSN3E 7E v 12 RPI-.0FSN3E 7E RPI-6.0FSN3E 7E424009

2 PRODUCT S Launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series. PAGE 2/7 2. FEATURES AND BENEFITS DC-FAN MOTOR New series of RPI-FSN4E has been designed with latest technology generation of DC-Fan Motor which provides the following advantages described below: Low Power Consumption Efficiency Improvement. One of the main benefits of the DC-Motors, against the AC-Motors, is the Low Input Power Consumption. As a result, the Efficiency of the Full System is improved much more than previous series giving a saving on the electricity bill. More Installation Flexibility and expanded Working Range. - Fan s have been improved by better distribution at lower External Static Pressure area. - New Remote Control Switch (PC-ARF) allows getting an additional High Fan ("Hi H ") which provides additional adaptability of the unit in those installations with Low External Static Pressure (or even with no Duct) and high Air Volume requirement. Example of RPI-4.0FSN3E (BEFORE) Example of RPI-4.0FSN4E (AFTER) WORKING RANGE IMPROVEMENT (BEFORE vs. AFTER) - New Low ESP Working Range area. - New Silent Low Fan which allows working with very short ducts or even without duct.

3 PRODUCT S Launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series. PAGE 3/7 Sound Level improvement - New Silent Lo Fan Better fan speeds distribution with the aim of getting the lowest sound on those installations with very short ducts or even no duct. RPI-FSN3E (before series) RPI-FSN4E (new series) Unit Power Hi Me Lo Hi Me Lo 2.0 HP HP HP HP HP HP NOTE: Sound Pressure data db(a) measured in Anechoic chamber 1.m below the unit. Feedback "rpm" control - Intelligent DC-Fan Motor control which keeps always the comfort to the customer even when the Air Filter is capped by dust or in those installations where there is any dumper system which makes External Static Pressure variations. ErP ENER Lot.11 (new Eco Design Regulation) OK From Jan 13, Fan Motors with electrical consumption of 12W ~ 00, must comply a minimum Efficiency Target based on the European Regulation EC.327/2011. Affected RPI-(/6)FSN4E already use a compliant ErP ENER Lot.11 Fan Motor. 3. COMPATIBILITY New RPI-(2.0~6.0)-FSN4E series are compatible and combinable with the current Utopia and Set Free systems as follows:

4 ADVANCEDD PRODUCT S A Europe Southeast Asia SUBJECT DATE: Sep 12 Launching of new RPI-(2..0~6.0)FSN4E ducted indoor units series. PAGE 4/7 HITACHI 4. GENERAL DATAA RPI-(2.0~3.0)FSN4E W MODEL RPI-2.0FSN4E RPI-2.FSN4E RPI-3..0FSN4E Power supply 1~ 230 V 0 Hz minal Cooling Capacity (UTOPIA) minal Heating Capacity (UTOPIA) minal Cooling Capacity (SET FREE) minal Heating Capacity (SET FREE) Air Flow Volume m 3 /min/ 16 / 1 / / 17 / 1 22 / 20 / 17 (ESP-00) (Hi / Me / Lo) External Static Pressure m PaP (min.~ max.) (0 ~ 120) (00 ~ 140) (0 ~ 10) Electric Fan Power W Sound Pressure Level db(a) 29 / 29 / / 30 / / 31 / 29 (ESP-02) (Hi / Me / Lo) db(a) 6 7 Height Outer measurements Width Depth 6 Net weight kgk Refrigerant R410A (factory-charged corrosion-proof nitrogen) Refrigerant pipe connection Flare nuts Refrigerant pipe size Condensate drain connection ø32 Maximum current A Packaging measurements m Standard accessories Air Filter, Drain Pump Remote control PC-ART / PC-ARF (1) m.: External Static Pressure at minal Air Flow Volume. (2) ESP: External Static Pressure (setting throw Optional Functions "C", 01 = High ESP, 00 = Std. ESP andd 02 = Low ESP). (3) Outer diameter. Sound Power Level Liquid (in) ø6.3 (1/4) ø9.3 (3/8) ø9.3 (3/8) (ESP-02) Gas (Hi) (in) ø1.88 (/8) ø1.88 (/8) ø1.88 (/8) 1. The nominal cooling and heating capacity is the combined capacity of the outdoorr and indoor units of the system and is based on Standard EN1411, with the following operating conditions. Operation conditions Cooling Indoor air inlet Outdoor air inlet : dry bulb; : wet bulbb 27.0 C 19.0 C 3.0 C Pipe length: 7. m; pipe height: 0 m. Heating C 7.00 C 6.00 C 2. The sound pressure level has been measured in an anechoic chamber under the following conditions: - RPI indoor units: 1, m. below the unit.

5 ADVANCEDD PRODUCT S A Europe Southeast Asia SUBJECT DATE: Sep 12 Launching of new RPI-(2..0~6.0)FSN4E ducted indoor units series. PAGE /7 HITACHI RPI-(4.0~6.0)FSN4E MODEL RPI-4.0FSN4E RPI-.0FSN4E RPI-6..0FSN4E Power supply 1~ 230 V 0 Hz minal Cooling Capacity (UTOPIA) minal Heating Capacity (UTOPIA) minal Cooling Capacity (SET FREE) minal Heating Capacity (SET FREE) Air Flow Volume (ESP-02) m 3 /min/ 30 / 28 / 2 3 / 32 / / 33 / 29 (Hi / Me / Lo) External Static Pressure m PaP (min.~ max.) (0 ~ 110) (00 ~ 140) (0 ~ 10) Electric Fan Power W db(a) 377 / 3 /32 (2) 38 / 3 / 33 (2*) 39 / 36 / 33 (2*) db(a) 62 (2) 6 (2*) 66 Height Outer measurements Width Depth 6 Net weight kgk Refrigerant R410A (factory-charged corrosion-proof nitrogen) Refrigerant pipe connection Flare nuts Refrigerant pipe size Condensate drain connection ø32 Maximum current A Packaging measurements m Standard accessories Air Filter, Drain Pump Remote control PC-ART / PC-ARF (1) m.: External Static Pressure at minal Air Flow Volume. (2) ESP: External Static Pressure (setting throw Optional Functions "C", 01 = High ESP, 00 = Std. ESP andd 02 = Low ESP). (3) Outer diameter. Sound Pressure Level Sound Power Level Liquid (in) ø9.3 (3/8) ø9.3 (3/8) ø9.3 (3/8) (ESP-00) / (ESP-01) (ESP-00) / (ESP-01) Gas (Hi / Me / Lo) (Hi) (in) ø1.88 (/8) ø1.88 (/8) ø1.88 (/8) The nominal cooling and heating capacity is the combined capacity of the outdoor and indoor units of the system and is based on Standard EN1411, with the following operating conditions. Operation conditions Cooling Indoor air inlet Outdoor air inlet : dry bulb; : wet bulbb 27.0 C 19.0 C 3.0 C Pipe length: 7. m; pipe height: 0 m. Heating C 7.00 C 6.00 C 1. The sound pressure level has been measured in an anechoic chamber under the following conditions: - RPI indoor units: 1, m. below the unit.

6 PRODUCT S Launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series. PAGE 6/7. FAN PERFORMANCE CURVES RPI-(2.0~6.0)FSN4E

7 PRODUCT S Launching of new RPI-(2.0~6.0)FSN4E ducted indoor units series. PAGE 7/7 6. ELECTRICAL DATA Model U (V) Main unit power supply PH f (Hz) Applicable voltage Max. U (V) Min. U (V) Fan Motor IPT RNC Max. IPT () (A) () RPI-2.0FSN4E RPI-2.FSN4E RPI-3.0FSN4E RPI-4.0FSN4E RPI-.0FSN4E RPI-6.0FSN4E MC (A).0 7. ELECTRICAL WIRING DIAGRAM RPI-(2.0~6.0)FSN4E