PLA-SP BA PEAD-SP JA PEAD-SP JAL

Transcription

1 SPLIT-TYPE, HEAT PUMP AIR CDITIERS September 4 TECHNICAL DATA BOOK <Indoor unit> [Model Name] INVERTER PLA-SP BA PEAD-SP JA PEAD-SP JAL RA No. OCS <Outdoor unit> [Model Name] PUHZ-SP/5/VHA PUHZ-SP/5/YHA CTENTS. REFERENCE MANUAL.... SPECIFICATIS.... OUTLINES AND DIMENSIS WIRING DIAGRAM REFRIGERANT SYSTEM DIAGRAM PERFORMANCE CURVES CORRECTI FACTORS APPLICABLE EXTENSI PIPE FOR EACH MODEL AIR FLOW DATA NOISE CRITERI CURVES.... OPTIAL PARTS... 8 kw Model

2 REFERENCE MANUAL For information on service, please refer to the service manual as follows. -. INDOOR UNIT SERVICE MANUAL Model Name PLA-SP/5/BA PEAD-SP/5/JA PEAD-SP/5/JAL Service Ref. PLA-SP/5/BA.UK PEAD-SP/5/JA.UK PEAD-SP/5/JAL.UK Service Manual No. OCH565 OCB565 HWE BWE8 -. OUTDOOR UNIT Model Name PUHZ-SP/5/VHA PUHZ-SP/5/YHA Service Ref. PUHZ-SP/5/VHA.UK PUHZ-SP/5/YHA.UK Service Manual No. OCH566 OCB566 OCS

3 SPECIFICATIS -. CEILING CASSETTE TYPE Model Name Indoor unit PLA-SPBA PLA-SP5BA PLA-SPBA Outodoor unit PUHZ-SPVHA PUHZ-SP5VHA PUHZ-SPVHA Cooling Capacity BTU/h, 4, 46, kw 9.4 ( ). (5.5.). (5.5 4.) Total input kw EER..6 Energy label class B D SHF Design load kw 9.4 Annual electricity consumption* kw h/a 644 SEER 5. Energy efficiency class A Heating Capacity BTU/h 8, 47,8 54, kw. (4.5.5).5 (5. 5.) 5.5 (5. 7.) Total input kw COP.4. Energy label class B C Design load kw 8. Decrared capacity at reference design temperature 6. ( :) at bivalent temperature 7. ( 7:) at operation limit temperature 5. ( 5:) Backup heating capacity.7 Annual electricity consumption* kw h/a 945 SCOP.8 Energy efficiency class A Power supply Phase { Cycle Hz Voltage V Breaker size A Indoor unit Air flow CMM (-Medium-Medium-) CFM External pressure Pa Sound level db(a) (-Medium-Medium-) External finish (Panel) White Munsell 6.4Y 8.9/.4 Unit (Panel) Dimension Notes:. Rating conditions (ISO T) Cooling Indoor : D.B. 7: (8 F) W.B. 9: (66 F) Outdoor : D.B. 5: (95 F) W.B. 4: (75 F) Heating Indoor : D.B. : (68 F) Outdoor : D.B. 7: (45 F) W.B. 6: (4 F) Refrigerant piping length (one way) : 5 m (6 ft.). Guaranteed operating range W: mm 8 (9) D: mm 8 (9) H: mm 98 (5) W: in -/6 (7-/8) D: in -/6 (7-/8) H: in -/4 (-/8) Unit (Panel)Weight kg 5 (6) 5 (6) 7 (6) lb 55 () 55 () () Field drain pipe O.D. mm in -/4 Outdoor Air flow CMM unit CFM,,5 Sound level at cooling db(a) 5 5 Sound level at heating db(a) External finish Ivory Munsell Y 7.8/. Dimension W: mm 9 D: mm + H: mm 94 W: in 7-/8 D: in + -/6 H: in 7-/8 5-/8 Weight kg lb 65 8 Refrigerant Gas side O.D. mm 5.88 pipe size in 5/8 Liquid side O.D. mm 9.5 in /8 Refrigerant Height difference m Maximum pipe length Length m Maximum Maximum *Energy consumption based on standard test results. Actual energy consumption will depend on how the appliance is used and where it is located. Indoor Outdoor Cooling Upper limit D.B. 5 C, W.B..5 C D.B. 46: er limit D.B. 9 C, W.B. 5 C D.B. 5:** Heating Upper limit D.B. 8 C D.B. :, W.B. 5: er limit D.B. 7 C D.B. 5:, W.B. 5:. Guaranteed voltage V, Hz 4. Above data are based on the indicated voltage. Indoor unit Single phase V, Hz Outdoor unit Single phase V, Hz **If optional air protect guide is installed, D.B. 5: OCS

4 Model Name Indoor unit PLA-SPBA PLA-SP5BA PLA-SPBA Outodoor unit PUHZ-SPYHA PUHZ-SP5YHA PUHZ-SPYHA Cooling Capacity BTU/h, 4, 46, kw 9.4 ( ). (5.5.). (5.5 4.) Total input kw EER..6 Energy label class B D SHF Design load kw 9.4 Annual electricity consumption* kw h/a 644 SEER 5. Energy efficiency class A Heating Capacity BTU/h 8, 47,8 54, kw. (4.5.5).5 (5. 5.) 5.5 (5. 7.) Total input kw COP.4. Energy label class B C Design load kw 8. Decrared capacity at reference design temperature 6. ( :) at bivalent temperature 7. ( 7:) at operation limit temperature 5. ( 5:) Backup heating capacity.7 Annual electricity consumption* kw h/a 945 SCOP.8 Energy efficiency class A Power supply Phase { Cycle Hz Voltage V Breaker size A 6 Indoor unit Air flow CMM (-Medium-Medium-) CFM External pressure Pa Sound level db(a) (-Medium-Medium-) External finish (Panel) White Munsell 6.4Y 8.9/.4 Unit (Panel) Dimension W: mm 8 (9) D: mm 8 (9) H: mm 98 (5) W: in -/6 (7-/8) D: in -/6 (7-/8) H: in -/4 (-/8) Unit (Panel)Weight kg 5 (6) 5 (6) 7 (6) lb 55 () 55 () () Field drain pipe O.D. mm in -/4 Outdoor Air flow CMM unit CFM,,5 Sound level at cooling db(a) 5 5 Sound level at heating db(a) External finish Ivory Munsell Y 7.8/. Dimension W: mm 9 D: mm + H: mm 94 W: in 7-/8 D: in + -/6 H: in 7-/8 5-/8 Weight kg 77 lb 69 Refrigerant Gas side O.D. mm 5.88 pipe size in 5/8 Liquid side O.D. mm 9.5 in /8 Refrigerant Height difference m Maximum pipe length Length m Maximum Maximum *Energy consumption based on standard test results. Actual energy consumption will depend on how the appliance is used and where it is located. Notes:. Rating conditions (ISO T) Cooling Indoor : D.B. 7: (8 F) W.B. 9: (66 F) Outdoor : D.B. 5: (95 F) W.B. 4: (75 F) Heating Indoor : D.B. : (68 F) Outdoor : D.B. 7: (45 F) W.B. 6: (4 F) Refrigerant piping length (one way) : 5m (6ft.). Guaranteed operating range. Guaranteed voltage Indoor unit V, Hz Indoor Outdoor Outdoor unit V, Hz Cooling Upper limit D.B. 5 C, W.B..5 C D.B. 46 C 4. Above data are based on the indicated voltage. er limit D.B. 9 C, W.B. 5 C D.B. 5 C** Indoor unit Single phase V, Hz Heating Upper limit D.B. 8 C D.B. C, W.B. 5 C Outdoor unit phase V, Hz er limit D.B. 7 C D.B. 5 C, W.B. 5 C **If optional air protect guide installed, D.B. 5: OCS 4

5 -. CEILING-CCEALED TYPE Model Name Indoor unit PEAD-SPJA(L) PEAD-SP5JA(L) PEAD-SPJA(L) Outodoor unit PUHZ-SPVHA PUHZ-SP5VHA PUHZ-SPVHA Cooling Capacity BTU/h, 4, 46, kw 9.4 ( ). (5.5.). (5.5 4.) Total input kw EER.8. Energy label class C B SHF Design load kw 9.4 Annual electricity consumption* kw h/a 7 SEER 4.6 Energy efficiency class B Heating Capacity BTU/h 8, 47,8 54, kw. (4.5.5).5 (5. 5.) 5.5 (5. 7.) Total input kw COP.6.4 Energy label class A A Design load kw 8. Decrared capacity at reference design temperature 6. ( :) at bivalent temperature 7. ( 7:) at operation limit temperature 5. ( 5:) Backup heating capacity.7 Annual electricity consumption* kw h/a 945 SCOP.8 Energy efficiency class A Power supply Phase { Cycle Hz Voltage V Breaker size A Indoor unit Outdoor unit Refrigerant pipe size Refrigerant pipe length Air flow (-Medium-Medium-) External pressure Pa 5/ / / / *Energy consumption based on standard test results. Actual energy consumption will depend on how the appliance is used and where it is located. Notes:. Rating conditions (ISO T) Cooling Indoor : D.B. 7: (8 F) W.B. 9: (66 F) Outdoor : D.B. 5: (95 F) W.B. 4: (75 F) Heating Indoor : D.B. : (68 F) Outdoor : D.B. 7: (45 F) W.B. 6: (4 F) OCS Refrigerant piping length (one way) : 5 m (6 ft.). Guaranteed operating range CMM CFM Sound level db(a) (-Medium-Medium-) External finish (Panel) Galvanized sheets Dimension W: mm D: mm 7 H: mm W: in 55-/8 6 D: in 8-7/8 H: in 9-7/8 Weight kg 4 () 4 (4) 47 (46) lb 9 (89) 95 (9) 4 () Field drain pipe O.D. mm in -/4 Air flow CMM CFM,,5 Sound level at cooling db(a) 5 5 Sound level at heating db(a) External finish Ivory Munsell Y 7.8/. Dimension W: mm 9 D: mm (+) H: mm 94 W: in 7-/8 D: in + -/6 H: in 7-/8 5-/8 Weight kg lb 65 8 Gas side O.D. mm 5.88 in 5/8 Liquid side O.D. mm 9.5 in /8 Height difference m Maximum Length m Maximum Maximum Indoor Outdoor Cooling Upper limit D.B. 5 C, W.B..5 C D.B. 46: er limit D.B. 9 C, W.B. 5 C D.B. 5:** Heating Upper limit D.B. 8 C D.B. :, W.B. 5: er limit D.B. 7 C D.B. 5:, W.B. 5: 5. Guaranteed voltage V, Hz 4. Above data are based on the indicated voltage. Indoor unit Single phase V, Hz Outdoor unit Single phase V, Hz **If optional air protect guide is installed, D.B. 5:

6 Model Name Indoor unit PEAD-SPJA(L) PEAD-SP5JA(L) PEAD-SPJA(L) Outodoor unit PUHZ-SPYHA PUHZ-SP5YHA PUHZ-SPYHA Cooling Capacity BTU/h, 4, 46, kw 9.4 ( ). (5.5.). (5.5 4.) Total input kw EER.8. Energy label class C B SHF Design load kw 9.4 Annual electricity consumption* kw h/a 7 SEER 4.6 Energy eficiency class B Heating Capacity BTU/h 8, 47,8 54, kw. (4.5.5).5 (5. 5.) 5.5 (5. 7.) Total input kw COP.6.4 Energy label class A A Design load kw 8. Decrared capacity at reference design temperature 6. ( :) at bivalent temperature 7. ( 7:) at operation limit temperature 5. ( 5:) Backup heating capacity.7 Annual electricity consumption* kw h/a 945 SCOP.8 Energy eficiency class A Power supply Phase { Cycle Hz Voltage V Breaker size A 6 Indoor unit Air flow (-Medium-Medium-) External pressure Pa 5/ / / / CMM CFM Sound level db(a) (-Medium-Medium-) External finish (Panel) Galvanized sheets Dimension W: mm D: mm 7 H: mm W: in 55-/8 6 D: in 8-7/8 H: in 9-7/8 Weight kg 4 () 4 (4) 47 (46) lb 9 (89) 95 (9) 4 () Field drain pipe O.D. mm in -/4 Outdoor Air flow CMM unit CFM,,5 Sound level at cooling db(a) 5 5 Sound level at heating db(a) External finish Ivory Munsell Y 7.8/. Dimension W: mm 9 D: mm (+) H: mm 94 W: in 7-/8 D: in + -/6 H: in 7-/8 5-/8 Weight kg 77 lb 69 Refrigerant Gas side O.D. mm 5.88 pipe size in 5/8 Liquid side O.D. mm 9.5 in /8 Refrigerant Height difference m Maximum pipe length Length m Maximum Maximum *Energy consumption based on standard test results. Actual energy consumption will depend on how the appliance is used and where it is located. Notes:. Rating conditions (ISO T) Cooling Indoor : D.B. 7: (8 F) W.B. 9: (66 F) Outdoor : D.B. 5: (95 F) W.B. 4: (75 F) Heating Indoor : D.B. : (68 F) Outdoor : D.B. 7: (45 F) W.B. 6: (4 F) Refrigerant piping length (one way) : 5 m (6 ft.). Guaranteed operating range. Guaranteed voltage Indoor unit V, Hz Indoor Outdoor Outdoor unit V, Hz Cooling Upper limit D.B. 5 C, W.B..5 C D.B. 46 C 4. Above data are based on the indicated voltage. er limit D.B. 9 C, W.B. 5 C D.B. 5 C** Indoor unit Single phase V, Hz Heating Upper limit D.B. 8 C D.B. C, W.B. 5 C Outdoor unit phase V, Hz er limit D.B. 7 C D.B. 5 C, W.B. 5 C **If optional air protect guide installed, D.B. 5: OCS 6

7 OUTLINES AND DIMENSIS -. INDOOR UNIT PLA-SPBA PLA-SP5BA PLA-SPBA Ceiling hole ~45 8~9 ~45 8 Fresh air intake hole Suspension bolt pitch ~45 Unit : mm Detail connecting of branch duct(both aspects) 9 9 Cut out hole (7.5) 8 Air intake grille Branch duct hole 9 C D Suspension bolt M or W/8 Suspension bolt lower edge Ceiling Grille mm or more 9 * * Air outlet hole 8 6 ~ * Indoor unit mm or more Obstacle Control wire entry M Remote controller terminal block Indoor unit/outdoor unit connecting terminal block 87.5 Indoor power supply terminal block(optional parts) Drain pipe Connected the attached connected to VP-5 ( flexible pipe or socket. ) M 8 Power supply wire, Indoor unit/outdoor unit connecting wire entry 597 Air intake hole mm or more Floor Air outlet hole 9 M Indoor unit M 4 Ceiling Grille 8 6 Drain hole Drain pump clean hole and Drain emergency drainage hole 597 Air intake hole Suspension bolt pitch (7.5) * mm or more from floor For high attachment * Vane motor 9 * 7 +5 Auto vane (Air outlet) 8~9 Ceiling hole ~45 * 5 Model PLA-SPBA PLA-SP5BA PLA-SPBA A B Branch duct hole Keep approximately to 5mm space between unit ceiling and ceiling slab. Receiver {75 Burring hole pitch 58 Burring hole -[.8 DEFROST/STAND BY lamp Operation lamp Cut out hole [ Ceiling In case of standard grille : PLP-6BA / PLP-6BAMD In case of auto-grille : PLP-6BAJ In case of wireless remote controller : PLP-6BALM Emergency operation switch<cooling>and Emergency Up/Down switch<up> Emergency operation switch<heating>and Emergency Up/Down switch<down> [ Cut out hole Burring hole pitch [5 4-[.8 Burring hole Detail drawing of fresh air intake hole * Refrigerant pipe Refrigerant pipe [9.5 [5.88 Flared connection Flared connection /8 inch 5/8 inch L.L Filter Auto grille Air intake grille up/down distance A B C D E 8 Air intake grille Ceiling Note. Please choose the grille from a standard grille, auto-grille.. As for drain pipe, please use VP-5(O.D. [ PVC TUBE). Drain pump is included. Max. lifting height is 8mm from the ceiling.. As for suspension bolt, please use M or W/8. (Procured at local site) 4. Electrical box may be removed for the service purpose. Make sure to slack the electrical wire little bit for control/power wires connection. 5. The height of the indoor unit is able to be adjusted with the grille attached. 6. For the installation of the optional high efficiency filter or optional multi-functional casement. ) Requires E or more space between transom and ceiling for the installation. ) Add 5 mm to the dimensions * marked on the figure. ) The optional high efficiency filter must be used jointly with the optional multi-functional casement. 7. When installing the branch ducts, be sure to insulate adequately. Otherwise condensation and dripping may occur. (It becomes the cause of dew drops/water dew.) 8. As for necessary installation/service space, please refer to the left figure * * Max. 4.m OCS 7

8 PEAD-SPJA PEAD-SP5JA PEAD-SPJA xe-[.9 5 Suspension bolt hole 4-4x Slot 8 Unit : mm 58 x(e-)=f 57 D (Duct) Air outlet (Suspension bolt pitch) Air inlet A B(Suspension bolt pitch) C G Air Filter Refrigerant piping Flare connection (liquid) -[.9 78 (Duct) Refrigerant piping Flare connection (gas) 7 8 Drain pipe (O.D.[) Drain pump 4 Drain pipe(o.d.[) (Spontaneous draining) Terminal block (Remote controller transmission line) 7 Control box Terminal block (Indoor/Outdoor connecting line) 75±5mm (Actual length) Less than mm Less than mm Drain hose (I.D.[) <accessory> NOTE. Use M screw for the Suspension bolt (field supply).. Keep the service space for the maintenance at the bottom.. This chart indicates for PEAD-SP 5 JA models,which have fans. 4. In case that the inlet duct is used, remove the air filter (supplied with the unit), then install the filter (field supply) at suction side. Model A B C D E F G PEAD-SP/5JA PEAD-SPJA Gas pipe Liquid pipe [ 5.88 [ 9.5 More than mm More than mm N-[.9 Ceiling surface Access door Make the access door at the appointed position properly for service maintenance. 6 P J K Q Kx(L-)=M Qx(R-)=S J 777 Access door Model PEAD-SP/5JA PEAD-SPJA H J K L M N P Q R S H Note 4 ~ 4 More than Required space for service and maintenance OCS 8

9 PEAD-SPJA PEAD-SP5JAL PEAD-SPJAL xe-[.9 5 Suspension bolt hole 4-4x Slot 8 Unit : mm x(e-)=f 57 D (Duct) Air outlet Air inlet A B(Suspension bolt pitch) C G Air Filter (Suspension bolt pitch) Refrigerant piping Flare connection (liquid) -[.9 78 (Duct) Refrigerant piping Flare connection (gas) Drain pipe(o.d.[) 7 Terminal block (Remote controller transmission line) 75±5mm (Actual length) Control box Terminal block (Indoor/Outdoor connecting line) Drain hose (I.D.[) <accessory> NOTE. Use M screw for the Suspension bolt (field supply).. Keep the service space for the maintenance at the bottom.. This chart indicates for PEAD-SP 5 JAL models,which have fans. 4. In case of the inlet duct is used,remove the air filter (supplied with the unit), then install the filter (field supply) at suction side. Model A B C D E F G PEAD-SP/5JAL PEAD-SPJAL Gas pipe Liquid pipe [ 5.88 [ 9.5 More than mm More than mm N-[.9 Ceiling surface Access door Make the access door at the appointed position properly for service maintenance. 6 P J K Q Kx(L-)=M Qx(R-)=S J Model PEAD-SP/5JAL PEAD-SPJAL H J K L M N P Q R S Access door H Note 4 ~ 4 More than OCS Required space for service and maintenance 9

10 -. OUTDOOR UNIT PUHZ-SPVHA PUHZ-SPYHA Unit : mm (9) Rear Air Intake 75 Installation Feet Side Air Intake o6 oval holes (Foundation Bolt M) Air Discharge -U Shaped notched holes (Foundation Bolt M) Over Less than FREE SPACE (Around the unit) The diagram below shows a basic example. Explanation of particular details is given in the installation manuals etc. SERVICE SPACE Dimensions of space needed for service access are shown in the below diagram. FOUNDATI BOLTS Please secure the unit firmly with 4 foundation (M) bolts. (Bolts and washers must be purchased locally.) 4 PIPING-WIRING DIRECTIS Piping and wiring connections can be made from 4 directions: front, right rear and below. Over <Foundation bolt height> over mm over mm Over Service space Over Example of Notes Refrigerant GAS pipe connection (FLARE){5.88(5/8 inch) Refrigerant LIQUID pipe connection (FLARE){ 9.5(/8 inch) w Indication of STOP VALVE connection location. Side Air Intake Handle for moving Piping Knockout Hole Details Front piping cover Rear piping cover Rear Air Intake Handle for moving Handle for moving Air Intake 9 Handle for moving Earth terminal Terminal Connections Left Power supply wiring Right Indoor/Outdoor wiring Service panel Handle for moving Bottom piping hole (Knockout) Drain hole (5-{) w 4 w 447 SPVHA:6 SPYHA:589 FOUNDATI over mm over mm Front trunking hole (Knockout) Power supply wiring hole (-{7Knockout) 45 Right piping hole (Knockout) 75 Power supply wiring hole (-{7Knockout) Right trunking hole (Knockout) 45 Power supply wiring hole (-{7Knockout) Rear trunking hole (Knockout) {9 { {9 Front piping hole (Knockout) Rear piping hole (Knockout) FREE OCS

11 Ov m m m m 5 Over Service space Example of Notes er Ov er Ov Over Front piping hole (Knockout) 9 {9 65 Power supply wiring hole (-{7Knockout) Front trunking hole 45 (Knockout) Right piping hole (Knockout) Piping Knockout Hole Details 55 {9 Air intake Handle for moving w Indication of STOP VALVE connection location. Refrigerant GAS pipe connection (FLARE){5.88(5/8 inch) Refrigerant LIQUID pipe connection (FLARE){ 9.5(/8 inch) m m m m er er 55 7 Ov Right trunking hole (Knockout) 9 {9 FOUNDATI Handle for moving Handle for moving Rear piping hole (Knockout) Rear trunking hole (Knockout) Side Air Intake Rear Air Intake Piping and wiring connections can be made from 4 directions: front, right, rear and below. 4 PIPING-WIRING DIRECTIS Power supply wiring hole (-{7Knockout) <Foundation bolt height> Please secure the unit firmly with 4 foundation (M) bolts. (Bolts and washers must be purchased locally.) FOUNDATI BOLTS Power supply wiring hole (-{7Knockout) Dimensions of space needed for service access are shown in the below diagram. Over Over The diagram below shows a basic example. Explanation of particular details is given in the installation manuals etc. FREE SERVICE SPACE Handle for moving Side Air Intake FREE SPACE (Around the unit) Less than Earth terminal 9 Air Discharge Installation Feet Rear Air Intake 4 Drain hole (5-{) 7 Handle for moving Service panel Terminal connection Left Power supply wiring Right Indoor/Outdoor wiring - x 6 Oval holes (Foundation Bolt M) U Shaped notched holes (Foundation Bolt M) (9) Front piping cover Rear piping cover Bottom piping hole (Knockout) w 447 w 4 OCS SP5/VHA: 76 SP5/YHA: 994 PUHZ-SP5VHA PUHZ-SP5YHA PUHZ-SPVHA PUHZ-SPYHA Unit : mm

12 -. WIRED REMOTE CTROLLER PAR-MAA/MAA 9 PAC-YT5CRA 4.5 OCS

13 -4. WIRELESS REMOTE CTROLLER OCS

14 4 WIRING DIAGRAM 4-. INDOOR UNIT PLA-SPBA PLA-SP5BA PLA-SPBA [LEGEND] SYMBOL NAME I.B INDOOR CTROLLER BOARD CNL CNECTOR (LOSSNAY) CN CNECTOR (REMOTE SWITCH) CN4 CNECTOR (HA TERMINAL-A) CN5 CNECTOR (CENTRALLY CTROL) FUSE FUSE (T6.ALV) LED POWER SUPPLY (I.B) LED POWER SUPPLY (R.B) LED TRANSMISSI (INDOOR-OUTDOOR) SW SWITCH (MODEL SELECTI) See table SW SWITCH (CAPACITY CODE) See table SWE CNECTOR (EMERGENCY OPERATI) X RELAY (DRAIN PUMP) DCL REACTOR DP DRAIN PUMP FS DRAIN FLOAT SWITCH SYMBOL MF MV TB TB4 TB5,TB6 NAME FAN MOTOR VANE MOTOR TERMINAL BLOCK (Indoor unit Power (option)) TERMINAL BLOCK (INDOOR/OUTDOOR CNECTING LINE) TERMINAL BLOCK (REMOTE CTROLLER TRANSMISSI LINE) TH ROOM TEMP. THERMISTOR ( C / 5kΩ, 5 C / 5. 4kΩ DETECT) TH PIPE TEMP. THERMISTOR/LIQUID ( C / 5kΩ, 5 C / 5. 4kΩ DETECT) TH5 CD. / EVA. TEMP. THERMISTOR ( C / 5kΩ, 5 C / 5. 4kΩ DETECT) OPTI PART W.B PCB FOR WIRELESS REMOTE CTROLLER BZ BUZZER LED LED (OPERATI INDICATI : GREEN) LED LED (PREPARATI FOR HEATING : ORANGE) RU RECEIVING UNIT SW SW EMERGENCY OPERATI (HEAT / DOWN) EMERGENCY OPERATI (COOL / UP) <Table > SW (MODEL SELECTI) SW MODELS Manufacture/Service PLA-SP 4 5 /5BA 4 5 PLA-SPBA <Table > SW (CAPACITY CODE) SW MODELS Manufacture/Service 4 5 PLA-SPBA 4 5 PLA-SP5BA PLA-SPBA 4 5 The black square ( ) indicates a switch position. I.B VANE CNV AUTO GRILLE CNG () WIRELESS CN9 4 9 SW Refer to tables and SW LED LED LED I-SEE SENSOR CN4Y 4 TB6 R.B J4 J4 Pair No. CNL I-SEE SENSOR MOTOR CN6Y (RED) 6 TRANSMISSI WIRES DCV CN CN5 5 CN4 4 SWE CN5 5 TB5 FLOAT SW CN4F OUTDOOR CN () 5 INDOOR/OUTDOOR COMMUNICATI CNC (BLU) DC5V REMOC CN (BLU) RECTIFICATI LIQUID/PIPE CN44 INTAKE CN (RED) FAN D.U.M CNMF CNP (BLU) YLW FUSE DCL AUTO GRILLE X POWER CNAC YLW ORN ORN BRN TB4 YLW S ORN S S TO OUTDOOR UNIT M M M M MV MV MV MV GRILLE CNB SW SW RU BZ LED LED W.B I-SEE SENSOR M MT I-SEE SENSOR CORNER PANEL (OPTI PART) FS U.B 5 CNG CNA AUTOMATIC FILTER ELEVATI PANEL (OPTI PART) t t t TH TH5 TH MS ~ MF M ~ DP Be sure to turn off the source power and then disconnect fan motor connector. (Failure to do so will cause trouble in fan motor) Notes:. SymboIs used in wiring diagram above are, :Connector, : Terminal (block).. Indoor and outdoor connecting wires are made with poiarities, make wiring matching terminal numbers (S, S, S).. Since the outdoor side electric wiring may change be sure to check the outdoor unit electric wiring for servicing. 4. This diagram shows the wiring of indoor and outdoor connecting wires (specification of V), adopting superimposed system of power and signal. When work to Supply power separately to indoor and outdoor units was applied, refer to Fig *. For power supply system of this unit, refer to the caution label located near this diagram. *Fig. CN () 5 CNC (BLU) I.B YLW ORN RED BLU GRN/YLW TB L N YLW TB4 ORN S ORN S BRN S INDOOR/OUTDOOR COMMUNICATI POWER SUPPLY ~(PHASE) V Hz TO OUTDOOR UNIT Please set the voltage using the remote controller. For the setting method,please refer to the indoor unit Installation Manual. OCS 4

15 PEAD-SPJA(L) PEAD-SP5JA(L) PEAD-SPJA(L) INSIDE SECTI OF CTROL BOX TB5 TO MA REMOTE CTROLLER CN9 LED CNC (Blue) CN SW SW SW5 CN4F SW6 SWE (Red) CN 4 CN4 CN4F A CN (Red) CNL CN5 t TH LED CNXB CNXC CN5 (Red) CNA (Black) CN (Blue) LED I.B. (Blue) CNXA 4 (Blue) CNP U CNXB 4 5 ZNR X DSA 5 ZNR U CNXC F (Blue) CNXA CND (Red) X 4 P.B. DC8-V Rectifier circuit CNMF ACL TB4 S S S A TO OUTDOOR UNIT <Table > SW (MODEL SELECTI) MODELS PEAD-SP JA(L) <Table > SW (CAPACITY CODE) SW CAPACITY SETTING SW 4 5 SW5 4 5 The black square ( ) indicates a switch position SW6 t t TH TH5 FS FOR PEAD-RP JA REFER TO "A" FOR PEAD-RP JAL I.B. Indoor controller board I.B. Connector (-V Analog input) Connector (Lossnay) Connector (Remote switch) Connector (HA terminal-a) Connector (Centrally control) P.B. CNA CNL CN CN4 CN5 CN9 CN5 LED LED LED Connector (Wireless) Connector (IT terminal) LED(Power supply) LED(Remote controller supply) LED(Transmission indoor-outdoor) SW SW SW5 SW6 SWE F ZNR, DSA X X Indoor controller board Switch (for model selection) Switch (for capacity code) Switch (for model selection) Switch (for model selection) Connector (emergency operation) Power supply board Fuse ACV 6.A Varistor Arrester Aux. relay Aux. relay M ~ Drainpump TH TH TH5 ACL FS TB4 TB5 LY FOR PEAD-RP JAL SYMBOL NAME SYMBOL NAME SYMBOL NAME SYMBOL EXPLANATI MS ~ Fan motor Intake air temp. Thermistor Pipe temp. Thermistor/liquid Cond./eva.temp. Thermistor AC reactor (Power factor improvement) Float switch Terminal block (Indoor/outdoor connecting line) Terminal block (Remote controller transmission line) NOTE:. Since the outdoor side electric wiring may change, be sure to check the outdoor unit electric wiring for servicing.. Indoor and outdoor connecting wires are made with polarities, make wiring matching terminal numbers (S,S,S).. Symbols used in wiring diagram above are, terminal block, connector. TO CND < A> (IN CASE OF CNECT ACL THE REPLACEMENT WIRING) TO CNC L N S S S POWER SUPPLY ~ (PHASE) -V Hz TO OUTDOOR UNIT OCS 5

16 4-. OUTDOOR UNIT PUHZ-SPVHA PUHZ-SP5VHA PUHZ-SPVHA SYMBOL NAME SYMBOL NAME SYMBOL NAME TB MC MF, MF S4 6H Terminal Block <Power Supply, Indoor/Outdoor> Motor for Compressor Fan Motor Solenoid Valve (Four-Way Valve) Pressure Switch P.B. U/V/W LI NI DCL, DCL Power Circuit Board Connection Terminal <U/V/W-Phase> Connection Terminal <L-Phase> Connection Terminal <N-Phase> Connection Terminal <Reactor> SW9 SWP CN SS CNDM Switch <Function Switch> Switch <Pump Down> TH TH6 TH7 Thermistor <Liquid> Thermistor <-Phase Pipe> Thermistor <Ambient> IGBT EI, E, E, E4 C.B. Power Module Connection Terminal <Ground> Controller Circuit Board CNM LED, LED F, F, F, F4 Fuse <T6.ALV> TH8 Thermistor (internal) <Heat Sink> SW X5, X5, X54, X55 Relay TH LEV-A DCL CB CY, CY SV CH Thermistor <Comp. Surface> Linear Expansion Valve Reactor Main Smoothing Capacitor Capacitor Solenoid Valve (Bypass Valve) Crankcase Heater SW4 SW5 SW6 SW7 SW8 Switch <Manual Defrost, Defect History, Record Reset, Refrigerant Address> Switch <Test Operation> Switch <Function Switch, Model Select> Switch <Model Select> Switch <Function Switch> Switch <Function Switch> Connector <Emergency Operation> Connector <Connection for Option> Connector <Connection for Option> Connector <Connection for Option> LED <Operation Inspection Indicators> When M-NET adapter is connected MS ~ MF MS ~ MF * C. B. CNF 7 CNF 7 CNDC (PNK) F CNS F TH TH7 TH6 TH TRANS CNAC t TH () 4 t t t 4 TH7/6 (RED) TH 7 CN F F4 7 6H 6H (YLW) X5 LED LED CN4 LEV-A M LEV-A X55 6 X CNVMNT CNMNT CN5C (RED) CNM X5 S4 SV SV SS (GRN) (BLU) /CH (GRY) 4 SW5 SW8 SW4 SWP * SW6 SW * CN SW7 SW9 CNDM CN5 5 5 A B 5 CN5 M-NET ADAPTER CNM S TB7 M-NET CND S4 SV CH * * 7 P. B. CN4 CN 7 CN5C (RED) 5C CB WHT RED t TH8 N P CNDC (PNK) IGBT E4 5C E E CNAC (RED) CNAC BRN ORN RED WHT W V U DCL DCL EI NI LI WHT RED W V U MS ~ MC DCL WHT RED BLU GRN/YLW YLW ORN BRN L N S S S CY CY TB * MODEL SELECT The black square ( ) indicates a switch position. MODEL SW6 SW5-6 * V 5V POWER SUPPLY ~/N V Hz INDOOR UNIT V * SW5 - to 5 : Function Switch * SP5/ only OCS 6

17 PUHZ-SPYHA SYMBOL NAME SYMBOL NAME SYMBOL NAME TB Terminal Block <Power Supply> RS Rush Current Protect Resistor SW4 Switch <Test Operation> TB Terminal Block <Indoor/Outdoor> CY, CY Capacitor SW5 Switch <Function Switch, Model Select> MC Motor for Compressor P.B. Power Circuit Board SW6 Switch <Model Select> MF Fan Motor TB-U/V/W Connection Terminal <U/V/W-Phase> SW7 Switch <Function Switch> S4 Solenoid Valve (Four-Way Valve) TB-L/L/L Connection Terminal <L/L/L-Power Supply> SW8 Switch <Function Switch> 6H Pressure Switch TB-P/P Connection Terminal SW9 Switch <Function Switch> TH Thermistor <Liquid> X5CA/B 5C Relay SWP Switch <Pump Down> TH6 Thermistor <-Phase Pipe> N.F. Noise Filter Circuit Board CN Connector <Emergency Operation> TH7 Thermistor <Ambient> LI/LI/LI/NI Connection Terminal <L/L/L/N-Power Supply> SS Connector <Connection for Option> TH8 Thermistor <Heat Sink> LO/LO/LO Connection Terminal <L/L/L-Power Supply> CNDM Connector <Connection for Option> TH Thermistor <Comp. Surface> GD, GD Connection Terminal <Ground> CNM Connector <Connection for Option> LEV-A Linear Expansion Valve C.B. Controller Circuit Board LED, LED LED <Operation Inspection Indicators> DCL Reactor SW Switch <Manual Defrost, Defect History, F, F, F, F4 Fuse <T6.ALV> ACL4 Reactor Record Reset, Refrigerant Address> X5, X5, X54, X55 Relay MF MS ~ CNS TH TH7 TH6 TH C.B. t t t t CNF 4 7 TH TH7/6 TH () (RED) CNDC (PNK) F F TRANS CNAC 4 CN F F4 6H 6H (YLW) 7 7 LED LEV-A M 6 LEV-A LED X5 S4 (GRN) 5 CNVMNT CNMNT CNM 4 X55 CN4 SV (BLU) 5 X54 SV /CH (GRY) SW5 SW8 SW4 SWP * SW6 SW X5 * SS CN5 CNDM SW9 SW7 CN 5 When M-NET adapter is connected 5 5 CN5 A B S TB7 M-NET ADAPTER CNM M-NET CND S4 TH8 P.B. t 7 7 CN6 CN5 CN CN4 (RED) LOUT TB-L X5CB CY CY LIN TB-L WHT X5CA + RED RED RS RED TB-L INDOOR UNIT TB S S S YLW ORN BRN TB-U TB-V TB-W RED WHT V W U MS ~ TB-P TB-P DCL MC TB RED L LI CNAC CNCT (RED) CNAC (RED) LO RED POWER SUPPLY N~ V Hz L L N WHT BLU LI LI NI LO LO WHT GRN/YLW N.F. GD GD CNDC (PNK) + WHT WHT + - CNL (BLU) ACL4 * MODEL SELECT The black square ( ) indicates a switch position. MODEL Y SW * SW5 - to 5 : Function Switch SW5-6 * M-NET ADAPTER SYMBOL NAME TB7 Terminal Block <M-NET connection> CN5 Connector <Transmission> CND Connector <Power Supply> CNM Connector <M-NET communication> OCS 7

18 PUHZ-SP5YHA PUHZ-SPYHA SYMBOL NAME SYMBOL NAME SYMBOL NAME TB Terminal Block<Power Supply > CY,CY Capacitor SW5 Switch<Function Switch, Model Select> TB Terminal Block<Indoor/Outdoor > P.B. Power Circuit Board SW6 Switch<Model Select> MC Motor for Compressor TB-U/V/W Connection Terminal<U/V/W-Phase> SW7 Switch<Function Switch> MF, MF Fan Motor TB-L/L/L Connection Terminal<L/L/L-Power Supply> SW8 Switch<Function Switch> S4 Solenoid Valve (Four-Way Valve) TB-P Connection Terminal SW9 Switch<Function Switch> SV Solenoid Valve (Bypass Valve) TB-P Connection Terminal SWP Switch<Pump Down> CH Crankcase Heater TB-C Connection Terminal CN Connector<Emergency Operation> 6H Pressure Switch TB-N Connection Terminal SS Connector<Connection for Option> TH Thermistor<Liquid> X5A 5C Relay CNDM Connector<Connection for Option> TH6 Thermistor<-Phase Pipe> N.F. Noise Filter Circuit Board CNM Connector<Connection for Option> TH7 Thermistor<Ambient> LI/LI/LI/NI Connection Terminal<L/L/L/N-Power Supply> LED,LED LED<Operatiion Inspection Indicators> TH8 Thermistor (internal) <Heat Sink> LO/LO/LO Connection Terminal<L/L/L/N-Power Supply> F,F,F,F4 FUSE<T6.ALV> TH Thermistor<Comp. Surface> GD, GD Connection Terminal<Ground> X5,X5,X54,X55 Relay LEV-A ACL4 Electronic Expansion Valve Reactor C.B. SW Controller Circuit Board Switch<Manual Defrost, Defect History, Record DCL Reactor Reset, Refrigerant Address> CB, CB Main Smoothing Capacitor SW4 Switch<Test Operation> RS Rush Current Protect Resistor 6H TH TH7 TH6 TH LEV-A When M-NET adapter is connected M 5 5 MS C.B. t t t t ~ 5 CNF * * MF TH TH7/6 TH LEV-A CNVMNT CNMNT () (RED) MS ~ MF CNS CNF 7 CNDC (PNK) F F TRANS CNAC 4 CN F F4 6H (YLW) 7 7 LED LED X5 S4 (GRN) CNM 4 X55 CN4 SV (BLU) X54 SW5 SW8 SW4 SWP SW6 SW X5 CN5 CNDM SW9 SW7 CN SV /CH SS (GRY) 5 A B S CN5 TB7 M-NET ADAPTER CNM M-NET CND S4 SV CH P.B. 7 INDOOR UNIT CY TB S S S CY BRN ORN YLW RS RED CN4 CN5 (RED) X5A TB-P DCL CN RED TB-P TH8 t CB WHT TB-C + CB TB-V TB-N TB-W TB-U TB-L TB-L TB-L WHT RED WHT RED W MC V MS U ~ TB RED L LI CNAC CNCT (RED) CNAC (RED) LO RED POWER SUPPLY N~ V Hz L L N WHT BLU LI LI NI LO LO WHT GRN/YLW N.F. GD GD CNDC (PNK) + WHT WHT + -- CNL (BLU) ACL4 * MODEL SELECT is the switch position MODEL SW6 5Y Y SW5-6 * * SW5 - to 5 : Function Switch M-NET ADAPTER SYMBOL NAME TB7 Terminal Block <M-NET connection> CN5 Connector <Transmission> CND Connector <Power Supply> CNM Connector <M-NET communication> OCS 8

19 5 REFRIGERANT SYSTEM DIAGRAM 5-. INDOOR UNIT PLA-SP BA PEAD-SP JA(L) Heat exchanger Thermistor TH5 (Cond./Eva. temperature) Strainer(#) Refrigerant GAS pipe connection (Flare) Refrigerant flow in cooling Refrigerant flow in heating Distributor Thermistor TH with strainer(#) Pipe temperature (Liquid) Thermistor TH (Room temperature) Strainer(#) Refrigerant LIQUID pipe connection (Flare) OCS 9

20 5-. OUTDOOR UNIT Unit : mm PUHZ-SPVHA PUHZ-SPYHA Refrigerant flow in cooling Refrigerant flow in heating Refrigerant GAS pipe 5.88mm([5/8) Stop valve (#) Strainer 4-way valve Service port (check) pressure protect switch Outdoor heat exchanger Thermistor (TH6) Service port (check) Accumulator Muffler Thermistor (TH) Thermistor (TH) Distributor Refrigerant LIQUID pipe 9.5mm([/8) Strainer (#) Stop valve (with service port) Compressor (#) Strainer (#) Strainer Linear expansion valve PUHZ-SP5VHA PUHZ-SP5YHA PUHZ-SPVHA PUHZ-SPYHA Refrigerant GAS pipe 5.88mm([5/8) Stop valve (#) Strainer Service port (check) 4-way valve Bypass valve Service port (check) pressure protect switch Thermistor (TH6) Muffler Thermistor (TH) Distributor Thermistor (TH) Capillary tube ([4.o[.o-L)o Refrigerant LIQUID pipe 9.5mm([/8) Strainer (#) Stop valve (with service port) Accumulator Compressor Strainer (#) Strainer (#) Linear expansion valve OCS

21 6 PERFORMANCE CURVES FOR THE COMBINATI OF OUTDOOR UNIT PUHZ-SP/5/VHA PUHZ-SP/5/YHA Cooling capacity.4 Indoor intake air wet-bulb temperature <W.B. :> Cooling capacity ratio Outdoor intake air dry-bulb temperature <D.B. :> Cooling input. 8 6 Cooling input ratio..8.6 Indoor intake air wet-bulb temperature <W.B. :> Outdoor intake air dry-bulb temperature <D.B. :> Note : These diagrams show the case where the operation frequency of a compressor is fixed. OCS

22 Heating capacity Indoor intake air dry-bulb temperature <D.B. :> Outdoor intake air wet-bulb temperature <W.B. :> Heating input Indoor intake air dry-bulb temperature <D.B. :> Outdoor intake air wet-bulb temperature <W.B. :> Note : These diagrams show the case where the operation frequency of a compressor is fixed. OCS

23 7 CORRECTI FACTORS PUHZ-SP/5/VHA PUHZ-SP/5/YHA Cooling capacity correction factors Refrigerant piping length (one way) Outdoor unit 5 m m m m PUHZ-SPYHA m PUHZ-SP5YHA PUHZ-SPYHA Heating capacity correction factors Refrigerant piping length (one way) Outdoor unit 5 m m m m PUHZ-SPYHA m PUHZ-SP5YHA PUHZ-SPYHA OCS

24 8 APPLICABLE EXTENSI PIPE FOR EACH MODEL 8-. PIPE LENGTH : SYSTEM <Table > Maximum pipe length Liquid pipe (mm) Gas pipe (mm) SP OD Thickness OD Thickness SP5, SP ø.7 t.8 ø9.5 t.8 ø5.88 t. Standard size m [ m] Standard size m [ m] ø9.5 t. m [ m] m [ m] ø5.88 t. 5 m [ m] m [ m] ø.7 t.8 ø9.5 t. 5 m [ m] m [ m] <Marks in the table> m [ m] : It can be used. : Cooling capacity is lowered. : Additional refrigerant charge is required when the pipe length exceeds m(sp ). The maximum pipe length Charge-less pipe length 8-. ADJUSTING THE AMOUNT OF REFRIGERANT Check additional refrigerant charging amount referring to table 5, 6 when liquid pipe is one size larger than standard diameter. <Table > Required additional charge when the liquid pipe is one size larger than the standard diameter (: SYSTEM) Liquid pipe dia. Chargeless Max. pipe length Refrigerant amount to be added SP SP5/ [.7 [.7 m m 5 m m g per m longer than m g per m longer than m If the calculation produces a negative number ( W [ ), additional charging is not necessary. <Table > Additional refrigerant charging amount for pipe of standard diameter Outdoor unit Max. pipe length Amount of unit filling refrigerant (kg) Additional refrigerant charging amount for pipe length exceeding m (kg) m m PUHZ-SPYHA m. kg.6 kg PUHZ-SP5YHA m 4.5 kg.6kg PUHZ-SPYHA m 4.5 kg.6kg 8-. CAPACITY CURVE PUHZ-SP/5/VHA, PUHZ-SP/5/YHA <Standard size> P- Capacity ratio [%] Cooling Heating P P5 P Corrected pipe length [m] OCS 4

25 9 AIR FLOW DATA 9-. OUTLET AIR SPEED AND COVERAGE RANGE PLA-SPBA PLA-SP5BA PLA-SPBA Airflow m /min. Air speed m/sec Coverage range m Note: The air coverage range is the distance to which the.5 m/sec air can reach, when air blows out horizontally from the unit at the notch position. The coverage range should be used only as a general guideline since it varies according to the size of the room and the furniture inside the room. 9-. PLA-SP BA 9-- FRESH AIR INTAKE AND BRANCH DUCT. Branch duct hole and fresh air intake hole (Fig. ) At the time of i nstallation, use the duct holes ( cut out) located at the positions shown in Fig., as and when required. A fresh air intake hole for the optional multi function casement can also be made. Note: The figure marked with * in the drawing represent the dimensions of the main unit excluding those of the optional multi function casement. When installing the optional multi function casement, add 5 mm to the dimensions marked on the figure. When installing the branch ducts, be sure to insulate adequately. Otherwise condensation and dripping may occur. Unit : mm Fresh air intake hole A Branch duct hole Fresh air intake hole diagram -[.8 burring hole [5 burring hole pitch A Indoor unit A *58 [ cut out hole Drain pipe Ceiling Refrigerant pipe Branch duct hole diagram (view from either side) 9 9 *55 *67 [75 burring hole pitch Fig. 4-[.8 burring hole [ cut out hole OCS 5

26 . Fresh air intake volume & static pressure characteristics PLA-SP/5/BA At using multi-function casement, standard filter Static pressure[pa] - - inlet inlet Airflow rate [m /min] Direct intake to unit At using multi-function casement, high efficiency filter Static pressure[pa] Static pressure[pa] inlet Airflow rate [m /min] - - inlet Airflow rate [m /min] OCS 6

27 4. Change of outlet numbers [The optional air outlet is necessary.] To change the air outlet number to -, or -way outlet, the outlet number should be closed with the operational air outlet shutter. Indoor unit (When the air outlets are closed, close the vane by removing the vane connector.) Button Vane motor Up/down vanes Outlet concave portion Connector Vane motor Air outlet shutter plate (Option) Connector Button 5. Branch duct and change of outlet numbers <4- way air flow and branch duct> Branch duct should be connected to one of the branch duct holes on the main unit. Branch duct Air intake Air outlet <- way air flow and branch duct> Close the outlet on the side of branch duct and air flows in directions. Branch duct Air outlet closed position Air intake Air outlet <- way air flow and branch duct> Close the outlet on the side of branch duct and one of the other outlets. Air flows in directions. Branch duct Air Air outlet closed position Air intake Air outlet closed position OCS 7

28 9-. PLA-SP5BA 4-way airflow (horizontal vane) Round duct 4-way airflow (horizontal vane) Rectangular duct Duct Duct Static pressure [Pa] Static pressure [Pa] Airflow rate [m /min] 8 -way airflow (horizontal vane) Round duct Airflow rate [m /min] -way airflow (horizontal vane) Rectangular duct 8 Duct Duct Close Close Static pressure [Pa] Static pressure [Pa] Airflow rate [m /min] -way airflow (horizontal vane) Round duct Airflow rate [m /min] -way airflow (horizontal vane) Rectangular duct Duct Close 8 Duct Close Close Close Static pressure [Pa] Static pressure [Pa] Airflow rate [m /min] Airflow rate [m /min] Use of the duct holes on the indoor unit. Airflow rate of PLA-SPBA, PLA-SPBA can be calculated from the airflow rate based on the characteristic of the duct for PLA-SP5BA. Use the optional air outlet shutter plate (PAC-SH5SP-E) for -way and -way airflow. OCS 8

29 9-4. PEAD-SP JA(L) Fan performance External static pressure (Pa) PEAD-SPJA(L) (External static pressure 5Pa) V, Hz Limit Rated point Airflow rate(m /min) PEAD-SPJA(L) (External static pressure Pa) V, Hz External static pressure (Pa) PEAD-SPJA(L) (External static pressure Pa) V, Hz Limit Rated point Airflow rate(m /min) PEAD-SPJA(L) (External static pressure Pa) V, Hz External static pressure (Pa) Airflow rate(m /min) PEAD-SPJA(L) (External static pressure Pa) V, Hz Limit Rated point External static pressure (Pa) Limit Rated point Airflow rate(m /min) External static pressure (Pa) 9 8 Limit Rated point Airflow rate(m /min) OCS 9

30 External static pressure (Pa) External static pressure (Pa) External static pressure (Pa) PEAD-SP5JA(L) (External static pressure 5Pa) V, Hz Limit Rated point Airflow rate(m /min) PEAD-SP5JA(L) (External static pressure Pa) V, Hz 9 8 Limit Rated point Airflow rate(m /min) PEAD-SP5JA(L) (External static pressure Pa) V, Hz Limit 9 8 Rated point Airflow rate(m /min) External static pressure (Pa) PEAD-SP5JA(L) (External static pressure Pa) V, Hz Limit Rated point Airflow rate(m /min) PEAD-SP5JA(L) (External static pressure Pa) V, Hz External static pressure (Pa) Limit Rated point Airflow rate(m /min) OCS

31 External static pressure (Pa) PEAD-SPJA(L) (External static pressure 5Pa) V, Hz Limit Rated point Airflow rate(m /min) PEAD-SPJA(L) (External static pressure Pa) V, Hz External static pressure (Pa) PEAD-SPJA(L) (External static pressure Pa) V, Hz Limit Rated point Airflow rate(m /min) PEAD-SPJA(L) (External static pressure Pa) V, Hz External static pressure (Pa) External static pressure (Pa) 9 8 Limit Rated point Airflow rate(m /min) PEAD-SPJA(L) (External static pressure Pa) V, Hz Limit 9 8 Rated point Airflow rate(m /min) External static pressure (Pa) Limit Rated point Airflow rate(m /min) OCS

32 NOISE CRITERI CURVES -. INDOOR UNIT PLA-SPBA NOTCH SPL(dB) LINE Medium 7 Medium 4 PLA-SP5BA NOTCH SPL(dB) LINE 4 Medium 9 Medium OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) 8 APPROXIMATE THRESHOLD OF HEARING FOR CTINUOUS NOISE NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) 8 APPROXIMATE THRESHOLD OF HEARING FOR CTINUOUS NOISE NC- NC- NC- NC- NC- NC- PLA-SPBA NOTCH SPL(dB) LINE 44 Medium 4 Medium OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) 8 APPROXIMATE THRESHOLD OF HEARING FOR CTINUOUS NOISE NC- NC- NC- NC- NC- NC- CEILING.5m MICROPHE UNIT OCS

33 PEAD-SP JA(L) Ceiling concealed m Aux.duct m.5m Measurement location Noise level at anechoic room (--) Unit: db(a) Model Exrernal static pressure 5Pa Pa Pa Pa Pa PEAD-SPJA(L) PEAD-SP5JA(L) PEAD-SPJA(L) OCS

34 PEAD-SPJA(L) External static pressure 5Pa 8 External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC External static pressure Pa 8 External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC OCS 4

35 PEAD-SP5JA(L) External static pressure 5Pa 8 External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC External static pressure Pa 8 External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC OCS 5

36 PEAD-SPJA(L) External static pressure 5Pa 8 External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC External static pressure Pa 8 External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC- OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC External static pressure Pa 8 OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) Approximate minimum audible limit on continuous noise NC- NC- NC- NC- NC- NC OCS 6

37 -. OUTDOOR UNIT PUHZ-SPVHA PUHZ-SPYHA OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) 9 8 APPROXIMATE THRESHOLD OF HEARING FOR CTINUOUS NOISE MODE SPL(dB) COOLING HEATING LINE NC- NC- NC- NC- NC- NC- PUHZ-SP5VHA PUHZ-SP5YHA OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) 9 8 APPROXIMATE THRESHOLD OF HEARING FOR CTINUOUS NOISE MODE SPL(dB) COOLING 5 HEATING 55 LINE NC- NC- NC- NC- NC- NC- PUHZ-SPVHA PUHZ-SPYHA OCTAVE BAND SOUND PRESSURE LEVEL, db ( db =. µbar) 9 8 APPROXIMATE THRESHOLD OF HEARING FOR CTINUOUS NOISE MODE SPL(dB) COOLING 5 HEATING 56 LINE NC- NC- NC- NC- NC- NC- MICROPHE m.5m UNIT GROUND OCS 7

38 OPTIAL PARTS -. INDOOR UNIT Parts Name Model Name Applicable model Remote sensor PAC-SE4TS-E All models Remote operation adapter PAC-SFRM-E All models and wireless remote controller use model Multiple remote controller adapter PAC-SA88HA-E (pc.) PAC-75AD (pcs.) All models Remote on/off adapter PAC-SE55RA-E L/N/Earth PAC-SH5HR-E PLA-SP BA L/N PAC-SG97HR-E PEAD-SP JA(L) Decoration panel PLP-6BA Decoration panel with Wireless remote controller PLP-6BALM Decoration panel with Wired remote controller PLP-6BAMD Automatic filter elevation panel PLP-6BAJ i-see sensor corner panel PAC-SAME-E Wireless signal receiver PAR-SA9FA-E PLA-SP BA Space panel PAC-SH48AS-E Air outlet shutter plate PAC-SH5SP-E Multi-function casement PAC-SH5TM-E Flange for fresh air intake PAC-SH65OF-E -efficiency filter element PAC-SH59KF-E (PAC-SH5TM-E is needed.) Filter box PAC-KE94TB-E PEAD-SP, 5JA(L) PAC-KE95TB-E PEAD-SPJA(L) -. OUTDOOR UNIT Parts Name Model Name Applicable model M-NET adapter PAC-SF8MA-E PUHZ-SP A-control service tool PAC-SK5ST PUHZ-SP Drain socket PAC-SG6DS-E PUHZ-SP Air outlet guide (SP5 need pieces.) PAC-SG59SG-E PUHZ-SP Air protect guide (SP5 need pieces.) PAC-SG57AG-E PUHZ-SP Drain pan PAC-SG64DP-E PUHZ-SP Filter dryer ([9.5) PAC-SG8DR-E PUHZ-SP Joint pipe (Unit Extension pipe) ([5.88 [9.5) PAC-SG75RJ-E PUHZ-SP HEAD ICE : TOKYO BLDG., -7-, MARUNOUCHI, CHIYODA-KU, TOKYO -8, JAPAN CCopyright 4 MITSUBISHI ELECTRIC CORPORATI Distributed in Sep. 4 No.OCS Made in Japan New publication, effective Sep. 4 Specifications are subject to change without notice. 8