Engineering. Super Heat Recovery Multi System

Transcription

1 Engineering Super-HRM Data Book Super Heat Recovery Multi System

2 Foreword This engineering data book provides several useful data,charts and drawings to clarify the best performance of Toshiba Super Heat Recovery Multi System for various field application. We hope this information will assist you in deeper understanding of the system and wider application opportunities. Along with use of this data book, following related references are recommended as required. Design manual : File No.A04-00 Installation manual : File No.A04-00 Service manual : File No.A

3 Contents Foreword... Contents... Introduction... 4 System overview Capacity compensation chart Piping requirements Refrigerant cycle diagram... 8 Sensible capacity table Part load performance Wiring guideline Wiring diagram... 8 Controls Fan characteristics Sound characteristics (NC curve) Dimensional drawing Indoor units. Outdoor units. FS units 4. Branch header/branch joint 6 Specifications

4 Introduction

5 4

6 Introduction World's Best Technology for Energy Saving Heat Recovery VRF Toshiba is proud to introduce the Super HRM system, pipe heat recovery VRF operating on R40A, and incorporating the advanced technology in all aspects of efficiency, durability, flexibility, and comfort. Super HRM will meet various needs on site. System Outline Outdoor unit pipe ( Discharge gas / Suction gas / Liquid ) FS unit (Flow Selector unit) Indoor unit (Heating) Indoor unit (Cooling) Energy saving Outdoor unit No. COP in heat recovery VRF industry. DC twin rotary compressors most congenial with R40A are used for outdoor units. All compressors are driven by High-speed Calculation Vector Control Inverter. Average COP Super-HRM (R40A) 8HP System.8 0HP System.45 High-speed Calculation Vector Control Inverter DC Twin Rotary Compressor Simultaneous Operation By controling the FS unit, Super HRM enables freely simultaneous operation of cooling and heating. Also, Super HRM improves energy efficiency by recycling exhaust heat. Ex. Mainly Cooling, Partly Heating Operation Main Heat Exchanger Sub-Heat Exchanger FS unit Indoor unit Outdoor unit Compressor Heating Cooling Cooling Cooling 5

7 Design Flexibility Piping flexibility Equivalent piping length Up to 5m 50m (from st branching) 5m (elevation between FCU) 50m (Elevation between CDU and FCU) Flexibile Joint Combination Y Branch after header branch (Toshiba unique technology) Header branch after Y joint Elevation between indoor units = 5m (No.!) Farthest piping length from st branching = 50m (No.!) Header after header branch (Toshiba unique technology) FS Unit Design The compact and light weight design of the FS unit (Flow Selector Unit) allows it to be easily installed in limited spaces. 90H x 50W x 60D 5kg Easy hanging ( Only hanging places) Easy maintenance ( Valve coil and P.C.board on the same side) Centralized Control System By using the central control devices, it is possible to control the indoor units of multiple systems individually. Centralized control system with Super MMS and integration with Building Management System (BMS) ia also available. Super MMS Super HRM Central remote controller 6

8 4 System overview 7

9 8

10 4 System overview. OUTLINE OF TOSHIBA SUPER HRM (Super Heat Recovery Multi System) Shortest route design by free branching Combination of line and header branching is highly flexible. This follows for the shortest design route possible, thereby saving on installation time and cost. Line/header branching after header branching is only available with TOSHIBA Super HRM. Line branching Outdoor unit Indoor unit Branching joint FS unit 8F 4 Header branching Outdoor unit Branching header 7F Indoor unit FS unit Line + Header branching Outdoor unit Header FS unit F Branching joint Indoor unit Line branching after header branching Outdoor unit F Super MMS Only HRM Only Header Branching joint FS unit Indoor unit Header branching after header branching Outdoor unit Super HRM Only Header Indoor unit Header FS unit 9

11 4 Non-polarized control wiring between outdoor and indoor units Outdoor unit U U Indoor unit U U U U U U 8F 7F main heat exchanger Sub heat exchanger Outdoor unit FS unit Indoor unit Heating Cooling Cooling Cooling Simultaneous operation Compressor F Outdoor unit Allowable pipe length : 5m equivalent length Height difference between indoor unit and outdoor unit : 50m Height difference between indoor unit and indoor unit : 5m st branching section F From st branching to the farthest indoor unit : 50m 0

12 Energy saving No. COP in heat recovery VRF industry. Compared with the conventional chiller fan coil system, a large energy saving can be realized. Advanced bus communication system Wiring between indoor and outdoor unit is a simple wire system. Communication address is also automatically configured. A default test mode operation is available. Self diagnostics system Comprehensive troubleshooting code allows for timely identification of problems arising. High lift design Equivalent pipe length of 5m and vertical lift of 50m is made possible with TOSHIBA Super HRM. Vertical lift between indoor units of 5m is the highest in the industry. This allows for greater flexibility in the location of the system. 4 Simultaneous operation By controling the FS unit, Super HRM enables freely simultaneous operation of cooling and heating. This operation meets the various needs of modern buildings that has highly airtight or an increasing heat load due to use of computers. Also, Super HRM improves energy efficiency by recycling exhaust heat. Compact FS unit design The compact and light weight design of the FS unit (Flow selector unit) allows it to be easily installed in limited spaces. Intelligent control TOSHIBA Super HRM intelligent controls and modulating valves deliver the required capacity, according to the load variation from 50% to 00%. The intelligent controls and modulating valves limit or increase the cooling capacity dynamically so humidity and temperature are kept in the comfort zone. Conforms to building control law IAQ (Indoor Air Quality) is also achieved by combining various accessories required by the Building Control Law. Wide control applications Artificial Intelligence Network system Central control and monitoring system available Weekly schedule operation through weekly timer Integration with Building Management System (BMS) is available.

13 . SUMMARY OF SYSTEM EQUIPMENTS Equipments. Outdoor units 4 Inverter unit Corresponding HP 8HP 0HP HP Model name MMY- MAP080FT8 MAP00FT8 MAP0FT8 Cooling capacity (kw) Heating capacity (kw) Appearance. FS units (Flow selector units) Model name RBM-YFE Usage Capacity rank for indoor unit : Type 007 to 00 Appearance RBM-Y80FE Capacity rank for indoor unit : Type 06 to 056 * Accessory part (Sold separately): Connection cable kit (RBC-CBK5FE), up to 5m.. Branching joints and headers Model name Usage Appearance Indoor unit capacity code (*) RBM-BY5FE Y-shape branching Total below 6.4 For joint (*) Indoor unit capacity code (*) piping RBM-BY0FE Total below 4. RBM-BY5E RBM-BY0E Indoor unit capacity code (*) Total below 6.4 For Indoor unit capacity code (*) piping Total below 4. (*5) Indoor unit capacity code (*) For RBM-HY04FE 4-branching Total below 4. piping header (*4) Indoor unit capacity code (*) For RBM-HY04E Total below 4. piping (*5) Indoor unit capacity code (*) For RBM-HY08FE 8-branching Total below 4. piping header (*4) Indoor unit capacity code (*) For RBM-HY08E Total below 4. piping (*5) * Capacity code can be obtained from page 4. (Capacity code is not actual capacity) If total capacity code value of indoor unit exceeds that of outdoor unit, apply capacity code of outdoor unit. When using Y-shape branching joint for st branching, select according to capacity code of outdoor unit. 4 Max. 6.0 capacity code in total can be connected. 5 This is used for branching to cooling only indoor unit. 6 Model names for outdoor and indoor units described in this guide are shortened because of the space constraint.

14 50Hz Super Heat Recovery Multi System Outdoor Unit HP (Capacity code) Model name MMY- No. of combined units Inverter 8 HP MMY- 8HP ( 8) MAP080HT8 MAP080FT8 Used Q'ty Inverter 0 HP MMY- 0HP (0) MAP00HT8 MAP00FT8 Used Q'ty Inverter HP MMY- HP () MAP0HT8 MAP0FT8 Used Q'ty 4. Allocation standard of model name MMY M AP F T 8 Power supply specifications, Ø V, 50Hz... 8 T : Capacity variable unit F : Heat recovery Development series No. Capacity rank HP x 0 New refrigerant R40A M : Single module unit, No mark : Combined Model name Modular Multi. Rated conditions (Rated mode : Condition) Cooling : Indoor air temperature 7 C DB/9 C WB, Outdoor air temperature 5 C DB Heating : Indoor air temperature 0 C DB, Outdoor air temperature 7 C DB/6 C WB

15 Indoor unit Cooling capacity (kw) Heating capacity (kw) MMU-AP009H 009 type.8. MMU-AP0H 0 type MMU-AP05H 05 type MMU-AP08H 08 type MMU-AP04H 04 type MMU-AP07H 07 type MMU-AP00H 00 type MMU-AP06H 06 type 4..5 MMU-AP048H 048 type MMU-AP056H 056 type MMU-AP007WH 007 type MMU-AP009WH 009 type.8. MMU-AP0WH 0 type MMU-AP05WH 05 type MMU-AP08WH 08 type MMU-AP04WH 04 type MMU-AP07WH 07 type MMU-AP00WH 00 type MMU-AP048WH* ) 048 type MMU-AP007YH 007 type MMU-AP009YH 009 type.8. MMU-AP0YH 0 type MMU-AP05SH 05 type MMU-AP08SH 08 type MMU-AP04SH 04 type MMD-AP007BH 007 type MMD-AP009BH 009 type.8. MMD-AP0BH 0 type MMD-AP05BH 05 type MMD-AP08BH 08 type MMD-AP04BH 04 type MMD-AP07BH 07 type MMD-AP00BH 00 type MMD-AP06BH 06 type 4..5 MMD-AP048BH 048 type MMD-AP056BH 056 type MMD-AP08H 08 type MMD-AP04H 04 type MMD-AP07H 07 type MMD-AP06H 06 type 4..5 MMD-AP048H 048 type MMC-AP05H 05 type MMC-AP08H 08 type MMC-AP04H 04 type MMC-AP07H 07 type MMC-AP06H 06 type 4..5 MMC-AP048H 048 type MMK-AP007H 007 type MMK-AP009H 009 type.8. MMK-AP0H 0 type MMK-AP05H 05 type MMK-AP08H 08 type MMK-AP04H 04 type MML-AP007H 007 type MML-AP009H 009 type.8. MML-AP0H 0 type MML-AP05H 05 type MML-AP08H 08 type MML-AP04H 04 type MML-AP007BH 007 type MML-AP009BH 009 type.8. MML-AP0BH 0 type MML-AP05BH 05 type MML-AP08BH 08 type MML-AP04BH 04 type MMF-AP05H 05 type MMF-AP08H 08 type MMF-AP04H 04 type MMF-AP07H 07 type MMF-AP06H 06 type 4..5 MMF-AP048H 048 type MMF-AP056H 056 type *) China only Type Appearance Model name Capacity rank Capacity code 4-way Air Discharge Cassette Type -way Air Discharge Cassette Type -way Air Discharge Cassette Type Concealed Duct Standard Type Concealed Duct High Static Pressure Type Under Ceiling Type High Wall Type Floor Standing Cabinet Type Floor Standing Concealed Type Floor Standing Type

16 5. Remote controller Name Model name Appearance Application Function Wired remote controller RBC-AMTE SET DATA UNIT No. SETTINGTEST R.C. No. UNIT SET CL CODE No. Connected to indoor unit Wired remote controller Wired remote controller (In case of control by remote controllers) Start / Stop Changing mode Temperature setting Air flow changing Timer function Either ON time or OFF time or CY- CLIC can be set how many 0 min. later ON or OFF is operated. Combined with the weekly timer, weekly schedule operation can be operated. Filter sign Displays automatically maintenance time of indoor filter. Filter sign flashes. Self-diagnosis function Pressing CHECK button displays cause of trouble on the check code. Control by remote controllers is available. Two remote controllers can be connected to one indoor unit. The indoor unit can be separately operated from the isolated places. 4 Simple remote controller RBC-ASE TEST SETTING C F Connected to indoor unit Simple remote controller Start / Stop Temperature setting Air flow changing Check code display Wireless remote controller kit TCB-AXE RBC-AXCE TCB-AXU (W)-E Connected to indoor unit Start / Stop Changing mode Temperature setting Air flow changing Timer function Either ON time or OFF time or CYCLIC can be set how many 0 min. later ON or OFF is operated. Control by remote controllers is available. Two wireless remote controllers can operate one indoor unit. The indoor unit can be separately operated from the isolated places. Check code display TCB-AXU(W)-E (for 4-way airdischarge cassette) RBC-AXCE (for under ceiling) TCB-AX-E (for others except concealed duct high static pressure) 5

17 Name Model name Appearance Application Performance 4 Connected to central remote controller, wired remote controller Weekly schedule operation Setting different start / stop time for each day of the week ON / OFF can be easily set times a day. ON OFF ON OFF ON OFF 8:00 :00 :00 8:00 9:00 :00 Weekly timer RBC-EXWE PROGRAM PROGRAM PROGRAM WEEKLY TIMER SuMoTuWeTh Fr Sa ERROR Wired Remote controller Outdoor unit Weekly timer CHECK PROGRAM DAY button make setting copy easy. Two patterns of schedule for a week can be specified. (Summer schedule and winter schedule, etc.) CANCEL DAY button make holiday setting easy. If power supply fails, the setting contents are stored in memory for 00 hours. Central remote controller Weekly timer Connected to outdoor unit, indoor unit Header Follower Individual control up to 64 indoor units Individual control for max. 64 indoor units divided to 4 zone. Up to 6 indoor units for each zone Up to 6 outdoor header units are connectable. Central remote controller TCB-SC64TLE ALL ZONE ZONE GROUP 4 UNIT No. TEST SET DATA SETTING R.C. No. SELECT ZONE CL SET GROUP CODE No. Outdoor unit Central remote controller 4 Type central control setting to inhibit individual operation by remote controller can be selected Setting for one of to 4 zone is available. Usable with other central control devices (Up to 0 central control devices in one control circuit) Two control mode selectivity Central controller mode Remote controller mode Central remote controller Indoor remote controller Setting of simultaneous ON/OFF times for each day of the week combined with weekly timer. 6

18 5 Capacity compensation chart 7

19 8

20 5 Capacity compensation chart Cooling/heating capacity characteristics. Cooling capacity calculation method : Required cooling capacity = Cooling capacity x Factor (,,, 4, 5 * ) kw Indoor air wet bulb temperature vs. capacity correction value Capacity correction value Indoor air wet bulb temp. ( C) 5 Outdoor air dry bulb temperature vs.capacity correction value Capacity correction value Outdoor air dry bulb temp. ( C) Air flow variation ratio of indoor unit vs. capacity correction (For concealed duct type only) Capacity correction value Air flow variation ratio (%) * : Coefficient to use for correction of outdoor unit capacity when total capacity of the indoor units are not equal to the outdoor unit capacity. 9

21 4 Connecting pipe length and lift difference between indoor and outdoor units vs. capacity correction value 5 Height of outdoor unit H (m) Outdoor unit (8 to HP) 98 % Pipe length (Equivalent length) L (m) Outdoor unit ho l o L is the longest one of (l o + l a, l o + l b, l o + l c) H = ho + (Largest one of ha, hb, and hc) hc hb ha l a l b l c A B Indoor unit C 5 Correction of outdoor unit diversity 0 Correction (%) Standard capacity ratio Indoor units total capacity ratio (%) * : Coefficient to use for correction of outdoor unit capacity when total capacity of the indoor units are not equal to the outdoor unit capacity. 0

22 . Heating capacity calculation method : Required heating capacity = Heating capacity x Factor (,,, 4, 5 *, 6 * ) kw Indoor air dry bulb temperature vs. capacity correction value Capacity correction value Indoor air dry bulb temp. ( C) 5 Outdoor air wet bulb temperature vs. capacity correction value Capacity correction value Outdoor air wet bulb temp. ( C) Air flow variation ratio of indoor unit vs. capacity correction (For concealed duct type only) Capacity correction value Air flow variation ratio (%) * : Coefficient to use for correction of outdoor unit capacity when total capacity of the indoor units are not equal to the outdoor unit capacity. * : Refer to item in next page.

23 4 Connecting pipe length and lift difference between indoor and outdoor units vs. capacity correction value 5 Height of outdoor unit H (m) Outdoor unit (8 to HP) 00% Pipe length (Equivalent length) L (m) ho hc hb l o ha Outdoor unit L is the longest one of (l o + l a, l o + l b, l o + l c) H = ho + (Largest one of ha, hb, and hc) l a l b l c A B C Indoor unit 5 Correction of outdoor unit diversity 0 Correction (%) Standard capacity ratio Indoor units total capacity ratio (%) * : Coefficient to use for correction of outdoor unit capacity when total capacity of the indoor units are not equal to the outdoor unit capacity.. Capacity correction in case of frost on the outdoor heat exchanger in heating Correct the heating capacity when frost was found on the outdoor heat exchanger. Heating capacity = Capacity after correction of outdoor unit Correction value of capacity resulted from frost (Capacity after correction of outdoor unit : Heating capacity calculated in the above item.) 6 Capacity correction in case of frost on the outdoor heat exchanger * Capacity correction value Outdoor air wet bulb temp. ( C)

24 4. Capacity calculation for each indoor unit Capacity for each indoor unit Required standard capacity of indoor unit = Capacity after correction of outdoor unit Total value of standard indoor unit capacity 5. Operating temperature range In cooling time In heating time 45 0 Outdoor air dry bulb temp. ( C) Continuously operable range Usable range (in pull down) Outdoor air wet bulb temp. ( C) Usable range (in warming-up) Continuously operable range Indoor air wet bulb temp. ( C) Indoor air dry bulb temp. ( C) * The unit can be operated even if outdoor temperature gets down to -0 C, however note that the warranty covers only up to -5 C because operation beyond that temperature is out of specification. * When outdoor air temperature falls to under -5 C, it may cause shortening the product lifetime. * When outdoor temperature goes out of specified range display and required operation will stop. or mark is indicated on the remote controller & : When heating operation : When cooling operation [Notice] This indication is not failure. When outdoor temperature goes back to specified range, or disappear and start normal operation. Operation stops because concurrent operation can not be kept in the condition of out of specification for Super HRM. (Outdoor temp.(db) <-5 C: Cooling, > C: Heating) * Do not use Super HRM for other than personal usage where the ambient temperature may go down below -5 C. (For example, OA equipment/electric device/food/animals and plants/art object) 6. Rated conditions Cooling : Indoor air temperature 7 C DB/9.0 C WB, Outdoor air temperature 5 C DB Heating : Indoor air temperature 0 C DB, Outdoor air temperature 7 C DB/6 C WB

25 4

26 6 Piping requirements 5

27 6

28 6 Piping requirements. Allowable length/height difference of refrigerant piping Outdoor unit System restrictions Main piping L Max. capacity of combined indoor units *For HP system, up to 0%. H 5m H>5m 5%* 05% Height difference between outdoor and indoor units Branching piping L Connecting piping of indoor unit Branching header L7 H 50m st branching section L a b g h i j c FS unit k 6 Indoor unit < Cooling only > < Cooling only > Equivalent length corresponded to farthest piping L 5m Equivalent length corresponded to farthest piping after st branching Li L4 L5 L6 d e f o FS unit l m n < Cooling only > 50m p Height difference between indoor units H 5m < Cooling only > Allowable length and height difference of refrigerant piping Pipe Length Height difference * * Total extension of pipe (Liquid pipe, real length) Allowable value 50 m Real length 00 m Farthest piping length L ( * ) Equivalent length 5 m Piping section L + L + L + L4+ L5 + L6 + L7 + a + b + c + d + e + f + g + h + i + j + k + l + m + n + o + p L + L + L4 + L5 + L6 + p Max. equivalent length of main piping 85 m L Equivalent length of farthest piping from st branching Li ( * ) 50 m L + L4 + L5 + L6 + p Max. real length of indoor unit connecting piping 0 m a + g, b + h, c + l, d + l, e + m, f + n, j, k, o, p Max. real length between FS unit and indoor unit ( ) * 5 m g, h, i, l, m, n Height between indoor Upper outdoor unit 50 m and outdoor units H Lower outdoor unit 0 m Height between indoor units H Upper outdoor unit 5 m Lower outdoor unit 5 m The farthest indoor unit from the st Branch to be named as (p). Attached connection cable can be used up to 5 m in pipe length between indoor and FS unit. When the pipe length between indoor and FS unit exceeds 5 m, be sure to use the connection cable kit (RBC-CBK5FE). (Sold separately) FS unit FS unit Indoor unit Indoor unit [NOTE] : Don't connect two or more indoor units to one FS unit. Arrange one indoor unit and one FS unit set to by. 7

29 . Selection of refrigerant piping Outdoor unit piping (Liquld,discharge gas,suction gas) piping (Liquld, gas pipe). Outdoor unit to FS unit. FS unit to indoor unit. branching section indoor unit Main piping 5 Header branching st branching section 5 Y-shape branching joint FS unit Indoor unit < Cooling only > < Cooling only > 6 Size of main pipe (Table ) FS unit Indoor unit < Cooling only > < Cooling only > Model name Suction gas side Discharge gas side Liquid side MMY-MAP080FT8 Ø. Ø 9. Ø.7 MMY-MAP00FT8 Ø. Ø 9. Ø.7 MMY-MAP0FT8 Ø8.6 Ø 9. Ø.7 Pipe size between branching joints (*,*) (Table ) Total capacity code of indoor units at downstream side Suction gas side Discharge gas side Liquid side Below 6.4 Ø 5.9 Ø.7 Ø to below. Ø. Ø 9. Ø.7. to below 6. Ø 8.6 Ø. Ø 5.9 Pipe size between the end of branch and FS unit (Tabel ) Total capacity code of indoor units at downstream side * Suction gas side Discharge Gas Pipe Liquid Pipe Below.7 Ø.7 Ø 9.5 Ø to below 6.4 Ø 5.9 Ø.7 Ø Piping of indoor unit (Table 4) Capacity rank of indoor unit Gas side Liquid side 007 type to 0 type (5m or less) Ø 9.5 Ø type to 0 type (5m or more) *7 Ø.7 Ø type to 08 type Ø.7 Ø type to 056 type Ø 5.9 Ø Selection for branching section (Table 5) 7 Total capacity code of indoor unit * For Piping Model name For Piping Y -shape branching joint Below 6.4 RBM-BY5FE RBM-BY5E * *4 6.4 to below 4. RBM-BY0FE RBM-BY0E Branching header Below 4. RBM-HY04FE RBM-HY04E * *4 *5 Below 4. RBM-HY08FE RBM-HY08E 6 Selection for FS unit (Table 6) Model name RBM-YFE RBM-Y80FE Capacity rank for indoor unit 007 type to 00 type 06 type to 056 type Soft Minimum wall thickness for R40A application (Table 7) Half hard or hard OD (Inch) OD (mm) Minimum wall thickness (mm) OK OK / OK OK / OK OK / OK OK 5/ NG OK / NG *6 OK 7/ NG OK./ * In case the pipe size between branches exceeds the size of main pipe, it should be as same as the size of main pipe. * pipes for cooling only indoor unit shall be used with liquid pipe and suction gas pipe. * Branching pipe on the st branch should be selected accoroding to the capacity code for outdoor unit. * 4 In case total capacity code for indoor units shall be exceeded to capacity code for outdoor unit, the pipe size should be selected with capacity code for outdoor unit. * 5 For line after header branching, indoor units with a maximum of 6.0 capacity code in total can be connected. * 6 If the pipe size exceeds Ø9.0, use half hard or hard type for material of the pipe. * 7 If the pipe length between the branch section and cooling only indoor unit exceeds 5m, use the Ø.7 pipe as the gas side.

30 . Charging requirement with additional refrigerant After the system has been vacuumed, replace the vacuum pump with a refrigerant cylinder and charge the system with additional refrigerant. Calculating the amount of additional refrigerant required Refrigerant in the system when shipped from the factory R40A Refrigerant amount charged in factory Heat recovery model 8HP 0HP HP 4.0kg 4.0kg 4.0kg When the system is charged with refrigerant at the factory, the amount of refrigerant needed for the pipes at the site is not included. Calculate the additional amount needed, and add that amount to the system. (Calculation) Additional refrigerant charge amount is calculated from size of liquid pipe at site and its real length. 6 [Additional refrigerant charge amount at site] = [Real length of liquid pipe] Additional refrigerant charge amount. per liquid pipe m (Table ) Example : Additional charge amount R (kg) = {(L x 0.05kg/m) + (L x 0.055kg/m) + (L x 0.05kg/m)} x. Table L : Real total length of liquid pipe Ø6.4 (m) L : Real total length of liquid pipe Ø9.5 (m) L : Real total length of liquid pipe Ø.7 (m) System : 0HP Pipe dia. at liquid side Additional refrigerant amount/m Ø6.4 Ø9.5 Ø kg 0.055kg 0.05kg 9

31 0

32 7 Refrigerant cycle diagram

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34 7 Refrigerant cycle diagram. Inverter Unit (8,0,HP) Model : MMY-MAP080FT8, MAP00FT8, MAP0FT8 Propeller fan Sensor (TE) M (Right side) Fan motor Strainer Main heat exchanger Sensor (TO) Pulse motor valve (Left side) (PMV) Solenoid valve (SV) (PMV) Main heat exchanger Strainer Check valve Str ainer (PMV) Check valve Sub-heat exchanger Sub-heat exchanger Solenoid valve (SV) 4-way valve 7 Solenoid valve (SV5) Capillary tube Capillary tube Sensor(TS) Low pressure sensor Sensor (TL) Solenoid valve (SV6) Solenoid valve (SVD) Capillary tube Check valve High pressure sensor Check joint Capillary tube Strainer Capillary tube Strainer Oil Separator Solenoid valve (SV) Capillary tube Sensor (TS) Check joint Liquid tank Solenoid valve (SV4) Check valve Check valve Solenoid valve (SV4) Check joint High-pressure Switch Sensor (TD) Capillary tube Strainer Solenoid valve (SVC) High-pressure Switch Sensor (TD) Accumulator Compressor Solenoid valve (SVE) (Inverter) Strainer Check Valve Capillary tube Sensor (TK) Sensor (TK) Sensor (TK4) Strainer Check Valve Compressor (Inverter) Capillary tube Sensor (TK) Oil tank Capillary tube Capillary tube Strainer Strainer Strainer Solenoid valve (SVA) Strainer Check valve Solenoid valve (SVB) Check valve Balance Liquid pipe side service service valve valve Discharge gas side service valve Suction gas side service valve

35 7. Explanation of Functional Parts Solenoid valve 4-way valve Functional part name. SVA. SVB.SVC 4. SVD 5. SVE 6. SV 7. SV4 (n) 8. SV5 Pulse motor valve PMV, Functional outline (Connector CN4: Red) ) Collects oil in the oil tank during OFF time. (Connector CN: Blue) ) Returns oil supplied in the balance pipe to the compressor. (Connector CN4: Black) ) Pressurizes oil reserved in the oil tank during ON time. (Connector CN: White) ) Reserves oil in the oil separator during OFF time, and supplies oil during ON time. (Connector CN: White) ) Turns on during operation and balances oil between compressors. (Hot gas bypass) (Connector CN: White) ) Low pressure release function ) High pressure release function ) Gas balance function during stop time (Start compensation valve of compressor) (Connector CN: Blue) ) For gas balance start ) High pressure release function ) Low pressure release function (Connector CN0: White) ) For gas balance during operation mode exchange ) For low pressure balance in all cooling operation 9. SV6 (Connector CN09 : White) ) Liquid bypass function for releasing discharge temperature 0. SV (Connector CN : White) ) Discharge gas line shut-down function in all cooling and defrosting operation. SV (Connector CN9 : White) ) Controls flow rate for sub-heat exchanger in simultaneous operation ) Controls flow rate for sub-heat exchanger when defrosting PMV (Connector CN7: Blue) ) Cooling/heating exchange ) Reverse defrost ) Main/sub heat exchager exchange (Connector CN00, 0: White) ) Super heat control function in all heating and mainly heating operation ) Sub-cool adjustment function in cooling operation ) Distribution control in simultaneous operation (Connector CN0 : Red) ) Controls flow rate for sub-heat exchanger in simultaneous operation ) Preventive function for high-pressure rising in all cooling and all heating operation Oil separator Temp. sensor. TD TD. TS ) Prevention for rapid decreasing of oil (Decreases oil flowing to the cycle) ) Reserve function of surplus oil (TD: Connector, CN50: White, TD: Connector, CN50: Pink) ) Protection of compressor discharge temp. Used for release (Connector CN504: White) ) Controls super heat in heating operation 4 Pressure sensor Heater Balance pipe. TS (Connector CN5 : Black) ) For refrigerant recovery control in all cooling and mainly cooling operation ) Detects overheat on refigeration cycle. 4.TE 5. TK, TK, TK, TK4 6. TL 7. TO. High pressure sensor. Low pressure sensor Compressor case heater Accumulator case heater (Connector CN505: Green) ) Controls defrost in all heating and mainly heating operation ) Controls outdoor fan in all heating and simultaneous operation TK Connector CN54: Black, TK Connector CN55: Green, ( TK Connector CN56: Red, TK4 Connector CN5: Yellow ) ) Judges oil level of the compressor (Connector CN5: White) ) Detects sub-cool in all cooling and simultaneous operation (Connector CN507: Yellow) ) Detects outside temperature (Connector CN50: Red) ) Detects high pressure and controls compressor capacity ) Detects high pressure in all cooling operation, and controls the fan in low ambient cooling operation ) Controls sub-cool of heating indoor unit. 4) Controls outdoor fan speed in mainly cooling operation. (Connector CN500: White) ) Detects low pressure in all cooling and simultaneous operation and controls compressor capacity ) Detects low pressure in all heating and simultaneous operation, and controls the super heat (Compressor Connector CN6: White, Compressor Connector CN5: Blue) ) Prevents liquid accumulation to compressor (Connector CN: Red) ) Prevents liquid accumulation to accumulator ) Oil balancing in each outdoor unit (This model doesn't use balance pipe)

36 . Heat Exchanger of Outdoor Unit Propeller Fan Fan motor Main Heat Exchanger Air Direction Air Direction Sub Heat Exchanger Sub Heat Exchanger 7 Front side (Left) 4. FS Unit (Flow Selector Unit) Rear side (Right) Model RBM-YFE Model RBM-Y80FE Liquid Pipe Discharge gas Pipe Suction gas Pipe Liquid Pipe Discharge gas Pipe Suction gas Pipe Capillary tube Check valve Strainer SVD Capillary tube Strainer Capillary tube SVDD SVSS SVS Capillary tube Check valve Strainer SVD Capillary tube Strainer Capillary tube SVDD SVSS SVS Strainer Strainer To liquid side of indoor unit To gas side of indoor unit To liquid side of indoor unit To gas side of indoor unit Functional part name Functional outline Solenoid SVD (Discharge gas pipe shut-down valve) Valve ) High pressure line on heating SVS (Suction gas pipe shut-down valve) ) Low pressure line on cooling SVDD (Pressurization valve) ) Pressurizes indoor unit during ON time when indoor unit begins heating. SVSS (Depressurization valve) ) Returns refrigerant in indoor unit during stop or thermo-off status. ) Depressurizes indoor unit during ON time when indoor unit ends heating. 5

37 5. Indoor Unit Liquid side Gas side Strainer Capillary tube 7 Air heat exchanger at indoor side 7 Pulse Motor Valve (PMV) Sensor (TC) Strainer Sensor (TCJ) Fan Sensor (TC) Sensor (TA) M Fan motor (NOTE) MMU-AP007YH to AP0YH type air conditioners have no TC sensor. Functional part name Pulse Motor Valve PMV Temp. sensor. TA. TC.TC 4. TCJ Functional outline (Connector CN08 (6P): Blue) ) Controls super heat in cooling operation ) Controls under cool in heating operation ) Recovers refrigerant oil in cooling operation 4) Recovers refrigerant oil in heating operation (Connector CN04 (P): Yellow) ) Detects indoor suction temperature (Connector CN00 (P): Brown) ) Controls PMV super heat in cooling operation (Connector CN0 (P): Black) ) Controls PMV sub-cool in heating operation (Connector CN0 (P): Red) ) Controls PMV super heat in cooling operation ) [MMU-AP007 to AP0YH only] Controls PMV sub-cool in heating operation 6

38 6. SYSTEMATIC DRAWING. All Cooling Operation (Outdoor temperature : 5 C or more) TE FM Co n d e n s e r TO Outdoor Unit PMV PMV SV Co n d e n s e r PMV 4- way val ve OF F SV5 SV TS Ps s ens or TL SV6 Pd Se ns o r OS SV TS SVD Li qui d Tank SV4 HP TD Compressor TK SVC Compressor HP TD SV4 Ac c umul a t or High-pressure gas or condensate liquid refrigerant Low-pressure gas Low-pressure gas (refrigerant recovery line) 7 SVE TK TK4 TK Oil tank High-pressure refrigerant (plunging circuit) SVA SVB Suction gas pipe Discharge gas pipe Liquid pipe Flow Selector Unit SVD SVDD SVSS SVS SVD SVDD SVSS SVS SVD SVDD SVSS SVS SVD SVDD SVSS SVS Indoor Unit PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC Cooling Cooling Cooling Stop Outdoor unit FS unit and Indoor unit 4WV OFF SVA OFF <Cooling thermo-on> <Stop> SV4(n) (*) SVB OFF SVD OFF SVD OFF SV5 OFF SVC OFF SVS ON SVS OFF SV6 Control SVD Control SVDD OFF SVDD OFF SV ON SVE ON SVSS ON SVSS ON SV OFF PMV, Control PMV Control PMV Close Fan Control PMV Close (*) Turn on during compressor stop status. 7

39 . All Cooling Operation (Outdoor temperature : 5 C or less) TE FM Condenser TO Outdoor Unit PMV PMV SV Condenser PMV 4-way valve ON SV5 SV TS Ps sensor TL SV6 Pd S ensor OS SV TS SVD Liquid Tank SV4 SV4 7 HP TD Compressor TK SVC Compressor HP TD Accumulator High-pressure gas or condensate liquid refrigerant Low-pressure gas Low-pressure gas (refrigerant recovery line) SVE TK TK 4 TK Oil tank High-pressure refrigerant (plunging circuit) SVA SVB Suction gas pipe Discharge gas pipe Liquid pipe Flow Selector Unit SVD SVDD SV SS SVS SVD SVDD SV SS SVS SVD SVDD SV SS SVS SV D SV DD SVS S SVS Indoor Unit PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC Cooling Cooling Cooling Stop 8 Outdoor unit FS unit and Indoor unit 4WV OFF SVA OFF <Cooling thermo-on> <Stop> SV4(n) (*) SVB OFF SVD OFF SVD OFF SV5 ON SVC OFF SVS ON SVS OFF SV6 Control SVD Control SVDD OFF SVDD OFF SV OFF SVE ON SVSS ON SVSS ON SV OFF PMV, Control PMV Control PMV Close Fan Control PMV Close (*) Turn on during compressor stop status.

40 . All Heating Operation TE FM Evaporator TO Outdoor Unit PMV PMV SV Evaporator PMV 4-way valve ON SV5 SV TS Ps sensor TL SV6 Pd Sens or OS SV TS SVD Liquid Tank SV 4 SV 4 HP TD Compressor TK SVC Compressor HP TD Accumulator High-pressure gas or condensate liquid refrigerant Low-pressure gas Low-pressure gas (refrigerant recovery line) 7 SVE TK TK4 TK Oil tank High-pressure refrigerant (plunging circuit) SV A SVB Suction gas pipe Discharge gas pipe Liquid pipe Flow Selector Unit SV D SV DD SVSS SVS SVD SVDD SVS S SVS SVD SVDD SV SS SV S SVD SVDD SV SS SV S Indoor Unit PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST T CJ ST TC PMV TC ST TCJ ST TC Heating Heating Heating Stop Outdoor unit FS unit and Indoor unit 4WV ON SVA OFF <Heating thermo-on> <Heating themo-off> <Stop> SV4(n) (*) SVB ON SVD ON SVD ON SVD OFF SV5 OFF SVC OFF SVS OFF SVS OFF SVS OFF SV6 Control SVD Control SVDD OFF SVDD OFF SVDD OFF SV ON SVE ON SVSS OFF SVSS OFF SVSS ON SV OFF PMV, Control PMV Control PMV Close PMV Close Fan Control PMV Close (*) Turn on during compressor stop status. 9

41 4. Mainly Cooling, Partly Heating Operation TE FM TO Outdoor Unit SV PMV PMV PMV Condenser Condenser 4 -way v alve ON SV 5 SV TS Ps sensor TL SV6 Pd S ens or OS SV TS SVD Liquid Tank SV4 SV 4 HP HP Accumula t or High-pressure gas or condensate liquid refrigerant 7 TD SV C TD Compressor TK Compressor Low-pressure gas Low-pressure gas (refrigerant recovery line) SV E TK TK4 TK Oil tank High-pressure refrigerant (plunging circuit) SV A SVB Suction gas pipe Discharge gas pipe Liquid pipe Flow Selector Unit SVD SVDD SVSS SV S SVD SVDD SVS S SVS SVD SVDD SVSS SVS SVD SVDD SVSS SV S Indoor Unit PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST T CJ ST TC Cooling Cooling Stop Heating 40 Outdoor unit FS unit and Indoor unit 4WV ON SVA OFF <Cooling, thermo-on> <Heating thermo-on> <Stop> SV4(n) (*) SVB OFF SVD OFF SVD ON SVD OFF SV5 OFF SVC OFF SVS ON SVS OFF SVS OFF SV6 Control SVD Control SVDD OFF SVDD OFF SVDD OFF SV ON SVE ON SVSS ON SVSS OFF SVSS ON SV Control PMV, Close(*) PMV Control PMV Control PMV Close Fan Control PMV Control (*) Turn on during compressor stop status. (*) Control based on operation status.

42 5. Mainly Heating, Partly Cooling Operation TE FM Evaporator TO Outdoor Unit PMV PMV SV Evaporator PMV 4-way valve ON SV5 SV TS Ps sensor TL SV6 Pd Se nsor OS SV TS SVD Liquid Tank SV4 SV 4 HP TD Compressor TK SVC Compressor HP TD Accumulator High-pressure gas or condensate liquid refrigerant Low-pressure gas Low-pressure gas (refrigerant recovery line) 7 SVE TK TK 4 TK Oil tank High-pressure refrigerant (plunging circuit) SVA SVB Suction gas pipe Discharge gas pipe Liquid pipe Flow Selector Unit SV D SVD D SV SS SVS SVD SV DD SVSS SV S SVD SVDD SVSS SVS SVD SV DD SVSS SV S Indoor Unit PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC Heating Heating Stop Cooling Outdoor unit FS unit and Indoor unit 4WV ON SVA OFF <Cooling, thermo-on> <Heating, thermo-on> <Stop> SV4(n) (*) SVB OFF SVD OFF SVD ON SVD OFF SV5 OFF SVC OFF SVS ON SVS OFF SVS OFF SV6 Control SVD Control SVDD OFF SVDD OFF SVDD OFF SV ON SVE ON SVSS ON SVSS OFF SVSS ON SV Close (*) PMV, Control PMV Control PMV Control PMV Close Fan Control PMV Close (*) (*) Turn on during compressor stop status. (*) Control based on operation status. 4

43 6. Defrosting TE FM TO Outdoor Unit PMV PMV SV PMV 4- way va lve OFF SV5 SV TS Ps sensor TL SV6 Pd Sensor OS SV TS SVD Liquid Tank SV4 SV4 7 HP TD Compressor SVE TK TK TK 4 SVC TK Oil tank Compressor TD HP Accumulator High-pressure gas or condensate liquid refrigerant Low-pressure gas Low-pressure gas (refrigerant recovery line) SVA SVB Suction gas pipe Discharge gas pipe Liquid pipe Flow Selector Unit SVD SVDD SV SS SV S SV D SVD D SVSS SVS SVD SVDD SVS S SVS SV D SV DD SVSS SVS Indoor Unit PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC PMV TC ST TCJ ST TC Cooling Heating Heating Stop indoor unit indoor unit indoor unit indoor unit Defrosting is performed during "All heating" or "Mainly heating, partly cooling" operation. 4 Outdoor unit FS unit and Indoor unit 4WV OFF SVA OFF <Cooling, thermo-on> <others> SV4(n) (*) SVB OFF SVD OFF SVD OFF SV5 ON SVC OFF SVS ON SVS ON SV6 Control SVD Control SVDD OFF SVDD OFF SV OFF SVE ON SVSS ON SVSS ON SV Close PMV, Control PMV Control PMV Control Fan Stop (*) PMV Control Fan Control Fan Stop (*) Turn on during compressor stop status. (*) Control based on operation status.

44 8 Sensible capacity table 4

45 44

46 8 Sensible capacity table 4-way Discharge Cassette Type ( MMU-AP****H) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

47 8 4-way Discharge Cassette Type ( MMU-AP****H) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

48 4-way Discharge Cassette Type ( MMU-AP****H) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

49 8 -way Air Discharge Cassette Type ( MMU-AP****WH) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

50 -way Air Discharge Cassette Type ( MMU-AP****WH) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

51 -way Air Discharge Cassette Type ( MMU-AP****WH) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

52 -way Air Discharge Cassette Type ( MMU-AP****YH [007 0], -AP****SH [05 04] ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

53 8 -way Air Discharge Cassette Type ( MMU-AP****YH [007 0], -AP****SH [05 04] ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

54 Concealed Duct Standard Type ( MMD-AP****BH ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

55 8 Concealed Duct Standard Type ( MMD-AP***BH) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

56 Concealed Duct Standard Type ( MMD-AP***BH ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

57 8 Concealed Duct High Static Pressure Type ( MMD-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

58 Concealed Duct High Static Pressure Type ( MMD-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

59 8 Under Ceiling Type ( MMC-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

60 Under Ceiling Type ( MMC-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

61 8 High Wall Type ( MMK-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

62 High Wall Type ( MMK-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

63 8 Floor Standing Cabinet Type ( MML-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

64 Floor Standing Cabinet Type ( MML-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

65 8 Floor Standing Concealed Type ( MML-AP****BH ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

66 Floor Standing Concealed Type ( MML-AP****BH ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

67 8 Floor Standing Type ( MMF-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

68 Floor Standing Type ( MMF-AP****H ) TC : Total capacity [kw] SHC : Sensible capacity [kw] indoor air temp. unit outdoor 4.0 CWB 6.0 CWB 8.0 CWB 9.0 CWB 0.0 CWB.0 CWB 4.0 CWB size air temp. 0 CDB CDB 6 CDB 7 CDB 8 CDB 0 CDB CDB CDB TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC TC SHC

69 68

70 9 Part load performance 69

71 70

72 9 Part load performance Part Load Performance MMY-MAP080FT8 (8HP,.4kW system) Cooling Compressor + Oudoor Fan Power consumption (kw) Outdoor Outdoor Unit Unit 00% 00% 90% 80% 70% 60% 50% 40% 0% Dry-Bulb Cooling Capacity Capacity Capacity Capacity Capacity Capacity Capacity Capacity ( C) Capacity (kw) 40 C C C C C C Indoor air temperature conditions : 7.0 C dry-bulb / 9.0 C wet bulb 9 Heating Compressor + Oudoor Fan Power consumption (kw) Outdoor Outdoor Unit Unit 00% 00% 90% 80% 70% 60% 50% 40% 0% Dry-Bulb Heating Capacity Capacity Capacity Capacity Capacity Capacity Capacity Capacity ( C) Capacity (kw) 5 C C C C C C Indoor air temperature conditions : 0.0 C dry-bulb 7

73 Part Load Performance MMY-MAP00FT8 (0HP, 8kW system) Cooling Compressor + Oudoor Fan Power consumption (kw) Outdoor Outdoor Unit Unit 00% 00% 90% 80% 70% 60% 50% 40% 0% Dry-Bulb Cooling Capacity Capacity Capacity Capacity Capacity Capacity Capacity Capacity ( C) Capacity (kw) 40 C C C C C C Indoor air temperature conditions : 7.0 C dry-bulb / 9.0 C wet bulb Heating Compressor + Oudoor Fan Power consumption (kw) Outdoor Outdoor Unit Unit 00% 00% 90% 80% 70% 60% 50% 40% 0% Dry-Bulb Heating Capacity Capacity Capacity Capacity Capacity Capacity Capacity Capacity ( C) Capacity (kw) 5 C C C C C C Indoor air temperature conditions : 0.0 C dry-bulb 7

74 Part Load Performance MMY-MAP0FT8 (HP,.5kW system) Cooling Compressor + Oudoor Fan Power consumption (kw) Outdoor Outdoor Unit Unit 00% 00% 90% 80% 70% 60% 50% 40% 0% Dry-Bulb Cooling Capacity Capacity Capacity Capacity Capacity Capacity Capacity Capacity ( C) Capacity (kw) 40 C C C C C C Indoor air temperature conditions : 7.0 C dry-bulb / 9.0 C wet bulb 9 Heating Compressor + Oudoor Fan Power consumption (kw) Outdoor Outdoor Unit Unit 00% 00% 90% 80% 70% 60% 50% 40% 0% Dry-Bulb Heating Capacity Capacity Capacity Capacity Capacity Capacity Capacity Capacity ( C) Capacity (kw) 5 C C C C C C Indoor air temperature conditions : 0.0 C dry-bulb 7

75 74

76 0 Wiring guideline 75

77 76

78 0 Wiring guideline WIRING DESIGN. General () Perform wiring of the power supply in conformance with the regulations of the local electric company. () For the control wires connecting indoor units, and between indoor and outdoor units, use of double-core shield wires is recommended to prevent noise trouble. () Be sure to set the earth leakage breaker and the switches to the power supply section of the indoor unit. (4) Supply power to each outdoor unit and provide an earth leakage breaker or hand switch for each outdoor unit. (5) Never connect the 0-40V power to the terminal block (U, U, U, U4, U5, U6) for control cables. (Trouble is caused.) (6) Store wiring system for control and refrigerant piping system in the same line. (7) Arrange the cables so that the electric wires do not come to contact with high-temperature part of the pipe ; otherwise coating melts and an accident may be caused. (8) Do not turn on power of the indoor unit until vacuuming of the refrigerant pipe will finish.. For outdoor unit power supply Select the power supply cabling and fuse of each outdoor unit from the following specifications: Cable 5-core, in conformance with Design 6045 IEC 66. Electrical wiring design Outdoor power source Indoor power source -phase 50Hz 80-45V Earth leakage breaker hand switch Single phase 50Hz 0-40V Earth leakage breaker power switch Earth Indoor unit FS unit FS unit Pull box FS unit FS unit Indoor unit Indoor unit FS unit FS unit Indoor unit FS unit FS unit 0 Indoor unit Indoor unit Indoor unit Indoor unit Unit capacities and power supply wire sizes (Reference) Model Power supply wiring MMY- Wire size Field fuse MAP080FT8.5 mm (AWG #0) Max. 0 m 0 A MAP00FT8 5.5 mm (AWG #0) Max. 8 m 0 A MAP0FT8 5.5 mm (AWG #0) Max. 7 m 0 A Determine the wire size for indoor unit according to the number of connected indoor units downstream. Observe local regulation regarding wire size selection and installation. 77

79 4. For Indoor unit power supply (Must be independent from outdoor unit power.) Item Power supply wiring Model Wire size Field fuse All models of indoor units.0mm (AWG#4) Max. 0m.5mm (AWG#) Max. 50m 5A FS unit Be sure to use the attached cable (6m). If the length between indoor and FS unit exceeds 5 m, connect by using the connection cable kit (RBC-CBK5FE). (Sold separately) NOTE : The connecting length indicated in the table represents the length from the pull box to the outdoor unit when the indoor units are connected in parallel for power, as shown in the above illustration. A voltage drop of no more than % is also assumed. If the connecting length will exceed the length indicated in the table, select the wire thickness in accordance with local wiring standards. CAUTIONS () Keep the refrigerant piping system and the indoor-indoor/indoor-outdoor control wiring systems together. () When running power wires and control wires parallel to each other, either run them through separate conduits, or maintain a suitable distance between them. (Current capacity of power wires: 0A or less for 00m, 50A or less for 500m) 5. Design of control wiring Power supply Single phase 0-40V 50Hz (Open) Earth [Central remote controller] (Option) TCB-SC64TLE (For Line 64) 0 FS unit Transmission wire for control between outdoor unit and indoor unit FS unit Connection of shield wire must be connected (Connected to all connecting sections in each indoor unit) FS unit Transmission wire for control between indoor and FS unit. FS unit Transmission wire for control between indor and FS unit. FS unit FS unit FS unit FS unit Wire specification, quantity, size of crossover wiring and remote controller wiring Name Crossover wiring (indoor-indoor / indoor-outdoor / control wiring, central control wiring) Remote controller wiring Control wiring between indoor and FS unit Q ty cores Size Up to 500m Up to 000m 000 to 000m.5mm.0mm Specification Shield wire cores 0.5 to.0mm Be sure to use the attached connection cable (6m). If the length between indoor and FS unit exceeds 5 m, connect by using the connection cable kit (RBC-CBK5FE). (Sold separately) 78 () The crossover wiring and central control wiring use -core non-polarity transmission wires. Use -core shield wires to prevent noise trouble. In this case, close (connect) the end of shield wires, and perform the functional grounding for the end of the shield wires which are connected to both indoor and outdoor units. For the shield wires which are connected between the central remote controller and the outdoor unit, perform the functional grounding at only one end of central control wiring. () Use -core and non-polarity wire for remote controller. (A, B terminals) Use -core and non-polarity wire for wiring of group control. (A, B terminals)

80 6. System Wiring Design Power supply phase 80-45V 50Hz Earth leakage breaker Power swith Outdoor unit Earth terminal U U Earth terminal Earth U U4 U5 U6 terminal Central remote controller Single phase 0-40V 50Hz Outdoor side U/U U/U4 Indoor side Indoor unit Remote controller Indoor unit Remote controller Indoor unit Remote controller U/U A B U/U A B U/U A B L Earth terminal N CN8 Control wiring FS unit Earth terminal Control wiring FS unit Earth terminal CN0 CN8 CN8 L N CN0 L N Control wiring FS unit CN0 Power supply Single phase 0-40V 50Hz Earth leakage breaker Power switch Pull Box Earth terminal Power line CN0 Earth terminal Pull Box Earth terminal Power line CN0 Earth terminal Earth terminal Power line CN0 Earth terminal 0 NOTE : Control wire and power line wire between FS unit and indoor unit are the accessary parts of FS unit. (Wire length : 6m) If the length between indoor and FS unit exceeds 5m, connect by using the connection cable kit sold separately (RBC- CBK5FE). 7. Design n Outdoor unit 50Hz Normal Voltage Model name Compressor Fan Motor Power Supply Voltage Range MMY- (V-Ph-Hz) Min Max RLA LRA kw FLA MCA MOCP ICF MAP080FT MAP00FT MAP0FT Legend MCA MOCP ICF RLA : Minimum Circuit Amps : Maximum Overcurrent Protection (Amps) : Maximum Instantaneous Current Flow Start : Rated Load Amps LRA FLA kw : Locked Rotor Amps : Full Load Amps : Fan Motor Rated Output (kw) NOTE : RLA is based on the following conditions. Indoor temperature: 7 C DB/9 C WB Outdoor temperature: 5 C DB 79

81 Indoor unit 50Hz 0 80 Type 4-Way Air Discharge Cassette Type -Way Air Discharge Cassette Type -Way Air Discharge Cassette Type Concealed Duct Type Concealed Duct High Static Pressure Type Under Ceiling Type Hige Wall Type Floor Standing Cabinet Type Floor Standing Concealed Type Model Nominal Voltage Voltage Range Fan Motor Power Supply (V-Ph-Hz) Min Max kw FLA MCA MOCP MMU-AP009H MMU-AP0H MMU-AP05H MMU-AP08H MMU-AP04H MMU-AP07H MMU-AP00H MMU-AP06H MMU-AP048H MMU-AP056H MMU-AP007WH MMU-AP009WH MMU-AP0WH MMU-AP05WH MMU-AP08WH MMU-AP04WH MMU-AP07WH MMU-AP00WH MMU-AP048WH MMU-AP007YH MMU-AP009YH MMU-AP0YH MMU-AP05SH MMU-AP08SH MMU-AP04SH MMD-AP007BH MMD-AP009BH MMD-AP0BH MMD-AP05BH MMD-AP08BH MMD-AP04BH MMD-AP07BH MMD-AP00BH MMD-AP06BH MMD-AP048BH MMD-AP056BH MMD-AP08H MMD-AP04H MMD-AP07H MMD-AP06H MMD-AP048H MMC-AP05H MMC-AP08H MMC-AP04H MMC-AP07H MMC-AP06H MMC-AP048H MMK-AP007H MMK-AP009H MMK-AP0H MMK-AP05H MMK-AP08H MMK-AP04H MML-AP007H MML-AP009H MML-AP0H MML-AP05H MML-AP08H MML-AP04H MML-AP007BH MML-AP009BH MML-AP0BH MML-AP05BH MML-AP08BH MML-AP04BH MMF-AP05H MMF-AP08H MMF-AP04H Floor Standing Type MMF-AP07H MMF-AP06H MMF-AP048H MMF-AP056H Legend MCA : Minimum Circuit Amps FLA : Full Load Amps MOCP : Maximum Overcurrent Protection (Amps) kw : Fan Motor Rated Output (kw)

82 Wiring diagram 8

83 8

84 Wiring diagram. Indoor Unit -. 4-way Air Discharge Cassette Type Model: MMU-AP009H, AP0H, AP05H, AP08H, AP04H, MMU-AP07H, AP00H, AP06H, AP048H, AP056H PMV CN CN8 (BLU) 4 5 CN FS LM LM FM CN4 (BLU) CN04 (YEL) CN4 (RED) RY0 CN0 (RED) Motor drive circuit RY0 CN0 (BLK) Indoor control P.C. board MCC-40 Fuse T.5A 50V~ CN00 (BRN) ~ + Fuse T6.A 50V~ DC0V DC5V DCV DC7V Power supply circuit ~ CN80 (GRN) CN7 (RED) DM CN68 (BLU) CN04 (GRY) RED CN67 (BLK) WHI Indoor unit Earth screw R(L) S(N) RED WHI BLK CN66 CN44 (BLN) Power supply Single phase 0-40V 50Hz 0V 60Hz Color identification PNL P0 TA CN70 CN0 (BLU) TCJ TC CN09 (YEL) TC EXCT CN4 (BLU) CN40 (BLU) CN8 (BLK) CN60 CN6 (YEL) CN CN T Filter input (Option) (Fandrive) BLK BLK BLU BLU Flow selector unit earth screw TR Network adaptor (Option) CN0 B A U Closed end connector RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BRN : BROWN U BLK MCC-40 CN0 (RED) Fan motor Indoor temp sensor Temp sensor Temp sensor Temp sensor Lover motor Drain pump motor Float switch Drain control relay Pulse Motor Valve. indicates the terminal block, letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at site.. indicates the control P.C. board. Parts name BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE GRN : GREEN Symbol FM TA TC TCJ TC LM, LM DM FS RY0 PMV CN0 (BLU) Outdoor unit X Y BLK WHI BLK WHI CN00 CN Adaptor for wireless remote controller Wired remote controller Network adaptor P.C. board WHI U U 8

85 -. -way Air Discharge Cassette Type Model: MMU-AP007WH, AP009WH, AP0WH, AP05WH, AP08WH, MMU-AP04WH, AP07WH, AP00WH, AP048WH TA TCJ TC TC Filter WHI PMV LM RC RED DM FS YEL BLU ORN BLK DP (BLU) CN FAN CN08 CN04 (YEL) RY007 CN0 (RED) RY00 CN0 (BLK) RY006 RY004 CN04 (GRY) CN00 (BRW) Indoor control P.C. board CN080 (GRN) PNL RY005 EXCT CN07 (RED) CN067 (BLK) CN070 CN08 (BLK) CN066 CN060 CN0 CN06 (YEL) CN075 CN074 CN050 CN04 (BLU) CN040 (BLU) CN044 (BRW) Option Fan drive BLK BLK BLU BLU Network adaptor (Option) CN0 FM A B X Y Indoor unit Earth screw U R(L) U TR CN0 (RED) MCC-40 CN0 (BLU) S(N) CN Remote controller Power supply Single phase 0-40V 50Hz 0V 60Hz U U Outdoor unit Flow selector unit earth screw PMV (BLU) CN08 Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN FS (RED) CN00 LM (GRN) CN0 RED 9 RY00 CN09 (YEL) Fuse T5.0A 50V~ Power supply circuit CN0 (YEL) TR Sub P.C. board MCC-50 Parts name Fan motor Running capacitor Transformer Louver motor Indoor temp sensor Temp sensor Louver control relay Drain control relay Heater control relay Fan motor control relay Float switch Drain pump motor Pulse Motor Valve Symbol FM RC TR LM TA TC,TC,TCJ RY00 RY00 RY004 RY005~007 FS DM PMV CN0 H M L UL P0 (BLK). indicates the terminal block, letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at site.. indicates the control P.C. board. Closed end connector Line Filter 84

86 -. -way Air Discharge Cassette Type (Compact type) Model: MMU-AP007YH, AP009YH, AP0YH PMV DM FS TC LM FM YEL BLU ORN BLK RED PMV (BLU) CN08 FS (RED) CN00 LM (GRN) CN0 DP (BLU) CN068 RC FAN CN08 H M L UL CN04 (YEL) RY007 TA CN0 (BLK) CN0 (RED) RY00 RY00 TCJ CN0 (BLK) RY006 Heater RY004 CN04 (GRY) CN00 (BRW) Indoor control P.C. board Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN PNL CN080 (GRN) RY005 CN09 (YEL) AC IN EXCT CN07 (RED) Fuse T5.0A CN067 (BLK) Filter CN070 CN08 (BLK) Power supply circuit CN066 CN060 CN0 CN06 (YEL) CN075 CN074 CN050 CN04 (BLU) CN040 (BLU) CN044 (BRW) Option Fan drive TR CN0 (YEL) BLU Flow selector unit earth screw WHI RED MCC-40 Network adaptor (Option) BLU Sub P.C. board MCC-50 RED CN0 Line Filter Closed end connector Parts name Symbol FM RC TR LM TA TC,TCJ RY00 RY00 RY004 RY005~007 FS DM PMV WHI Fan motor Running capacitor Power transformer Louver motor Indoor temp sensor Temp sensor Flap motor control relay Drain pump control relay Heater control relay Fan motor control relay Float switch Drain pump motor Pulse Motor Valve CN Network adaptor P.C. board BLK BLK BLU BLU CN0 (RED) A B X Y BLU R(L) S(N) U U Indoor unit Earth screw TR CN0 (BLU) AI-NET central control terminal Power supply Single phase 0-40V 50Hz 0V 60Hz U U. indicates the terminal block, letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at site.. indicates the control P.C. board. CN Remote controller Outdoor unit 85

87 Model: MMU-AP05SH, AP08SH, AP04SH PMV LM DM FM FS PMV CN08 (BLU) RC 6 6 FS CN00 (RED) LM DM CN068 (BLU) RED BLK ORN BLU YEL FAN CN CN0 (GRN) TA CN04 (YEL) M L UL H RY007 TCJ P0 BLK CN0 (RED) RY00 RY00 TC RY004 CN0 (BLK) RY006 (GRY) CN04 TC CN00 (BRW) RY005 Control P.C. board for Indoor unit MCC-40 (YEL) CN09 PNL CN080 (GRN) AC IN FUSE T5.0A 50V~ (BLK) CN067 EXCT CN07 (RED) FILTER CN070 CN066 CN08 (BLK) Power supply circuit CN044 (BRW) Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN CN060 CN0 CN06 (YEL) CN075 CN050 CN04 (BLU) CN040 (BLU) 4 5 RC 4 5 CN FAN OPTION DRIVE EMG CN0 (YEL) BLK BLK BLU BLU Network Adapter (Option) Sub P.C. board MCC-50 CN0 TR CN CN0 (BLU) Flow selector unit earth screw Symbol Parts name FM Fan motor RC Running capacitor TR Transformer LM Lover motor TA Indoor temp sensor TC,TC,TCJ Temp sensor RY00 Louver control relay RY00 Drain control relay RY005~007 Fan motor control relay FS Float switch DM Drain pump motor PMV Pulse motor valve Line Filter TR CN0(RED) U A B U Closed-end connector Indoor unit earth screw R(L) S(N) MCC-40 X Y Power supply single phase 0-40V 50Hz 0V 60Hz. Indicates the terminal bolock, letter. Letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at side.. indicate the control p.c. board. U U Outdoor unit Remote Controller CN 86

88 -4. Concealed Duct Standard Type Model: MMD-AP007BH, AP009BH, AP0BH, AP05BH, AP08BH, AP04BH MMD-AP07BH, AP00BH, AP06BH, AP048BH, AP056BH 5 FM PMV FS CN4 (RED) CN 4 5 CN8 (BLU) CN CN68 (BLU) CN04 (YEL) CN4 RY0 DM TA CN0 (RED) TCJ Motor drive circuit CN04 (GRY) CN0 (BLK) Indoor control P.C. board TC Fuse T.5A CN00 (BRN) ~ + Fuse T6.A TC DC0V 50V~ DC5V RED 50V~ CN67 (BLK) DCV DC7V Power supply circuit ~ WHI PNL CN80 (GRN) P0 BLK EXCT CN7 (RED) CN66 Reactor CN70 CN0 (BLU) CN8 (BLK) CN60 CN CN6 (YEL) CN50 CN09 (YEL) CN4 (BLU) CN40 (BLU) CN44 (BRW) RED WHI WHI T (Signal output) (Fan drive) Closed end connector Indoor unit S(N) R(L) BLK BLK BLU BLU Flow selector unit earth screw Earth screw TR Indoor unit power supply Single phase 0-40V 50Hz 0V 60Hz Network adaptor (Option) CN0 B A U U Color identification BLK BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE GRN : GREEN RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BRW : BROWN Network adaptor P.C. board WHI CN0 (BLU) CN0 (RED) BLK WHI BLK WHI Parts name Symbol FM TA TC,TC,TCJ DM FS RY0 PMV X Y Fan motor Indoor temp sensor Indoor temp sensor Drain pump motor Float switch Drain pump control relay Pulse Motor Valve CN00 CN U U Outdoor unit. indicates the terminal block, letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at site.. indicates the control P.C. board. Adaputor for wired remote controller Wired remote controller 87

89 -5. Concealed Duct High Static Pressure Type Model: MMD-AP08H, AP04H, AP07H, AP06H, AP048H Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN WHI (BLK) CN04 (GRY) Spark killer 8 4F 7 P0 RY004 FAN CN08 RED RY H M L UL RY006 RY00 (Option) DP CN09 (YEL) CN067 (BLK) Fuse T5.0A RY005 CN066 CN044 (BRW) CN040 (BLU) CN04 (BLU) CN050 TR EMG OC RC 4 5 Network adaptor (Option) RED WHI Closed end connector Flow selector unit earth screw U U Outdoor unit U U A B CN Remote controller CN0 CN0 (BLU) X Y MCC-40 CN0 (RED) RED F T0A,50V~ RED RED 6 5 WHI Indoor unit Earth screw R(L) S(N) Power supply Single phase 0-40V 50Hz 0V 60Hz YEL 4 4F 4F TC TA TCJ TC DP (BLU) CN068 LM (GRN) CN0 CN00 (BRN) FS CN00 (RED) CN04 (YEL) CN0 (RED) CN0 (BLK) CN080 (GRN) PNL RY00 CN07 (RED) EXCT CN070 Filter CN08 (BLK) 4 5 CN074 Power supply circuit CN075 CN06 (YEL) CN0 CN060 CN08 (BLU) PMV T0 Fan drive Option TR. indicates the terminal block, letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at site.. indicates the control P.C. board. 4. When attaching a drain pump, exchange CN00 connector with a connector of the float switch. 5. A part is connected to the terminal block. When exchanging to the outside static pressure necessary at the local site, check the terminal No. and lead color of the fan motor in the below diagram, and then exchange the lead wire indicated by the arrow mark ( ), 6. Pay attention to change static pressure because the outside static pressure of H tap in 50 or 60Hz. Sold separately Symbol FM RC TR TA TC,TC,TCJ RY005~007 RY00 RY00 PMV F 4F DM FS Parts name Fan motor Running capacitor Transformer Indoor temp sensor Temp sensor Fan motor control relay Flap motor control relay Drain control relay Pulse Motor Valve Fuse Fan motor control relay Drain pump motor Float switch WHI RED BLU ORN BLK BRN WHI RED GRY Closed end connector 4 4 GRY FM RC F F F F4 Indoor control P.C. board CN0 (YEL) Sub P.C. board MCC CN0 Wired for MMD-AP048 only (BRN Wire) BLK WHI GRY RED 49F Motor over heating protection switch BLU ORN BRN 88

90 -6. Under Ceiling Type Model: MMC-AP05H, AP08H, AP04H, AP07H, AP06H, AP048H DM RED WHI Closed end terminal LM FS CN04 (GRY) CN67 (BLK) CN68 (BLU) BLK CN CN CN DC0V DC5V DCV DC7V 6 6 RY0 CN8 (BLU) Indoor control P.C. board CN CN04 (YEL) CN0 (RED) CN0 (BLK) CN80 (GRN) CN4 (RED) RY0 Fuse T6.A 50V~ P0 ~ + ~ Fuse T.5A PNL TA TCJ TC CN40 (BLU) CN4 (BLU) CN09 (YEL) CN50 CN6 (YEL) CN CN60 CN8 (BLK) CN0 (BLU) CN7 (RED) CN70 EXCT FILTER T Fandrive Option GRL Wired remote controller Adpter for wireless remote controller WHI RED Indoor unit Flow selector unit earth screw Earth screw R(L) S(N) Power supply single phase 00-40V 50Hz 00V 60Hz U U Outdoor unit FM PMV Motor drive circuit Power supply circuit CN00 (BRW) BLU BLU BLK BLK U U A B BLK WHI TR CN0 Network adaptor P.C. board CN0 (BLU) CN0 (RED) Network adaptor (Option) Color identification RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BRW : BROWN BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE GRN : GREEN WHI BLK WHI BLK CN CN00 X Y. indicates the terminal block, letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at site.. indicates the control P.C. board. Sold separately Symbol FM TA TC,TC,TCJ LM RY0 DM FS Parts name Fan motor Indoor temp sensor Temp sensor Louver motor Drain control relay Drain pump motor Float switch TC 89

91 -7. High Wall Type Model: MMK-AP007H, AP009H, AP0H, AP05H, AP08H, AP04H RED 5 FM PMV TA TCJ TC TC WHI CN CN CN00 (BRW) CN0 (BLK) CN0 (RED) CN4 (RED) CN CN8 (BLU) CN0 (GRN) CN68 (BLU) Motor drive circuit CN080 (GRN) Flow selector unit earth screw CN04 (YEL) RY0 RY0 LM CN04 (GRY) EXCT CN7 (RED) Control P.C. board for Indoor unit MCC-40 FUSE T.5A 50V~ FUSE T6.A 50V~ CN70 CN67 (BLK) P0 BLK CN0 (BLU) CN8 (BLK) CN60 CN CN6 (YEL) CN50 CN4 (BLU) CN40 (BLU) CN CN (YEL) Fandrive Option RED Closed-end connector WHI BLU BLU BLK BLK GRY TR GRY CN0 R(L) S(N) BLK. Indicates the terminal bolock. Letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at side.. indicate the control p.c. board. CN0 (BLU) A B X Y WHI CN0(RED) U U WHI BLK WHI BLK Symbol Parts name FM Fan motor TA Indoor temp sensor TC,TC,TCJ Temp sensor PMV Pulse motor valve LM Lover motor RY0 Louver control relay Network Adapter (Option) MCC-40 U U CN Wired remote controller Outdoor unit CN00 Adapter for wireless remote controller Power supply single phase 0-40V 50Hz 0V 60Hz Indoor unit Earth screw DC0V DC5V DCV DC7V Power supply circuit 90 Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN

92 -8. Floor Standing Cabinet Type Model: MML-AP007H, AP009H, AP0H, AP05H, AP08H, AP04H PMV FM FS CN00 (RED) PMV LM CN CN08 (GRN) (BLU) RC RED BLK ORN BLU YEL CN068 (BLU) FAN CN DP TA M L UL H CN04 (YEL) RY007 TCJ RY00 RY00 P0 (BLK) CN0 (RED) RY004 TC RY006 CN0 (BLK) (GRY) CN04 TC CN00 (BRN) RY005 Control P.C. board for Indoor unit MCC-40 (YEL) CN09 PNL CN080 (GRN) AC IN RED FUSE T5.0A 50V~ EXCT CN07 (RED) WHI CN067 (BLK) FILTER CN070 CN066 CN08 (BLK) Power supply circuit CN060 CN0 CN06 (YEL) CN050 CN04 (BLU) CN040 (BLU) 4 5 CN075 Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN RC 4 5 CN T0 FAN OPTION DRIVE CN0 (YEL) BLK BLK BLU BLU Network Adapter (Option) Sub P.C. board MCC-50 CN0 TR CN CN0 (BLU) Flow selector unit earth screw Line Filter CN0(RED) RED Symbol Parts name FM Fan motor RC Running capacitor TR Transformer TA Indoor temp sensor TC,TC,TCJ Temp sensor RY00 Louver control relay RY00 Drain control relay RY004 Heater control relay RY005~007 Fan motor control relay PMV Pulse motor valve TR U A B U Closed-end connector WHI Indoor unit earth screw MCC-40 X Y R(L) S(N). Indicates the terminal bolock. Letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at side.. indicate the control p.c. board. U U Outdoor unit Remote Controller CN Power supply single phase 0-40V 50Hz 0V 60Hz 9

93 -9. Floor Standing Concealed Type Model: MML-AP007BH, AP009BH, AP0BH, AP05BH, AP08BH, AP04BH TA PMV RC WHI RED GRN FM FM 6 6 RED RC WHI RED BLK ORN BLU YEL CN04 (YEL) M L UL H RY007 R0 (BLK) RY004 RY006 (GRY) CN04 RY005 CN0 (RED) TCJ CN0 (BLK) TC CN00 (BRW) (YEL) CN09 Closed-end connector Indoor unit earth screw CN080 (GRN) AC IN Power supply single phase 0-40V 50Hz 0V 60Hz FUSE T5.0A 50V~ (BLK) CN067 CN07 (RED) CN070 CN066 CN08 (BLK) CN044 (BRW) PNL CN060 CN0 CN06 (YEL) CN040 (BLU) EMG CN CN FAN OPTION DRIVE EXCT Outdoor unit CN Remote Controller. Indicates the terminal bolock. Letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at side.. indicate the control p.c. board. FILTER CN04 (BLU) TR CN0 CN0 (BLU) CN0 (RED) TC CN0(RED) RED WHI RED WHI R(L) S(N) PMV CN0 (GRN) CN068 (BLU) FAN CN08 CN08 (BLU) CN00 (RED) For AP007BH,AP009BH,AP0BH RY00 RY00 Control P.C. board for undoor unit MCC-40 Power supply circuit CN075 TR Network adapter (Option) A B X Y U U MCC-40 U U GRN RED BLK ORN BLU YEL Flow selector unit earth screw FAN CN08 CN0 (YEL) Sub P.C. board MCC-50 Symbol Parts name FM Fan motor RC Running capacitor TR Transformer TA Indoor temp sensor TC,TC,TCJ Temp sensor RY00 Louver control relay RY00 Drain control relay RY004 Heater control reley RY005~007 Fan motor control relay PMV Pulse motor valve CN0 Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN 9

94 -0. Floor Standing Type Model: MMF-AP05H, AP08H, AP04H, AP07H, AP06H, AP048H, AP056H RC PMV LM PMV CN08 (BLU) 6 6 LM FS CN00 (RED) CN0 (GRN) DP RED BLK ORN BLU YEL TA CN04 (YEL) M L UL H RY007 P0 (BLK) RY004 RY006 (GRY) CN04 RY005 (YEL) CN09 FUSE T5.0A 50V~ (BLK) CN067 Color indication RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRW : BROWN GRN : GREEN Symbol Parts name FM Fan motor RC Running capacitor TR Transformer LM Lover motor TA Indoor temp sensor TC,TC,TCJ Temp sensor RY00 Louver control relay RY00 Drain control relay RY005~007 Fan motor control relay PMV Pulse motor valve. Indicates the terminal bolock, letter. Letter at inside indicates the terminal number.. A dotted line and broken line indicate the wiring at side.. indicate the control p.c. board. FM BRW Indoor unit earth screw Closed-end connector Power supply single phase 0-40V 50Hz 0V 60Hz TCJ CN0 (RED) TC CN0 (BLK) TC CN00 (BRW) PNL CN080 (GRN) AC IN EXCT CN07 (RED) FILTER CN070 CN066 CN08 (BLK) CN044 (BRW) CN040 (BLU) 4 5 RC 4 5 CN FAN OPTION DRIVE X Y Outdoor unit Remote Controller CN CN068 (BLU) FAN CN08 RY00 RY00 Control P.C. board for Indoor unit MCC-40 Power supply circuit CN060 CN0 CN06 (YEL) CN075 CN050 CN04 (BLU) EMG BLK BLK BLU BLU Network Adapter (Option) CN0 TR CN0 (BLU) Line Filter CN0(RED) RED WHI Flow selector unit earth screw TR U A B U MCC-40 U U R(L) S(N) CN0 (YEL) Sub P.C. board MCC CN CN0 9

95 . Outdoor Unit Model: MMY-MAP080FT8, MAP00FT8, MAP0FT8 + FM Option Board Option Board Option Board Option Board Option Board Pressure Sensor PD Pressure Sensor PS PMV PMV PMV 6H 6H WHI RED BLK RED BLK WHI RED BRN BLU ORN YEL WHI RED BRN BLU ORN YEL WHI RED BRN BLU ORN YEL WHI WHI WHI BLU BLU U U U U4 U5 U6 CN506(BLK) CN50 (BLU) CN500 BLU(BLK) BLU(BLK) CN08 (BLU) CN06 CN5 (BLU) CN5 (BLU) CN50 CN509 (BLK) CN508 (RED) CN50 (RED) CN500 CN0 (RED) CN0 CN00 CN0 CN0 (BLU) TD (YEL) CN CN09 GRY CN50 TD (RED) BLU(BLK) BLU(BLK) CN50 (PNK) RED CN50 (RED) RY500 CR500 BLU BLU SV6 5 CN504 CN505(RED) RY CR50 SV4 5 5 BLU BLU U U U5 U6 TS (GRY) BLK BLK CN504 BLU YEL PNK RED BLU YEL WHI BLK BLU BLK WHI RED BLU W V U YEL Power supply P.C. board for FAN MCC-49 BLK WHI + FAN IPDU P.C. Board MCC-896, 897 BLU RED PNK CN Interface Control P.C. Board MCC-49 Outdoor unit Indoor unit TS BLK BLK CN5 (BLK) ON U U CN(BLU) TE (BLK) BLK BLK CN505 (GRN) RY50 CR50 SV4 BLU BLU U U4 BLK WHI BLU RED PNK SW0 Central remote controller CN5 TO (BLK) BLK BLK CN507 (YEL) CN0 4 CN7 (BLK) CN06 CN8 (RED) YEL RY504 CR504 CN6 (BLU) BLU SV5 BLU BLU IPDU P.C. Board () MCC-50 TK (BLK) BLU(BLK) BLU(BLK) CN54 (BLK) CN BLK WHI RED 4 ON 4 ON 4 ON 4 ON CN0 CN0 CN0 CN CN0 CN09 BLK WHI RED YEL BLU CM RY506 CR506 SV TK (BLU) BLU(BLK) BLU(BLK) W V U CN55 (GRN) SW4 SW SW SW T S R CN CN5 CN CN RY507 CR507 BLU BLU BLU BLU BLU BLU BLU BLU CN4(RED) SVA TK (BLU) BLU(BLK) BLU(BLK) 4 ON 4 ON CN56 (RED) ON SW08 4 ON 4 ON CN0 WHI CN WHI SW0 SW09 SW07 SW06 (Srvice) BLU RY508 CN(YEL) SVB Reactor CR508 TK4 (GRN) BLU(BLK) BLU(BLK) SW BLK CN5 (YEL) BLU BLK YEL YEL CN800 RY509 CN4(BLK) SVC TL BLK BLK SW06 SW05 SW BLK CN5 SW SW0 CR509 BLU BLU CN PTC Themistor RED RED Mg-SW OCR Noise filter P.C. board MCC-66 BLK 4 4 RY5 SV Option board CN5 (GRN) D600 D60 D60 D60 D604 CR5 Color indication 4 CN 4 CN9 BLU SW0 SW0 SW0 CN0 RED RED RED WHI CN7 CN8 RY54 CR54 SV BLU CN00 (BLK) BLU BLU CN0 5 BLK BLK CN80 Flash CN0 CN9 CN04 CN0 CN CN(BLU) RED WHI BLK GRY RY5 RY5 RY50 RY58 CN6 A A GRY GRY GRY RY56 BRW CR56 Transformer CN40 WHI CN40 RED CN T6.A FUSE RY57 Heater CN5(BLU) BRW CR57 RED : RED WHI : WHITE YEL : YELLOW BLU : BLUE BLK : BLACK GRY : GRAY PNK : PINK ORN : ORANGE BRN : BRWN VLT : VIOLET T6.A FUSE T6.A FUSE CR5 CR5 CR 50 CR 58 Heater L L CN05(RED) CN07 PNK RED BLU WHI BLK 5 4 CN CN5 (YEL) 4 4 CN7 (BLU) CN CN (RED) 4 4 PNK RED RED WHI BLK GRY BLK BLK ORN ORN PNK PNK PNK PNK BLK WHI BLU PNK RED BLK WHI BLU L L L N RED BLU BLK(PNK) BLK(PNK) Symbol Parts name BRN CN5 ORN ORN 4WV Comp SV E SV D CN6 CN06 CN8 (BLU) (RED) Accumulator heater CN7 (BLK) Comp Parts layout IPDU Board () MCC-50 BLK WHI RED CN CN0 CN09 BLK Earth screw CN0 CN0 CN0 WHI RED YEL BLU CM W V U CN5 CN T S R CN CN CN07 WHI CN08 WHI YEL BLU RED WHI BLK GRY U U U U4 U5 U6 Fan IPDU MCC-896 Connecting terminal Interface Power Supply phase 80-45V 50Hz control P.C. board (I/F) MCC-49 Noise filter P.C. board MCC-66 MG- SW OCR Power supply for fan MCC-49 Reactor L L L N. The two-dot chain line indicates wiring at the local site, and the dashed line indicates accessories sold separately and service cables, respectively..,, and indicate the terminal blocks and the numerals indicate the terminal numbers.. indicates P.C. board. * Be sure to fix the electric parts cover surely with two screws. (Otherwise water enters into the box resulting in a trouble.) Comp. IPDU No. MCC-50 Comp. IPDU No. MCC-50 Power supply terminal Compressor Pulse motor valve -way valve coil 4-way valve coil Compressor case thermo. Pipe temp. sensor (Inlet) Pipe temp. sensor (Outlet) Heat exchange temp. sensor Air temp. sensor Oil temp. sensor Liquid temp. sensor Case heater, 0V, 6W Fan motor (DC) Low pressure sensor High pressure sensor High pressure switch Magnet switch Overcurrent relay CM, CM PMV, PMV, PMV SV, SV4, SV4, SV5, SVA, SVB, SVC, SVD, SVE, SV6, SV, SV 4WV COMP, COMP TS TD, TD TE TO TK, TK, TK, TK4 TL HEATER, HEATER, ACCUM HEATER FM PS PD 6H, 6H MG-SW OCR L L L N 94

96 . FS Unit (Flow Selector Unit) Model: RBM-YFE, Y80FE Connection Wiring Diagram Flow Selector Unit Indoor Unit RBM-Y80FE Only Earth Screw Connection Cable (Control Wiring) SVD SVS SVS SVSS SVDD COM SVD SVS SVDD SVSS WHI ORN BLU YEL BRW CN0 (RED) CN0 Control P.C. Board MCC-4 CN0 (GRN) Connection (Control Wiring) Control P.C. Board for Indoor unit CN8 (BLK) CN67 (BLK) R(L) S(N) Power Supply Single Phase 0-40V 50Hz Indoor Unit Earth Screw 95

97 96

98 Controls 97

99 98

100 Controls Outline of application Control Super Digital Inverter Digital Inverter LONWORKS LON Gateway TCS-Net Interface BMS-IFLSVE BMS-LSVE Intelligent server Touch screen controller :model connection interface TCB-PCNT0TLE Remote location ON/OFF control board TCB IPCB-4E Batch drive, error output Network adapter TCB-PCNT0E Super Modular Multi Outdoor Unit Monitoring Remote control Schedule operation Error code indication Alarm list indication Monthly report Energy monitoring data etc. Master ON/OFF signal AI-NETWORK Power peak-cut control board TCB-PCDME External master ON/OFF board TCB-PCDMOE Energy meter relay Interface AI-NET Central control devices I/F BMS-IFWHE Alarm Status output ON/OFF Command Local supply Energy monitoring Master ON/OFF signal Power peak-cut control signal Operation status output Operation control command Control remote controller TCB-SC64TL Master remote controller Side remote controller Wireless remote controller Weekly timer Wired remote controller RBC-EXW RBC-AMTE Simple remote controller Weekly timer RBC-ASE RBC-EXWE Air-conditioning Management System on site BACnet TM : ANSl/ASHRAE5 995, A Data CommuniCation Protocol for Bulding Automation and ControI Networks. LoNWoRKS, Resisterd trademark of Echelon Corporation 099

101 . Applications for indoor remote controller Basic function System diagram Model - Individual control Air conditioner is individually operated at a distance. Main remote controller Indoor unit Remote controller Possible up to Max. total length 500m Wireless remote controller Indoor unit ((( Wireless Remote controller Receiver unit Wired remote controller RBC-AMTE Simple remote controller RBC-ASE Wireless remote controller kit TCB-AXU(W)-E RBC-AXCE TCB-AXE Max.8 indoor units - GROUP control One remote controller can control group of Max. 8 indoor units. Operating on the same setting Indoor unit Remote controller Indoor unit Indoor unit Indoor unit Possible up to Max.total length 500m Wired remote controller RBC-AMTE Simple remote controller RBC-ASE Wired system Wireless system - Two remote control Air conditioner is controlled by two remote controllers at two places. Indoor unit Remote controller Master Remote controller Side Possible up to Max. total length 500m Indoor unit ((( Wireless remote controller Master Indoor unit ((( Wireless remote controller Side Wired remote controller RBC-AMTE Simple remote controller RBC-ASE Wireless remote controller kit TCB-AXU(W)-E RBC-AXCE TCB-AXE Wired & Wireless combination control (Either controller should be set as side controller) Remote controller ((( Wireless remote controller -4 Control by weekly timer Weekly schedule operation Indoor unit Weekly timer function Setting of ON-OFF times par day Timer time is displayed. Designation of holiday Wired remote controller RBC-AMTE + Weekly timer RBC-EXWE Remote controller Weekly timer 00

102 . Application controls for central remote controller Basic function System diagram Model U, U4 Header unit Super MMS Outdoor unit Line- U5, U6 Indoor unit Zone 4 U, U U, U4 Header unit Indoor remote controller Outdoor unit Line- U5, U6 Super MMS Indoor unit Zone U, U Zone U, U4 Header unit Outdoor unit Indoor remote controller Super HRM Central remote controller TCB-SC64TLE Line- Indoor unit - Central management controller for 64 units Zone U, U FS unit Power Central Indoor remote controller supply remote controller Single phase 0/0/40V <Indoor remote controller> Wired remote controller RBC-AMTE Simple remote controller RBC-ASE Function of central remote controller Individual control up to 64 indoor units. Individual control for max. 64 indoor units divided to 4 zone. (Up to 6 indoor units for each zone.) Up to 6 outdoor header units are connectable. 4 type central control setting to inhibit individual operation by remote controller can be selected. Setting for one of to 4 zone is available. Usable with other central comtrol devices (Up to 0 central control devices in one control circuit) Two control mode selectivity Central controller mode/remote controller mode Setting of simultaneous ON/OFF times for each day of the week combined with weekly timer. - Central remote controller + Weekly timer Weekly operation schedule can be set by connecting a weekly timer to the central remote controller U, U4 FS unit Single phase 0/0/40V Power supply Central remote controller Outdoor unit Indoor unit Indoor remote controller Weekly timer U, U Central remote controller TCB-SC64TLE + Weekly timer RBC-EXWE <Indoor remote controller> Wired remote controller RBC-AMTE or Simple remote controller RBC-ASE 0

103 Basic function System diagram Model U, U4 Outdoor unit U, U - Remote central control without indoor remote controller Power supply Single phase 0/0/40V Example of grouping operation Power supply Single phase 0/0/40V U, U4 FS unit Indoor unit Central remote controller Even when grouping operation is performed by connecting multiple indoor units to line, the indoor remote controller is required. Outdoor unit U, U (Group) Indoor remote controller is required Central remote controller FS unit Available Central remote controller TCB-SC64TLE <Indoor remote controller> Wired remote controller RBC-AMTE U, U4 Outdoor unit U, U Power supply Single phase 0/0/40V (Group) Central remote controller FS unit Available -4 Central management control with : model Power supply U, U4 Header unit FS unit U, U Central remote controller Super HRM * Indoor unit Indoor remote controller ": model" connection interface Central remote controller TCB-SC64TLE : model connection interface TCB-PCNT0TLE RAV-SM560KRT-E, SM800KRT-E are not available <Indoor remote controller> Wired remote controller RBC-AMTE Simple remote controller RBC-ASE * TOSHIBA Digital Inverter System and Super Digital Inverter System 0

104 . Application control for network Basic function System diagram Model - LONWORKS LON Center LON Interfaces LON Talk TCB- TCB- IFLN060 TCB- LON Gateway TCB-IFLN **** : model connection interface TCB-PCNT0TLE RAV-SM560KRT-E, SM800KRT-E are not available FS unit Super HRM Remote controller * ": model" connection interface <Indoor remote controller> Wired remote controller RBC-AMTE or Simple remote controller RBC-ASE * TOSHIBA Digital Inverter System and Super Digital Inverter System The LONWORKS interface shall be connected between a building management computer and the Super HRM and Super MMS system. - BACnet BAC net center BACnet local server BMS-LSV ****** Local server TCS-Net Relay Interface TCB- TCB- Super HRM * TCS-Net Relay Interface BMS-IFLSVE : model connection interface TCB-PCNT0TLE RAV-SM560KRT-E, SM800KRT-E are not available FS unit Remote controller ": model" connection interface <Indoor remote controller> Wired remote controller RBC-AMTE * TOSHIBA Digital Inverter System and Super Digital Inverter System Simple remote controller RBC-ASE The local server shall be connected under the BACnet network, and shall be connected the Super HRM and Super MMS system through the interface. 0

105 Touch screen controller system System Diagram Intellig ent Server Software Ethernet connection RS-485 Control wiring Outdoor units Touch Screen Controller Control Maximum 5 FCU Intellig ent Server TCS-Net Relay Interface Control wiring FS units Indoor units Remote controller Control wiring Maximum 4 Intellig ent server Maximum 8 Relay Interface Maximum 4 Energy Monitori ng Relay Interface I/F RS-485 Local suppl y pulse/ kwh ms Energy Meter Relay Interface Maximum 8 Power Meter Maximum Input & Output More I/O - Fire alarm Door Key Entry ON/OFF Error code output I/F Digital I/O Relay Interface Maximum 4 Digital I/O Relay Interface Devi ces Function Model Name Model Name Specific ation Touch Screen controller BMS-TP0640ACE Max 64 FCU, without electrical bill calculation (Englis h version) BMS-TP50ACE Max 5 FCU, without electrical bill calculation BMS-TP0640PWE Max 64 FCU, with electrical bill calculation BMS-TP50PWE Max 5 FCU, with electrical bill calculation Intelligent Server BMS-LSVE Server in between Screen controller & Control wiring Intelligent Server Software BMS-STCC0E Installed to Intelligent Server TCS-Net Relay Interface BMS-IFLSVE I/F in between Intelligent server & Control wiring Energy Monitori ng Relay Interface BMS-IFWHE I/F for Power Meter Digital I/O Relay Interface BMS-IFDD0E I/F for I/O signal () Monitoring air-conditioners Operation status can be seen according to a unit. Unit All building, All tenants, Each tenant, Each area, Each air-conditioning system Monitoring contents Operation and alarm status, Setting status for each air-conditioning system () Operating of air-conditioners Master / individual control can be performed according to a unit. Operating contents ON/OFF, Operation setting operation mode, air volume, frap position, setting temp., inhibited setting from remote location () Schedule operation Air-conditioners are operated according to set-up schedule / operation pattern. Schedule opretaion can be performed according to a unit. Operation pattern Weekly pattern, special day pattern (4 pattern), No-work days pattern (4) Alarm list display The present alarm contents are list-displayed. Display contents Alarm contents, Unit number, Generated time (5) Alarm record display The past alarm records are list-displayed. Display contents Alarm contents, Unit number, Generated time (6) Monthly report data extraction Monthly report data is wrtten in "Compact Flash". Monthly report can be created according to a unit using monthly report software. Monthly report contents The number of ON/OFF, Operating time, Results of energy monitoring (7) Energy monitoring data extraction Power consumption data is written in "Compact Flash". Energy monitoring can be performed according to a unit using energy monitoring software. Energy monitoring data Power consumption according to the power meter 04

106 Basic function System diagram Model -4 Windows based central controller Local server Relay Interface FS unit Personal computer on site Super HRM Remote controller * ": model" connection interface Energy monitoring relay interface Digital I/O relay interface WINDOWS based central controller BMS-LSV ** TCS-Net Relay Interface BMS-IFLSVE Intelligent server BMS-LSVE BMS-STC0E Energy Monitoring Relay Interface BMS-IFWHE Digital I/O Relay Interface BMS-IFDD0E : model connection interface TCB-PCNT0TLE RAV-SM560KRT-E, SM800KRT-E are not available * TOSHIBA Digital Inverter System and Super Digital Inverter System <Indoor remote controller> Wired remote controller RBC-AMTE Simple remote controller RBC-ASE The local server shall be Plug-in into a cutomer s personal computer. 05

107 4. Application controls of optional devices connected to indoor unit [] Remote location ON/OFF control box Model Appearance Features Name Start and stop of air conditioner is possible by the external signal, and also indication of operation/alarm to outside is possible. Application Function TCB-IFCB-4E Operation Display Interface Monitoring ON/OFF status (for indoor unit) Alarm status (system & indoor unit stop) ON/OFF command Air conditioner can be turned ON/OFF by external signals. The external ON/OFF signals are output for the signals below. Remote Controller ON /OFF COM Non-voltage ON /OFF continious signal [] Network adapter Model Appearance Features Name Indoor units of Super HRM system is controled by AI-NETWORK central remote controller. Connectable indoor units per group. Connection of cables TCB-PCNT0E Place optional P.C. board in Electrical parts box of indoor unit. Application Power Supply AI Network Wiring diagram of indoor P.C. board Central Remote Controller TCB-SC64E Network Adapter Indoor unit 06

108 [] ": model" connection interface Model Appearance Features Name Link adapter for ": model" into VRF system network : model : Super digital inverter Digital inverter Connection of cables TCB-PCNT0TLE Place optional P.C. board in electrical parts box of indoor unit. Application Central Remote Controller TCB-SC64TLE Super MMS control wiring Wiring diagram of indoor P.C. board : model connection interface FS units Indoor units Digital Inverter Super Digital Inverter : model connection Interface Outdoor unit 07

109 5. Application controls by optional P.C. board of outdoor unit Model name Appearance Function [] Power peak-cut Control Feature The upper limit capacity of the outdoor unit is restricted based on the power peak cut request signal from outside. TCB-PCDME Size : 7 x 85 Application Function Two type control can be selected by setting SW07 on the interface P.C. board of the outdoor unit. TCB-PCDME ON COM OFF COM Local Supply SW SW [ Standard funciton ] SW07- OFF Input SW07- SW0 SW0 OFF ON ON OFF 0% (stop) Up to 60% OFF ON 00% (Nomal) 00% (Normal) *Place this optional P.C. board to inverter assembly of the outdoor unit. [ Expansion function ] SW07- ON Input SW07- SW0 SW0 OFF ON OFF OFF 00% (Nomal) 00% (Normal) ON OFF Up to 80% Up to 85% OFF ON Up to 60% Up to 75% ON ON 0% (stop) Up to 60% Be sure to prepare the point of contact for each terminal. Don't turn on both SW and SW terminal simultaneously. 08

110 Model name TCB-PCMOE Appearance Size : 55.5 x 60 Application [] Snowfall fan control Feature Outdoor fan is operated by the snowfall signal from outside. Function TCB-PCMOE COM Cooling SMC : Cooling mode select input (switch) Terminal Input signal Operation ON Snowfall fan control (Operates outdoor fan.) SMC OFF ON Usual operation OFF Function Local Supply SMC This control is conducted when input signal stand up and fall down. (Standing and falling status should be held for 00 mm.sec. or more.) *Place this optional P.C. board to inverter assembly of the outdoor unit. [] External master ON/OFF control Feature The outdoor unit starts or stops the system. Function TCB-PCMOE COM Cooling Heating SMC Input signal for start SMH Input signal for stop Terminal Input signal Operation ON Starts all indoor units. SMC SMH OFF ON OFF Local Supply SMC SMH Stops all indoor units. Be sure to prepare non voltage continuous point of contact for each terminal. This control is conducted when input signal stand up or fall down. (Standing and falling status should be held for 00 mm.sec. or more.) 09

111 Model name Appearance Function [4] Night operation (Sound reduction) control Feature Sound level can be reduced with connecting outdoor E-parts by restricting compressor and fan speed. Size : 55.5 x 60 Function TCB-PCMOE COM Cooling Local Supply SMC TCB-PCMOE SMC : Cooling mode designated input switch Application Terminal Input signal Operation ON Night operation control SMC OFF ON Usual Operation OFF This control is conducted when input signal stand up or fall down. (Standing and falling status should be held for 00 mm.sec or more.) [5] Operation mode selection control Feature This control can be operated with the operation mode which is permitted by SMC or SMH. *Place this optional P.C. board to inverter assembly of the outdoor unit. Function TCB-PCMOE COM Cooling Heating Local Supply SMC SMH SMC : Cooling mode designated input switch SMH : Heating mode designated input switch SMC SMH Selected operation mode ON OFF Only cooling mode permitted OFF ON Only heating mode permitted Be sure to prepare non-voltage continuous point of contact for each terminal. 0

112 Remote controller Wired remote controller RBC-AMTE Simple remote controller RBC-ASE

113 Wireless remote controller TCB-AXU (W)-E Wireless remote controller kit RBC-AXCE

114 Wireless remote controller kit TCB-AXE x 9.4 long hole x 5.4 long hole 6 Weekly timer RBC-EXWE

115 Central remote controller TCB-SC64TLE Electrical component box Hole for electrical wiring (6) Control unit 69 Unit: mm 8 80 Hole for electrical wiring Z Rear plate (6) 4-Ø 5 diameter holes (for mounting) Mounting plate (for flush mounting) 4-Ø 5.5 diameter holes (for mounting) Z-view (back side) * In order to mount the central controller flush with the wall, an opening measuring 8 mm x 8 mm is necessary. LON Gateway TCB-IFLN**** *Detailed dimensions were not available at the time of publication. 4

116 TCS-Net relay interface BMS-IFLSVE mounting hole (.4) (.4) Touch screen controller BMS-TP50ACE

117 Intelligent server BMS-LSVE Energy mountoring relay interface BMS-IFWHE mounting hole (.4) (.4)

118 Digital I/O relay interface BMS-IFWH4E mounting hole (.4) (.4) WINDOWS based central controller BMS-LSV**

119 Dimension TCB-PCDME Terminal Screw M x ø hole Terminal Screw M4 x 8 TCB-PCNOE ø hole Terminal Screw M x

120 Fan characteristics 9

121 0

122 Fan characteristics Concealed Duct Standard type MMD-AP007BH, AP009BH 40 Standard air volume:480m /h MMD-AP0BH 40 Standard air volume:570m /h External static pressure (Pa) Air volume limit (Min) Application limit High-static pressure H tap High static pressure H tap Standard H tap Air volume limit (Max) External static pressure (Pa) Air volume limit (Min) Application limit High static pressure H tap Standard H tap Low static pressure H tap High-static pressure H tap Air volume limit (Max) 40 Low static pressure H tap Standard L tap 40 Standard L tap 0 0 long life filter Air volume(m/h) long life filter Air volume(m/h) MMD-AP05BH MMD-AP08BH 40 Standard air volume:650m /h 40 Standard air volume:780m /h External static pressure (Pa) Air volume limit (Min) Application limit High-static pressure H tap High static pressure H tap Standard H tap Air volume limit (Max) External static pressure (Pa) Air volume limit (Min) Application limit High-static pressure H tap High static pressure H tap Standard H tap Air volume limit (Max) 40 Low static pressure H tap 40 Low static pressure H tap Standard L tap 0 0 Standard L tap long life filter Air volume(m/h) long life filter Air volume(m/h)

123 Standard L tap MMD-AP04BH, AP07BH 40 Standard air volume:40m /h MMD-AP00BH 40 Standard air volume:60m /h External static pressure (Pa) Air volume limit (Min) Application limit High static pressure H tap Standard H tap High-static pressure H tap Air volume limit (Max) External static pressure (Pa) Air volume limit (Min) Application limit High-static pressure H tap High static pressure H tap Standard H tap Air volume limit (Max) Low static pressure H tap Low static pressure H tap Standard L tap 0 0 long life filter long life filter Air volume(m/h) Air volume(m/h) MMD-AP06BH 40 Standard air volume:60m /h MMD-AP048BH, AP056BH 40 Standard air volume:980m /h External static pressure (Pa) Air volume limit (Min) Application limit High static pressure H tap Standard H tap High-static pressure H tap Air volume limit (Max) External static pressure (Pa) Air volume limit (Min) Application limit High-static pressure H tap High static pressure H tap Standard H tap Low static pressure H tap Air volume limit (Max) 40 Low static pressure H tap 40 Standard L tap Standard L tap 0 0 long life filter long life filter Air volume(m/h) Air volume(m/h)

124 Concealed Duct High Static Pressure type MMD-AP08H MMD-AP04H, AP07H Fan motor current (A) Medium static pressure tap Low static pressure tap Standard air volume: 900 m /h High static pressure tap Fan motor current (A) Medium static pressure tap Standard air volume:,0 m /h High static pressure tap Low static pressure tap Outside static pressure (Pa) Air volume lower limit High static pressure tap Medium static pressure tap Low static pressure tap 50Hz 60Hz Air volume upper limit Outside static pressure (Pa) Air volume lower limit High static pressure tap Medium static pressure tap Low static pressure tap 50Hz 60Hz Air volume upper limit ,000,00 Air volume (m /h),0 0,000,00,00,00,400,500,600 Air volume (m /h) MMD-AP06H MMD-AP048H.5 Standard air volume:,600 m /h.0 Standard air volume:,00 m /h Fan motor current (A).0.5 High static pressure tap Medium static pressure tap Fan motor current (A).5.0 High static pressure tap Medium static pressure tap Low static pressure tap.5.0 Low static pressure tap Outside static pressure (Pa) Air volume lower limit 50Hz 60Hz High static pressure tap Medium static pressure tap Low static pressure tap Air volume upper limit Outside static pressure (Pa) Air volume lower limit High static pressure tap Medium static pressure tap Low static pressure tap 50Hz 60Hz Air volume upper limit ,400,500,600,700,800 Air volume (m /h) 0,00,500,000 Air volume (m /h),500

125 AIR SPEED CHARACTERISTICS Air Speed Distribution 4-way air discharge cassette type MMU-AP009H, AP0H MMU-AP05H.7m.8m 0.m/s 0.5m/s 0.7m/s m MMU-AP08H 0 4 5m MMU-AP04H,AP07H.8m 0.7m/s 0.5m/s.6m 0.7m/s 0.5m/s 0.m/s 0.m/s 0 4 5m 0 4 5m MMU-AP00H.6m 0.7m/s MMU-A06H 0.5m/s 0.m/s.6m MMU-A048H 0.7m/s 0.5m/s 0 4 5m MMU-AP056H 0.m/s 0 4 5m 4

126 Air Speed Distribution -way air discharge cassette type MMU- AP007WH, AP009WH, AP0WH MMU- AP05WH, AP08WH.7m.7m Ceiling height (m) (m) Ceiling height (m) (m) m 0 m Horizontal distance (m) Horizontal distance (m) MMU-AP04WH, AP07WH.7m Ceiling height (m) (m) m Horizontal distance (m) MMU-AP00WH MMU-AP048WH.7.7 Ceiling height (m) Ceiling height (m) Horizontal distance (m) Horizontal distance (m) 5

127 Air Speed Distribution -way air discharge cassette type MMU-AP007YH, AP009YH, AP0YH.7m H (High wind, blowing downward) m L (Low wind, blowing downward) m 4.5 H (High wind, blowing horizontally) m L (Low wind, blowing horizontally) m m 0 m 0 m MMU-AP05SH,AP08SH MMU-AP04SH.7m.7m m 0. 0 m Under ceiling type MMC-AP08H,AP048H MMC-AP06H m m m m m m m m m 4m m m m 4m MMC-AP05H,AP04H,AP07H m m.0 0. m m m m 4m 6

128 Discharge Air Speed and Air Throw High wall type Air speed (m/s) MMK-AP007H, AP009H, AP0H Horizontal discharge Initial speed Horizontal throw (m) High wind : 5.0m/s Med. wind : 4.4m/s Air speed (m/s) 5 4 MMK-AP05H, AP08H Horizontal discharge Initial speed Horizontal throw (m) High wind : 5.0m/s Med. wind : 4.4m/s Air speed (m/s) 5 4 MMK-AP04H Horizontal discharge Initial speed Horizontal throw (m) High wind : 5.0m/s Med. wind : 4.4m/s Floor standing cabinet type Air speed (m/s) MML-AP007H, AP009H MML-AP0H, AP05H MML-AP08H, AP04H High wind Med. wind Low wind Distance from discharge grille (m) Air speed (m/s) High wind Med. wind Low wind Distance from discharge grille (m) Air speed (m/s) 4 High wind Med. wind Low wind Distance from discharge grille (m) 7

129 Air Speed Distribution Floor standing type (m) MMF-AP05H,AP08H (m) MMF-AP04H,AP07H.7.0.5m/s.0m/s 0.7m/s 0.5m/s.7.0.5m/s.0m/s 0.5m/s (m) (m) (m).7 MMF-AP06H (m).7 MMF-AP048H,AP056H.0.0m/s.0m/s.5m/s 0.5m/s.0.5m/s.5m/s.5m/s.0m/s (m) (m) 8

130 4 Sound characteristics (NC CURVE) 9

131 0

132 4 Sound characteristics (NC CURVE) Sound level data (NC CURVE) Sound level value the value at the case of measuring in non-resound room. MMU-AP009H, AP0H Fan Tap Sound pressure level(db(a)) H 0 M L 9 7 Octave band sound pressure level (db) Audifility limits of continous white sound H M L Octave band frequency(hz) MMU-AP05H MMU-AP08H Fan Tap Sound pressure level(db(a)) H M L 9 7 Fan Tap Sound pressure level(db(a)) H M L 9 8 Octave band sound pressure level (db) Audifility limits of continous white sound H M L Octave band sound pressure level (db) Audifility limits of continous white sound H M L Octave band frequency(hz) Octave band frequency(hz) MMU-AP04H, AP07H Fan Tap Sound pressure level(db(a)) H 4 M L 8 Octave band sound pressure level (db) Audifility limits of continous white sound H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 4 Octave band frequency(hz)

133 Sound level data (NC CURVE) Sound level value the value at the case of measuring in non-resound room. MMU-AP00H Fan Tap Sound pressure level(db(a)) H 7 M L 0 MMU-AP06H Fan Tap Sound pressure level(db(a)) H 40 M L 6 Octave band sound pressure level (db) Audifility limits of continous white sound Octave band sound pressure level (db) Audifility limits of continous white sound Octave band frequency (Hz) Octave band frequency (Hz) MMU-AP048H Fan Tap Sound pressure level(db(a)) H 44 M L 8 4 MMU-AP056H Fan Tap Sound pressure level(db(a)) H 45 M L 48 4 Octave band sound pressure level (db) Audifility limits of continous white sound Octave band sound pressure level (db) Audifility limits of continous white sound Octave band frequency (Hz) Octave band frequency (Hz) 4

134 Sound level data (NC CURVE) Sound level value the value at the case of measuring in non-resound room. MMU-AP007WH, AP009WH, AP0WH Fan Tap Sound pressure level(db(a)) H 4 M L 0 standard sound pressure µbar Octave band sound pressure level (db) Audifility limits of continous white level Octave band center frequency (Hz) MMU-AP05WH, AP08WH MMU-AP04WH, AP07WH Fan Tap Sound pressure level(db(a)) H 5 M L 0 Fan Tap Sound pressure level(db(a)) H 8 M L 5 standard sound pressure µbar standard sound pressure µbar Octave band sound pressure level (db) Audifility limits of continous white level Octave band sound pressure level (db) Audifility limits of continous white level 4 Octave band center frequency (Hz) Octave band center frequency (Hz)

135 Sound level data (NC CURVE) MMU-AP00WH MMU-AP048WH Fan Tap Sound pressure level(db(a)) H 40 M L 7 4 Fan Tap Sound pressure level(db(a)) H 45 M L Octave band sound pressure level (db) Audiffility limits of continous white level H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) MMU-AP05SH, AP08SH Fan Tap Sound pressure level(db(a)) H 4 M L 9 6 Octave band sound pressure level(db) Octave band sound pressure level (db) Octave band frequency (Hz) MMU-AP04SH Fan Tap Sound pressure level(db(a)) H 4 M L Octave band sound pressure level(db) 4 Octave band frequency (Hz)

136 Sound level data (NC CURVE) MMD-AP007BH, AP009BH Fan Tap Sound pressure level (db(a)) H M L Octave band sound pressure level(db) Audiffility limits of white level H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) MMD-AP0BH MMD-AP05BH Fan Tap Sound pressure level (db(a)) H M L 9 7 Fan Tap Sound pressure level (db(a)) H M L Octave band sound pressure level(db) Audifility limits of white level H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) Octave band sound pressure level(db) Audiffility limits of white level Octave band center frequency (Hz) H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 MMD-AP08BH Fan Tap Overall level db(a) H M L Octave band sound pressure level(db) Audifility limits of white level H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) 5

137 Sound level data (NC CURVE) MMD-AP04BH, AP07BH MMD-AP00BH Fan Tap Sound pressure level (db(a)) H M L 9 Fan Tap Sound pressure level (db(a)) H M L Octave band sound pressure level(db) Audiffility limits of white level NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 Octave band sound pressure level(db) Audifility limits of white level NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) Octave band center frequency (Hz) MMD-AP06BH MMD-AP048BH, AP056BH Fan Tap Sound pressure level (db(a)) H M L 6 4 Fan Tap Sound pressure level (db(a)) H M L Octave band sound pressure level(db) Audiffility limits of white level NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) Octave band sound pressure level(db) Audifility limits of white level NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) 6

138 Sound level data (NC CURVE) Sound level value the value at the case of measuring in non-resound room. MMD-AP08H Octave band sound pressure level (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Overall level A 7 40 (db) C (standard sound pressure µbar) Audifility limits of continous white level 96.0(external static pressure(pa)) Octave band center frequency (Hz) (db) Octave band sound pressure level (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Overall level A 7 40 (db) C (standard sound pressure µbar) Audifility limits of continous white level 96.0(external static pressure(pa)) Octave band center frequency (Hz) (db) MMD-AP04H, AP07H (db) (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Octave band sound pressure level (db) Overall level (db) Audifility limits of continous white level A C (standard sound pressure µbar) Octave band center frequency (Hz) (external static pressure(pa)) Octave band sound pressure level (db) Overall level (db) A C (standard sound pressure µbar) Audifility limits of continous white level Octave band center frequency (Hz) (external static pressure(pa)) 4 7

139 MMD-AP06H Octave band sound pressure level (db) (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Overall level A (db) C (standard sound pressure µbar) Audifility limits of continous white level 96.0(external static pressure(pa)) Octave band center frequency (Hz) Octave band sound pressure level (db) (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Overall level (db) A C (standard sound pressure µbar) Audifility limits of continous white level 96.0(external static pressure(pa)) Octave band center frequency (Hz) MMD-AP048H Octave band sound pressure level (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Overall level A (db) C (standard sound pressure µbar) Audifility limits of continous white level 96.0(external static pressure(pa)) Octave band center frequency (Hz) (db) Octave band sound pressure level (db) (db) Outside still pressure 68.6 (Pa) 7. (Pa) 96.0 (Pa) Overall level (db) A C (standard sound pressure µbar) Audifility limits of continous white level 96.0(external static pressure(pa)) Octave band center frequency (Hz) 4 8

140 Sound level data (NC CURVE) Sound level value the value at the case of measuring in non-resound room. MMC-AP05H Fan Tap Sound pressure level(db(a)) H 5 M L 0 Octave band sound pressure level (db) Audifility limits of continous white sound ~ 75 ~ 50 ~ 00 ~ ~ ~ 400 H M L 400 ~ ~ 9600 NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 Octave band frequency (Hz) MMC-AP08H MMC-AP04H, AP07H Fan Tap Sound pressure level(db(a)) H 6 M L 0 Fan Tap Sound pressure level(db(a)) H 8 M L 6 Octave band sound pressure level (db) Audifility limits of continous white sound ~ 75 ~ 50 ~ 00 ~ ~ ~ 400 H M L 400 ~ ~ 9600 NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 Octave band sound pressure level (db) Audifility limits of continous white sound ~ 75 ~ 50 ~ 00 ~ ~ ~ 400 H M L 400 ~ ~ 9600 NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 Octave band frequency (Hz) Octave band frequency (Hz) MMC-AP06H MMC-AP048H Fan Tap Sound pressure level(db(a)) H 4 M L 8 5 Fan Tap Sound pressure level(db(a)) H 4 M L 40 7 Octave band sound pressure level (db) Audifility limits of continous white sound ~ 75 ~ 50 ~ 00 ~ ~ ~ 400 H M L 400 ~ ~ 9600 NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 Octave band sound pressure level (db) Audifility limits of continous white sound ~ 75 ~ 50 ~ 00 ~ ~ ~ 400 H M L 400 ~ ~ 9600 NC-70 NC-60 NC-50 NC-40 NC-0 NC-0 4 Octave band frequency (Hz) Octave band frequency (Hz) 9

141 Sound level data (NC CURVE) MMK-AP007H, AP009H, AP0H Fan tap H M L Sound pressure level (db(a)) Octave band sound pressure level (db) Audifility limits of continous white level M M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band frequency (Hz) MMK-AP05H, AP08H Fan tap H M L Sound pressure level (db(a)) MMK-AP04H Fan tap H M L Sound pressure level (db(a)) Octave band sound pressure level (db) Audifility limits of continous white level H M NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band frequency (Hz) L Octave band sound pressure level (db) Audifility limits of continous white level H M L NC-70 NC-60 NC-50 NC-40 NC-0 NC Octave band center frequency (Hz) 40

142 Sound level data (NC CURVE) Sound level value the value at the case of measuring in non-resound room. MML-AP007BH, AP009BH, AP0BH 50 Hz 60 Hz Fan Tap H M L Fan Tap H M L Octave band sound pressure level (db) Overall level A 6.0 (db) C 4.7 (standard sound pressure µbar) Audifility limits of continous white level Octave band sound pressure level (db) Overall level (db) A C (standard sound pressure µbar) Audifility limits of continous white level Octave band center frequency (Hz) Octave band center frequency (Hz) MML-AP05BH, AP08BH 50 Hz 60 Hz Fan Tap H M L Fan Tap H M L Overall level (db) A C Overall level (db) A C Octave band sound pressure level (db) (standard sound pressure µbar) Audifility limits of continous white level Octave band sound pressure level (db) (standard sound pressure µbar) Audifility limits of continous white level 4 Octave band center frequency (Hz) Octave band center frequency (Hz) 4