PCXCW14Air-Cooled PRODUCT SYSTEM Application Air Cooled Mini Chiller Solution Fan Coil Unit Chilled Water System Solution Product Catalogue Products manufactured in an ISO certified facility. This document contains the most current product information as of this printing. @2014-06 Contents Products Overview kW Cooling & Heating Capacity 4.0 6.0 8.0 10.0 15.0 20.0 25.0 30.0 40.0 50.0 R22 020/025/030/040/050/060/080/100/120/150 UAE 020/025/030/040/050/060/080/100/120/150 Application 025/030/040/050/060/080/100/120/150 01 R407C UAP 060/080/100/120/150 020/025/030/040/050/055 Air Cooled Mini Chiller R410A UAQ 020/025/030/040/050/055 04 FWE-E Solution FWC-C 13 Fan Coil Units FUD-B 19 20 21 22 24 Wall Mounted Ceiling Cassette Ceiling Cassette Ceiling Cassette Ceiling Convertible Compact Type (600 x 600) Type (900 x 900) Type (900 x 900) Type With Brushless DC Motor 25 27 Ceiling Concealed Type Ducted Blower Type Remark: All unit photos in this catalog are solely for illustration purpose, actual outlook may differ slightly. All specifications are subjected to change by the manufacturer without prior notice. Daikin Mini Chiller is designed to support water operating pressure up to 1000kPa. With such high design pressure. additional pump can be installed to cater for higher pump head requirement. Daikin mini chiller is capable of fulfiling In the case where the Mini Chiller's built in pump head is insufficient to support the overall friction loss. 1 2 . the chiller can be installed far away from the fan coil units. As long as the water pump head pressure is sufficient to pump the water through the water pipe network. Application AIR COOLED MINI CHILLER APPLICATION EXAMPLES : Private Houses Gym Centres Universities & Halls Availablility of cooling only & heatpump models Hotels Office Rooms @ Coffee Houses Restaurant CHILLED WATER SYSTEM SOLUTION ADVANTAGES : Long Piping Application Simple On Site Quiet Operation Installation Chilled Water System Solution Advantages Versatility In Less Refrigerant Multiple temprature Serviceability & Error Energy Saving Dry Contact BMS System Coupling Handling Centralized Control Master/Slave Option Zone Control Code Troubleshooting Programmable Timer Compatibility Network supports up Operation can be managed Easy access for servicing Customizable operation Control based on Abiblity to be integrated to 50 chillers and 120 according to zones for all components. Error code schedule of chiller and FCU network grouping or with BMS FCU different comfort need displayed on control panel based on requirement to application No Necessity To for troubleshooting promote energy saving Use Cooling Towers purpose LONG PIPING APPLICATION Daikin chilled water system has no limitation in piping lengths unlike direct expansion refrigerant system. the all hydronic components are assembled and tested in the Plate type heat exchanger has a scope of care on refrigerant handling is smaller. Refrigarent 3 4 . Only connection to water piping and power at 30 bars. In factory. system vacuuming is done before it is By opening the front panel. it saves the 19 type of faulty occurred in the system by showing different hustles of field charging by installers. Meanwhile. water tank. water in the pipes. of heat exchange efficiency to handle in term of process and cost. unit. System coupling of one to one and one to many configurations Mini chiller can be installed far away from fan coil units ONE TO ONE LESS REFRIGERANT HANDLING EASY INSTALLATION AND MAINTENANCE : › Less Refrigerant Handling › No Refrigerant Used In Occupied Space INTEGRATED HYDRONIC COMPONENTS › Water As Cooling Medium Daikin Mini Chiller is fully integrated and equipped with key Refrigerant is only circulating within the mini chiller hydronic components such as expansion tank. installation of additional component on site can be compact structure and a high level case when there is a leak water is definitely easier eliminated. ONE TO MANY NO NECESSITY TO USE COOLING TOWERS MULTISTAGE END SUCTION WATER PUMP Diaphragm Expansion Tank Daikin mini chiller is designed for air cooled application where is no necessity to use Impeller and all movable parts Prevent damage of hydraulic components and cracking of the cooling tower especially for small and in contact with the water are piping due to expansion of hot medium size of chilled water application made of stainless steels. The chiller is equipped with self accurately charged with refrigerant to ensure diagnosis function which allow the chiller panel to display total of optimum performance. water acts as the cooling medium brazed plate heat exchanger and water circulating pump. As Brazed Plate Heat Exchanger for FCU. error code on the LCD screen of the panel. After that. fully charged with refrigerant SERVICEABILITY & ERROR CODE FOR EASE OF and undergo strict testing and quality check before and tested against leakages through dried air TROUBLESHOOTING delivery. one can access and service all the components in the chiller. another process of supply is required at site. NOTE: Model UA(E/P)080~150C/CR water tank is offered as an optional device. internal wiring. When there is less refrigerant used. the refrigerant circuit. WATER STORAGE TANK Prevent the compressor from switching ON/OFF too frequently FILTER DRIER during low load conditions such as Remove dirt and moisture in night time. SIMPLE ON SITE INSTALLATION The Daikin mini chiller is fully assembled. complete FACTORY PRECHARGED REFRIGERANT with all necessary components in one unit like water Each heat exchanger in the chiller is brazed pump. Air Cooled QUIET OPERATION VERSATILITY IN SYSTEM COUPLING Quiet operation due to fan coil units Chilled water system is designed with versatility in system and chiller can be placed far away coupling where there is no limitation in the number of Mini Chiller from room fan coil unit coupling with mini chiller as long as they meet the designed capacity requirament & water flow rate. Thus. High Efficiency the compressor will cut out immediately. Each chiller will have a chiller control panel that The BPHE has a strip heater around it to prevent water comes as a standard accessory. Supported Up To 50 Units Of Chiller Chiller 0 Chiller 1 Chiller 2 BRAZED PLATE HEAT EXCHANGER (BPHE) The heat exchanger is made of AISI 316 stainless steel plates closely arranged and brazed together to 5 way wire (CM8) Chiller maximize possible Chiller Panel 0 Chiller Panel 1 Communication Bus heat exchange (Master) (Slave) efficiency. This function allows any abnormal reading received by controller. • Tracing fault record (offer quick troubleshooting solutions). Daikin Mini Chiller panel implement both the water and refrigerant circuit. water temperature becomes too cold. There are 8 dedicated keys available in the The chiller panel controller is designed to control the panel. control features. For UA(E/P) 030. Device • Operation status display. Otherwise. compressor from rotating in the wrong directions. Motor Features: • Whole system configuration. 040. which uses rotary compressor). Anti-Freeze sensor through the cable up to a distance of 100 meters. operating temperature range. PARALLEL INSTALLATION MICROPROCESSOR CONTROL SAFETY PROTECTION Daikin Mini Chiller provides flexibility in adding Daikin chillers are equipped with microprocessor The safety protections provided for the Daikin chiller capacity for building extension. (Except UAE020C/CR 1. quieter and more reliable performance over a wide features: customized control for each connected unit. 050. 5 6 . 060. 120. followed by Protector at the master unit. condenser fan motor or circulating water pump. an alarm • Compressor Water Pump & Fan Motor Overload user to monitor all the settings on the slave units signal will be sent to chiller panel. Quiet Shutdown • Unique parameter settings. This can be done controller that will control and regulate the operation are: by installing the mini chiller in parallel of the unit. the freezing inside. BPHE can avoid the frosting as the anti-freeze sensor Example. AISI 316 stainless steel BPHE SUPERIOR RELIABILITY : EFFICIENCY AND PERFORMANCE : State-Of-The-Art Components CHILLER CONTROL PANEL • The display is shown in an 8-lines graphical LCD SCROLL COMPRESSOR ANTI-FREEZE PROTECTION display. This device allows the user to have • Menu selection. • Anti-Freeze Protection Sensor Besides that. At the same time. 080. • High & Low Pressure Switches connection. protection action plans such as to stop the operation of compressor. phase protector is provided to prevent the 2. 100. Water pressure differential switch The chiller control panel has been designed taking into Compliant ® This protection feature will ensure there is water flow consideration of the user friendly and yet versatile Scrolls in pipings when the chiller is in operation. the chiller panel can be installed in a will send the signal to cut out the compressor if the centralized plant control room for the building. Should there be • Anti-Freeze Heater on BPHE Master and Slave function. Built-in heater in BPHE • Modification of the selected value. 150 chiller control panel is able to be installed remotely CR. For ease of controlling chiller by accurately sensing the key temperatures in • Water Pressure Differential Switch and setting. the controller that contains the well • Discharge Temperature Sensor A network of up to 50 chillers is possible to be developed algorithm will provide protection to the • Over Pressure Relief Valve connected in a system. Copeland 3. • Navigation on the screen. Scroll Compressors are used for the units to offer a The chiller unit has several anti-freeze protection chiller operation. 2 Ref. CAPACITY STEP CONTROL 3 steps compressor loading (0%-40%-60%-100%) for UAQ 040 CR & UAQ 050 CR 2 steps compressor loading (0%-50%-100%) for UAQ 030 CR & UAQ 055 CR ELIMINATION OF WATER TANK Combining the Tandem Compressors technology Chiller Panel Comes As with the algorithm of the microprocessor control. Compatible With Smart Manager 7 8 . Apply sophisticated technology of true dual circuit control feature will ensure no single compressor is BPHE. This sequencing chiller.e. capabilities. i.1 Ref. So even if one primary circuit is shut UA(E/P)080 ~ 150 C/CR has been designed with two off. By doing so. especially during low loading operations. This will climate control applications and high-precision improve the reliability and energy efficiency of the systems food cooling cabinets in supermarkets. The external • Minimize mechanical losses water piping connection can be made either from This innovative air cooled chiller by Daikin the left or right side of the unit. Ref. • Offers flexibility to field installation.2 Ref. • Optimize compressor oil return which is to offer cost and energy saving for users.e. LOAD BALANCING CONTROL ANTI CORROSION GOLD ALUMINUM FIN FLEXIBILITY : For UA(E/P)080 ~ 150 C/CR both compressors will Gold Aluminum fin is offered as the standard material cut in and cut out depending on their of the condenser heat exchanger of this series of TRUE DUAL CIRCUITS BPHE accumulative operating time.1 EFFICIENCY AND PERFORMANCE : water water water water BETTER PERFORMANCE PARALLEL INSTALLATION • Usage of higher efficient R-410A rotary compressors Air-Cooled Mini Chiller in tandem configuration A network up to 50 chillers in a system is possible. each secondary channel is still in contact with a separate refrigerant circuits. the unit has part loading product the natural choice for flexible chillers.1 Ref. The true dual BPHE puts the secondary circuit (water) in contact with 2 primary circuits CAPACITY STEP CONTROL (refrigerant). unit. overload in operation as well as to ensure longer reliability of compressors. These advantages have made the compressors. it has two primary channel. i. • Tight tolerances between moving parts resulting in Control on the operation of the chillers will be done Model: UAQ 030/040/050/055 CR high compressor volumetric efficiency through the microprocessor controller. CHOICES OF SINGLE PHASE AND 3 PHASE POWER SUPPLY CONNECTION • Usage of single phase power supply compressors and circulating water pump. • Minimize gas flow losses and turbulence was designed with one purpose in mind. The Standard Controller water tank can be eliminated in most instances. 0-50-100% of rated capacity. 33 / 4.000 27.452 x 1.75 0.670 3.282 W 27.12 0.650 16.75 PIPING COOLING kPa 254 173 188 157 HEAD HEATPUMP kPa 229 144 188 157 ALL SPECIFICATION ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE ALL UNIT ARE BEING TESTED AND COMPLY TO ISO 5151 (NON-DUCTED UNIT) OR ISO 13253 (DUCTED UNIT) TEMPERATURE COOLING HEATING ENTERING 12°C 40°C EVAPORATOR LEAVING 7°C 45°C CONDENSOR AMBIENT 35°C 7°C / 6°C 9 10 .840 30.140 x 1.100% 0 .42 / 1.50 REFRIGERANT TYPE R22 EER W/W 2.30 COOLING A 11.032 1.000 113.80 32.50 25.440 4.270 x 570 PIPING CONNECTION mm 25.20 0.41 9.452 x 2.20 2.64 / 2.100% 0 .70 17.490 11.62 / 2.75 1.000 55.50 x 2 ALL SPECIFICATION ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE POWER SOURCE (OUTDOOR) V/Ph/Hz 380-415/3/50 ALL UNIT ARE BEING TESTED AND COMPLY TO ISO 5151 (NON-DUCTED UNIT) OR ISO 13253 (DUCTED UNIT) REFRIGERANT TYPE R22 SOUND PRESSURE LEVEL dBA 63 63 67 67 TEMPERATURE COOLING HEATING UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 1.370 15.58 2.77 12.100% 0 .62 12.000 44.93 0.73 REFRIGERANT TYPE R22 INDOOR UNIT TYPE ROTARY SCROLL SOUND PRESSURE LEVEL dBA 57 57 58 59 59 60 COMPRESSOR STAGE OF CAPACITY CONTROL 0 .21 2.000 50.75 COP W/W 3.53 / 1.00 x 2 7.4 Btu/h 65.245 x 1.690 INDOOR UNIT UNIT WEIGHT kg 328 340 480 560 COOLING W 8.452 x 2.190 5.29 / 1.390 5.00 x 2 5.56 / 2.230 5.38 / 1.140 12.80 3.650 2.170 38.100% 0 .76 2.160 x 460 1.00 UNIT WEIGHT kg 116 123 126 182 189 196 POWER SOURCE (OUTDOOR) V/Ph/Hz 220-240/1/50 380-415/3/50 NOMINAL WATER FLOW RATE COOLING I/s/m3/hr 0.76 / 2.03 UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 790 x 1.00 / 7.03 0.67 9.120 40.88 2.31 / 1.40 0.67 / 2.100% 0 .42 / 1.100% 0 .90 HEATPUMP W 8.78 12.150 ENTERING 12°C 40°C PACKING HEIGHT X WIDTH X DEPTH mm 1.80 1.450 HEAD HEATPUMP kPa 79 86 73 103 85 87 NORMAL TOTAL INPUT POWER (COOLING) W 8.00 0.500 48.310 12.43 1.210 15.63 2.83 3.000 95.060 11.43 2.18 2.120 EER W/W 2.20 0.100% UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 790 x 1.15 3.80 TANK MATERIAL MILD STEEL WITH ZINC EER W/W 8.270 x 570 1.000 132.320 REFRIGERANT CONTROL (EXPENSION DEVICE) CAPILLARY TUBE REFRIGERANT CHARGE kg 1.000 50.580 14.870 10.39 / 1.220 CAPACITY / VOLUME L 22 40 NORMAL RUNNING CURRENT (COOLING) A 17.44 2.910 27.31 / 1.090 8.01 W 6.60 x 2 6.732 x 1.032 1.39 0.000 NOMINAL HEATPUMP CAPACITY NORMAL RUNNING CURRENT (COOLING) A 12.160 x 460 1.60 x 2 6.840 34.05 1.90 26.51 2.000 138.000 35.770 35.17 16.50 INDOOR UNIT NOMINAL WATER FLOW RATE CAPACITY / VOLUME L 22 40 HEATPUMP I/s/m3/hr 0.732 x 1.452 x 1.160 x 460 TYPE THREAED PACKING HEIGHT X WIDTH X DEPTH mm 920 x 1.25 9.600 14.800 x 1.450 7.490 5.000 116.000 27.100% 0 .140 x 1.67 / 6.90 0.56 / 2.100% 0 .790 11.580 4.100% 0 .900 14.00 / 7.100 5.48 2.600 2.80 2.40 COMPRESSOR NORMAL RUNNING CURRENT STAGE OF CAPACITY CONTROL 0 .14 9.50 4.51 0.450 UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 1.53 / 1.000 95.4 UNIT WEIGHT kg 116 123 128 189 197 203 HEAD COOLING kPa 79 92 86 114 90 92 COOLING I/s/m3/hr 0.48 2.74 2.20 NOMINAL WATER FLOW RATE CONDENSOR AMBIENT 35°C 7°C / 6°C HEATPUMP I/s/m3/hr 1.650 W 5.49 / 1.80 1.48 2.100% 0 .75 12.830 NORMAL TOTAL INPUT POWER (COOLING) W 2.551 x 1.245 x 1.38 0.05 9.00 2.440 4.33 / 1.000 SOUND PRESSURE LEVEL dBA 63 63 67 67 NOMINAL COOLING CAPACITY W 23.000 PIPING 110 NOMINAL COOLING CAPACITY COOLING kPa 79 94 92 118 104 W 24.000 Btu/h 19.000 23.05 1.000 39.13 / 4.750 10.530 2.10 4.150 Btu/h 95.032 x 1.000 138.100% 0 .070 14.40 + 5.63 2.790 3.320 NORMAL TOTAL INPUT POWER NOMINAL WATER FLOW RATE COOLING I/s/m3/hr 0.000 NOMINAL COOLING CAPACITY NOMINAL COOLING CAPACITY W 5.80 1.87 2.74 COOLING W 2.20 0.98 2.100% TYPE THREAED CONNECTION mm 31.100% 0 .13 / 4.00 0.270 x 570 1.245 x 1.500 x 900 1.000 NOMINAL HEATPUMP CAPACITY PACKING HEIGHT X WIDTH X DEPTH mm 1.000 43.25 1.17 17.90 x 2 4.245 x 1.680 3.99 2.740 8.72 TANK MATERIAL MILD STEEL WITH ZINC TYPE ROTARY SCROLL COMPRESSOR STAGE OF CAPACITY CONTROL 0 .29 / 1.58 HEAD COOLING kPa 229 229 188 157 REFRIGERANT CONTROL (EXPENSION DEVICE) CAPILLARY TUBE REFRIGERANT CHARGE kg 5.82 PIPING CONNECTION mm 31.450 27.20 0.800 x 1.67 / 6.00 2.580 NORMAL TOTAL INPUT POWER HEATPUMP W 2.26 / 0.86 2.100% 0 .770 Btu/h 22.000 40.33 / 1.500 x 900 1.27 9.20 TYPE THREAED EER W/W 2.76 / 0.10 x 2 POWER SOURCE (OUTDOOR) V/Ph/Hz 380-415/3/50 380-415/3/50 MODEL UAE080CR UAE100CR UAE120CR UAE150CR REFRIGERANT TYPE R22 Btu/h 80.90 17.83 31.860 7.10 26.51 0.72 11.100 12.200 30.032 x 1.60 31.30 7.03 0.12 0.282 EVAPORATOR UNIT WEIGHT kg 328 340 480 560 LEAVING 7°C 45°C INDOOR UNIT COOLING I/s/m3/hr 1.840 33.570 6.551 x 1.84 3.370 14.00 18.87 3.87 2.000 105.080 5.260 12.63 SOUND PRESSURE LEVEL dBA 57 57 58 59 59 59 COP W/W 2.62 / 2.590 11.270 x 570 REFRIGERANT CHARGE kg 1.160 x 460 REFRIGERANT CONTROL (EXPENSION DEVICE) CAPILLARY TUBE PACKING HEIGHT X WIDTH X DEPTH mm 920 x 1.100% 0 .020 TYPE SCROLL COOLING A 18.84 REFRIGERANT CONTROL (EXPENSION DEVICE) TXV REFRIGERANT CHARGE kg 3.000 24.000 120.33 / 4.100% HEATPUMP A 18. R22 AIR COOLED MINI CHILLER SPECIFICATION R22 COOLING MODEL R22 HEATPUMP MODEL MODEL UAE020C UAE025C UAE030C UAE040C UAE050C UAE060C MODEL UAE020CR UAE025CR UAE030CR UAE040CR UAE050CR UAE060CR Btu/h 20.100% TYPE THREAED MODEL UAE080C UAE100C UAE120C UAE150C CONNECTION mm 25.60 NORMAL RUNNING CURRENT POWER SOURCE (OUTDOOR) V/Ph/Hz 220-240/1/50 380-415/3/50 HEATPUMP A 11.100% 0 .910 10.500 38.100% 0 .25 12.52 3.65 2.40 18.500 54.20 SCROLL COMPRESSOR STAGE OF CAPACITY CONTROL 0 . 50 -100% 0 .000 118.49 2.83 2.270 x 570 1.282 UNIT WEIGHT kg 340 340 480 560 MODEL UAQ020CR UAQ025CR UAQ030CR UAQ040CR UAQ050CR UAQ055CR INDOOR UNIT NOMINAL WATER FLOW RATE COOLING I/s/m3/hr 1.000 144.30 0.452 x 2.90 16.590 2.70 1.280 13.000 41.25 / 4.83 8.86 0.90 0.43 2.18 NORMAL RUNNING CURRENT (HEATPUMP) A 11.380 33.140 x 1.80 STAGE OF CAPACITY CONTROL 0 .10 34.630 4.100% 0 . R407C AIR COOLED MINI CHILLER SPECIFICATION R407C HEATPUMP MODEL R407C COOLING MODEL MODEL UAP060CR UAP080CR UAP100CR UAP120CR UAP150CR Btu/h 50.62 10.000 96.100 Btu/h 23.25 / 4.500 x 900 1.80 1.64 / 2.80 x 2 6.70 X 2 4.000 55.31 2.38 ALL SPECIFICATION ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE EER W/W 1.50 0.75 / 2.42 / 1.80 0.800 34.440 HEAD COOLING kPa 229 229 188 157 (COOLING) A 11.10 34.900 38.80 INDOOR UNIT TYPE SCROLL NOMINAL WATER FLOW RATE COMPRESSOR HEATPUMP I/s/m3/hr 0.000 26.90 8.950 3.00 3.310 5.20 1.75 CAPACITY / VOLUME L 22 40 PIPING COOLING kPa 110 263 193 188 172 TANK HEAD HEATPUMP 170 170 172 MATERIAL MULTISTAGE END SUCTION kPa 87 188 ALL SPECIFICATION ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE MODEL UAP080C UAP100C UAP120C UAP150C ALL UNIT ARE BEING TESTED AND COMPLY TO ISO 5151 (NON-DUCTED UNIT) OR ISO 13253 (DUCTED UNIT) Btu/h 80.140 x 1.50 19.000 48.63 3.62 2.300 7.200 COMPRESSOR Btu/h 21.64 / 2.000 24.790 3.120 26.76 2.53 2.920 14.50 -100% PIPING CONNECTION mm 25.78 / 2.750 16.35 2.80 x 2 5.60 18.89 / 6.10 1.75 / 2.330 9.00 3.490 PIPING CONNECTION mm 31.10 26.11 0.245 x 1.50 1.15 0.270 x 570 UNIT WEIGHT kg 128 128 128 195 195 195 INDOOR UNIT NOMINAL WATER FLOW RATE COOLING I/s/m3/hr 0.62 POWER SOURCE (OUTDOOR) V/Ph/Hz 220-240/1/50 380-415/3/50 REFRIGERANT CONTROL (EXPENSION DEVICE) CAPILLARY TUBE REFRIGERANT TYPE R407C REFRIGERANT CHARGE kg 4.245 x 1.032 x 1.36 0.830 5.000 NOMINAL COOLING CAPACITY TEMPERATURE COOLING HEATING W 23.25 0.03 / 3.740 7.20 4.60 / 2.760 3.50 UNIT WEIGHT kg 203 340 340 480 560 COOLING I/s/m3/hr 0.00 2.170 14.00 1.16 0.690 25.140 34.42 / 1.30 3.43 (COOLING) A 11.000 MODEL UAP025C UAP030C UAP040C UAP050C UAP060C NOMINAL COOLING CAPACITY W 14.30 2.100 EER W/W 2.000 115.100% 0 .100% TYPE THREAED COMPRESSOR TYPE SCROLL STAGE OF CAPACITY CONTROL 0 .40 x 2 SOUND PRESSURE LEVEL dBA 57 58 59 59 60 POWER SOURCE (OUTDOOR) V/Ph/Hz 380-415/3/50 380-415/3/50 UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 790 x 1.150 UNIT WEIGHT kg 123 126 188 189 196 PACKING HEIGHT X WIDTH X DEPTH mm 1.50 1.50 -100% 0 .100% 0 .40 REFRIGERANT CHARGE kg 1.630 15.452 x 2.00 19.50 / 1.500 47.500 42.38 / 1.93 12.990 11.732 x 1.00 2.500 110.551 x 1.430 6.00 27.100 12.50 .88 7.245 x 1.620 2.90 2.77 2.14 / 4.70 TYPE ROTARY TANDEM ROTARY COMPRESSOR STAGE OF CAPACITY CONTROL 0-100% 0-100% 0-50-100% 0-40-60-100% 0-40-60-100% 0-50-100% TYPE THREADED CONNECTION mm 25.350 11.551 x 1.30 1.00 x 2 POWER SOURCE (OUTDOOR) REFRIGERANT TYPE V/Ph/Hz 380-415/3/50 R407C R410A AIR COOLED MINI CHILLER SPECIFICATION SOUND PRESSURE LEVEL dBA 63 63 67 67 UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 1.160 x 460 CONDENSOR AMBIENT 35°C 7°C / 6°C PACKING HEIGHT X WIDTH X DEPTH mm 920 x 1.15 0.000 137.551 x 1.160 x 460 1.80 + 4.20 11.71 2.24 / 0.41 9.725 2.000 NOMINAL COOLING CAPACITY TYPE SCROLL W 4.160 x 460 REFRIGERANT TYPE R407C mm 920 x 1.150 7.28 (HEATPUMP) W 5.070 16.67 / 6.000 5.770 4.25 / 4.70 HEATPUMP I/s/m3/hr 0.000 NOMINAL COOLING CAPACITY NOMINAL HEATPUMP CAPACITY W 6.000 130.70 1.500 x 900 1.60 x 2 6.032 x 1.100% NOMINAL HEATPUMP CAPACITY TYPE THREAED W 6.30 4.000 Btu/h 55.140 x 1.150 NORMAL TOTAL INPUT POWER (COOLING) W 9.880 11.32 7.50 .160 x 460 1.70 16.44 7.270 x 570 1.040 (COOLING) W 6.640 32.55 EER W/W 2.30 POWER SOURCE (OUTDOOR) V/Ph/Hz 220-240/1/50 380-415/3/50 ENTERING 12°C 40°C REFRIGERANT TYPE R410A EVAPORATOR LEAVING 7°C 45°C SOUND PRESSURE LEVEL dBA 58 59 57 59 59 61 UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 790 x 1.50 .730 40.900 NORMAL TOTAL INPUT POWER NORMAL RUNNING CURRENT (COOLING) A 13.80 REFRIGERANT CONTROL (EXPENSION DEVICE) CAPILLARY TUBE 2.100% 0 .90 x 2 3.50 -100% 0 .20 Btu/h 15.150 R410A HEATPUMP MODEL PACKING HEIGHT X WIDTH X DEPTH mm 1.70 5.69 / 2.50 33.600 14.000 87.100% 0 .032 1.000 74.41 2.56 2.120 (COOLING) W 2.245 x 1.50 0.30 17.700 21.50 1.76 12.71 2.000 50.270 x 570 1.452 x 1.270 10.100% 0 .23 1.63 2.32 / 1.530 12.200 13.650 21.500 25.000 90.032 1.650 W 16.282 INDOOR UNIT NOMINAL WATER FLOW RATE COOLING I/s/m3/hr 0.000 32.200 NORMAL TOTAL INPUT POWER (COOLING) W 2.600 45.4 PIPING COOLING kPa 90 98 93 90 74 70 HEAD HEATPUMP kPa 73 90 80 71 64 53 CAPACITY / VOLUME L 22 40 TANK MATERIAL MILD STEEL WITH ZINC ALL SPECIFICATION ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE ALL UNIT ARE BEING TESTED AND COMPLY TO ISO 5151 (NON-DUCTED UNIT) OR ISO 13253 (DUCTED UNIT) TEMPERATURE COOLING HEATING ENTERING 12°C 40°C EVAPORATOR LEAVING 7°C 45°C CONDENSOR AMBIENT 35°C 7°C / 6°C 11 12 .000 STAGE OF CAPACITY CONTROL 0 .00 0.000 12.09 2.800 x 1.430 11.40 NORMAL RUNNING CURRENT (HEATPUMP) A 11.33 2.60 / 2.53 / 1.50 .970 ENTERING 12°C 40°C NORMAL RUNNING CURRENT (COOLING) A 18.96 REFRIGERANT CONTROL (EXPENSION DEVICE) CAPILLARY TUBE TEMPERATURE COOLING HEATING REFRIGERANT CHARGE kg 1.110 12.40 ALL UNIT ARE BEING TESTED AND COMPLY TO ISO 5151 (NON-DUCTED UNIT) OR ISO 13253 (DUCTED UNIT) COP W/W 2.67 / 6.75 NORMAL TOTAL INPUT POWER (HEATPUMP) W 2.20 COP W/W 2.4 TYPE THREAED HEAD COOLING kPa 94 93 117 93 110 CONNECTION mm 25.00 / 7.20 7.80 0.73 2.150 5.89 2.800 x 1.00 1.90 19.450 26.210 12.600 6.29 2.680 5.03 / 3.380 28.4 31.500 43.35 / 1.67 / 6.41 2.31 / 1.22 26.100% 0 .280 8.100% 0 .270 x 570 SOUND PRESSURE LEVEL dBA 60 63 63 67 67 PACKING HEIGHT X WIDTH X DEPTH UNIT DIMENSION HEIGHT X WIDTH X DEPTH mm 1.732 x 1.650 5.28 / 1.89 / 6.20 4.000 90.00 EVAPORATOR EER W/W 2.00 19.570 9.240 38.72 1.50 / 1.452 x 1.68 LEAVING 7°C 45°C CONDENSOR AMBIENT 35°C 7°C / 6°C REFRIGERANT CONTROL (EXPENSION DEVICE) TXV REFRIGERANT CHARGE kg 3.160 x 460 1. 00 pm 7.00 am am 1.00 am 10.00 pm 5.00 pm 4. Alarm 1 date and unit. alarm occured time. the comfort in residential and light commercial Whenever a fault occurred in either the chiller or fan coil unit.00 am 11. that is through the Smart Manager. 01/01/00 12. the operation of each equipments in the Daikin chilled water system connected through the chiller Bus and Daikin own proprietary NIM BUS can be managed At the same time. Fan Coil Network BUS Chiller Network BUS ENERGY SAVING PROGRAMMABLE TIMER The operation of the chiller and each fan coil unit can be preset to operate and to stop at different time schedule and at FWC different day of a week. restaurant. the alarm will automatically Manager is also able to manage the overall system operating mode of all units based on the air dissolve from the LCD.00 pm Time Through the versatile Smart Manager controller.00 pm 6. 8. conditioning system load demand of the building. hospital. setting of up to five sets of 7 days programmable operation schedules (2 On/Off timer per day) for each fan coil unit CHILLER CHILLER CHILLER PANEL PANEL PANEL CHILLER CHILLER CHILLER Up to A B 50 units Smart Manager Controller CHILLER BUS of Chiller NIM BUS Up to A B 120 units of FCUs NIM NIM NIM FCU FCU FCU WIRED CONTROLLER 13 14 . FWE 1 setting timer to On and to Off the operation FWW of units in those areas will greatly reduce SUPPORTED UP TO 50 CHILLERS & 120 FAN COIL UNITS the energy cost of the building. hotel and shopping complex can be controlled and a signal will be sent to Smart Manager and an alarm message will (Ch 0) appear on the LCD. DISPLAY UP TO 46 TYPES OF CHILLER FAULT / SMART MANAGER CONTROLLER ALARM AND 6 TYPES OF FCU FAULT / ALARM By adopting the Daikin chilled water system. buildings such as offices. showing type of alarm. The Smart Manager is acting as a central command to manage the operation of both the chilled Comp 1 overload This will greatly ease the troubleshooting process and thus water fan coil units and the chillers. the Smart As soon as the fault is solved. Smart Manager allows and controlled.00 am 9. managed from just one point. Taking consideration FWK of the fact that certain rooms in a building Unit FWE 2 will be empty at certain period of the day.00am Besides allowing the user to have customized control for each connected unit.00 pm 3.00 pm 2. reduce the valuable time of service technicians.00 12. extra memory space inside the Smart Manager Holiday 5 If priority is set to fan coil unit. Month : 1 history of maintenance record done to the unit. Smart Holiday 1 allow user to set the priority on the operation of When there is power failure occurs during operation. Depending on the application requirement. In a network of 10 fan coil units that is currently operating in COOL mode and a threshold of 60% was set for COOL mode and threshold of 50% was set for HEAT mode. sensor temperature. Holiday 3 chilled water product system. Signal will be sent by Smart Manager to chiller BUS to switch the operating mode of all chillers to HEAT mode. all fan coil units and chiller will automatically be turned Off. PRIORITY SETTING MEMORY BACKUP (EEPROM). • Heat Treshold • Chiller to operate at PASSWORD PROTECTION FOR ADVANCED HOLIDAY SETTING Heat Mode PARAMETER SETTINGS (CHILLER) While designing the Smart Manager. Thus. If controller will allow user to view the previous alarm requiring the service technicians to physically go to site records even though its have been dissolved. Day : 1 Duration : Disable 15 16 . water in/out temperature. Cool Mode any unauthorized disturbance or changes. ALARM MEMORY FOR CHILLER AND FCU KEY PARAMETER DISPLAY HOLIDAY SETTINGS Smart Manager controller offers the flexibility to For easy serviceability and maintenance. the practical aspects of A Daikin chilled water product system with key equipment application were always the key points to be 0 1 2 3 4 5 6 7 8 9 10 parameters that were set by personnel to optimize considered. Cool/Heat mode water in Besides. This useful Set Holiday 1 Chiller Priority is being set. This is achievable through the unique feature called “Threshold Value Setting” FWK Smart Manager can command chiller operating mode to FWE 2 switch from current operating mode if the threshold value is meet. The built in “Password Settings” feature will prevent the losing of In this feature. status Holiday 4 of compressor On/Off. users are allowed to set up to 10 holiday key parameter settings in the Smart Manager timers with each timer can last for duration of 99 days. THRESHOLD VALUE SETTING If the priority setting is being preset to fan coil unit. Manager Controller's is able to display the key Holiday 2 fan coil unit and Chiller in a complete Daikin Smart Manager Controller will load the last state memory parameter such as defrost and compressor discharge from EEPROM after power On reset. the chiller will be temperature. etc. Requirement of users will be met. • Cool Treshold • controller as well as the chiller panel During the duration of Holiday Timer set earlier. it reduces the cumbersome of forced to OFF if all fan coil units are OFF. FWE 1 FWW Example. all fan coil units will of chiller installation to do the troubleshooting be OFF if chillers are OFF. Should 6 of the fan coil units are requesting for HEAT mode then the threshold for HEAT is crossed. the FWC operating mode of the complete Daikin chilled water system can be synchronized to operate under one same mode. information will benefit the service technician to view the process. Thus resulting in the creation of “Holiday Chiller to operate at operating conditions will need to be protected against Setting” feature. It will operate based on the built in backup battery and only one timer and interrupt is active. CPU operation is Off and no display on LCD as well for energy saving purpose. LOW POWER MODE (CHILLER + FCU) Smart Manager controller will turn into low power mode during electricity power breakdown. The fan coil units also include the microprocessor controller that has built in algorithm to control the operation of the fan coil unit as well as to provide protection to the unit. Ceiling Cassette and Ceiling Convertible are compact and ergonomic. the Daikin chilled water fan coil units are designed with easy installation and easy servicing in mind. The aesthetically attractive decorative fan coil units such as Wall Mounted models. light commercial and User can also check the compressor run time of chiller in Smart Manager Controller. the ranges can blend in easily to any interior designs whether it is residential houses. In addition. It will provide a commercial. guideline as well as posting a reminder for requirement of routine system service. 17 18 . To complement the new innovative Smart Manager range of air cooled chillers. office. Daikin is offering an extensive range of chilled water fan coil units that will meet ACCUMULATIVE COMPRESSOR RUN TIME most of indoor application requirements covering residential. restaurant or shops. REAL TIME CLOCK (RTC) RTC will always appear at the summary pages and the user is able to set the time and date. 98 13.21 0.0 33.0 25.0 36.01 NOMINAL WATER FLOW RATE USGPM 2.( ) PANEL HXWXD mm 316 X 630 X 630 (126 X 700 X 726) CONDENSATE DRAIN SIZE mm 19.30 0.0 20.9 26.75 0.51 HEAD LOSS (COOLING) kPa 34.68 9.3 26.43 3.05 MODE COOLING HEATING ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB MODE COOLING HEATING 50°c (2 PIPES SYSTEM) ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB ENTERING WATER 7°c TEMPRATURE 70°c (4 PIPES SYSTEM) ENTERING WATER 50°c (2 PIPES SYSTEM) 7°c TEMPRATURE 70°c (4 PIPES SYSTEM) LEAVING WATER 12°c TEMPRATURE 60°c (4 PIPES SYSTEM) LEAVING WATER 12°c TEMPRATURE 60°c (4 PIPES SYSTEM) ALL SPECIFICATIONS ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE ALL SPECIFICATIONS ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE 19 20 .9 28.0 30.35 REFRIGERANT TYPE N/A POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 AIR DISCHARGE AUTOMATIC LOUVER (UP & DOWN) CONTROL REFRIGERANT TYPE N/A OPERATION LCD WIRELESS MICRO-COMPUTER REMOTE CONTROL AIR DISCHARGE 4 WAY AUTOMATIC LOUVER (UP & DOWN) HIGH CFM 260 280 370 510 620 CONTROL OPERATION LCD WIRELESS MICRO-COMPUTER REMOTE CONTROL MEDIUM CFM 230 250 320 450 520 AIR FLOW HIGH CFM 380 400 440 LOW CFM 200 220 260 390 460 AIR FLOW MEDIUM CFM 290 310 330 QUIET CFM 180 190 240 360 440 LOW CFM 230 220 280 USGPM 1.97 0.20 0.03 2.83 UNIT DIMENSION HXWXD mm 288 X 800 X 206 310 X 1065 X 224 SOUND PRESSURE LEVEL (H/M/L) dBA 42 / 35 / 29 45 / 38 / 30 48 / 40 / 36 PACKING DIMENSION HXWXD mm 344 x 874 x 274 386 X 1136 X 314 UNIT DIMENSION .70 CONDENSATE DRAIN SIZE mm 19.20 0.83 1.68 12.8 23. Wall Mounted Type Ceiling Cassette Compact Type (600x600) * AL AL Wireless Remote Controller Wired Remote Controller FWW-L BRC52A BRC51A (Option) FWF-C Wireless Remote Controller Wired Remote Controller BRC52A BRC51A (Option) › Stylish Front Panel › NIM-Able › Comfortable Air Flow & Lower Sound Level › Sleep Funtion For Cool & Heat Mode › Indoor Quiet Mode › Auto Restart With Last-State-Memory › Turbo Mode › Vlave & Vlaveless Control Options › Uniform Air Distribution › Self Diagnosis Features › Compact Design › Branch Duct Connection › Easy Maintenance › Compact & Easy To Use Wireless Remote Controller › Fresh Air Intake › Sleep Function For Cool & Heat Mode › Wide Capacity Range › Microprocessor Control › Built In High Head Drain Oump & Water Flow Switch › Auto Restart With Last-State-Memory › 5 Selectable Fan Speed › Automatic Air Swing › 4 Way Air Discharge & Air Swing › NIM-Able › Valve Or Valveless Control Options › Choice Of Wired Or Withless Remote Controller › 3 Selectable Fan Speed › Automatic Air Swing › Microprocessor Control Specification for Wall Mounted Type MODEL FWW02L FWW03L FWW04L FWW05L FWW06L Specification for Ceiling Cassette Compact Type Btu/h 8300 9200 11300 15500 18000 NOMINAL COOLING CAPACITY MODEL FWF02C FWF04C FWF05C W 2430 2700 3310 4540 5280 Btu/h 8500 14000 15500 Btu/h 6300 6900 9000 11700 14000 NOMINAL COOLING CAPACITY NOMINAL SENSIBLE COOLING CAPACITY W 2490 4100 4540 W 1850 2020 2640 3430 4100 Btu/h 6500 10000 11500 NOMINAL HEATING CAPACITY Btu/h 11000 12000 15000 20500 25000 NOMINAL SENSIBLE COOLING CAPACITY W 1910 2930 3370 (ENTERING WATER TEMP.( ) WITH PANEL HXWXD mm 250 X 570 X 570 (295 X 640 X 640) UNIT WEIGHT kg 9 14 PACKING DIMENSION .50 13.85 2.0 HEAD LOSS (COOLING) kPa 19.0 27.05 UNIT WEIGHT (UNIT + PANEL) kg 15 + 3 17 + 3 17 + 3 PIPE CONNECTION mm 12.74 0.03 3.05 PIPE CONNECTION mm 19.0 24.0 31.34 NOMINAL TOTAL INPUT POWER W 63 64 79 POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 NOMINAL RUNNING CURRENT A 0. = 50°C) W 3520 4690 5280 NOMINAL RUNNING CURRENT A 0. = 50°C) W 3220 3520 4400 6010 7330 NOMINAL HEATING CAPACITY Btu/h 12000 16000 18000 NOMINAL TOTAL INPUT POWER W 31 32 42 57 72 (ENTERING WATER TEMP. WORKING PRESSURE kPa 1608 MAX.18 NOMINAL WATER FLOW RATE INDOOR UNIT litres/min 7.28 0.57 litres/min 7.00 7.5 MAX. WORKING PRESSURE kPa 1608 SURFACE AIR VELOCITY m/s 0.76 0.68 0.28 0.43 4.0 INDOOR UNIT HEAD LOSS (HEATING) : 50°C kPa 16.51 3.8 HEAD LOSS (HEATING) : 50˚C kPa 29.00 15.01 SOUND PRESSURE LEVEL (H/M/L/Q) dBA 34 / 29 / 25 / 24 35 / 30 / 25 / 24 42 / 39 / 32 / 29 42 / 38 / 34 / 32 46 / 42 / 39 / 37 SURFACE AIR VELOCITY m/s 0. 05 MODE COOLING HEATING ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB PIPE CONNECTION mm 19.55 6.96 10.81 21.43 0.1.01 7.05 SOUND PRESSURE LEVEL dBA 16 23 31 37 31 37 42 47 34 41 46 51 NOTE : UNIT DIMENSION .06 UNIT DIMENSION .13 0.45 0.3 Air Swing Pattern Control › Auto Restart With Last-State-Memory › Multi Comfort .91 1.55 0.5M BELOW THE FACE CENTER OF AIR RETURN OF THE UNIT CONDENSATE DRAIN SIZE mm 19.19 0.83 21.26 0.83 PIPE CONNECTION mm 19.51 17. = 50°C) W 8210 9850 11230 13340 15240 MODEL QUIET LOW MEDIUM HIGH QUIET LOW MEDIUM HIGH QUIET LOW MEDIUM HIGH NOMINAL TOTAL INPUT POWER W 95 126 167 186 227 Btu/h 8200 11900 15900 20100 15200 19800 24700 30000 21000 26800 33100 40100 NOMINAL RUNNING CURRENT A 0.11 0.03 NOMINAL COOLING CAPACITY W 2400 3500 4650 5900 4550 5800 7250 8800 6150 7850 9700 11750 POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 Btu/h 5800 8700 11700 15400 11000 14500 18500 21900 14600 18900 23800 28600 REFRIGERANT TYPE N/A NOMINAL SENSIBLE COOLING CAPACITY W 1710 2540 3440 4510 3220 4260 5410 6430 4270 5540 6970 8370 AIR DISCHARGE 4 WAY AUTOMATIC LOUVER (UP & DOWN) CONTROL NOMINAL HEATING CAPACITY Btu/h 11300 15200 19800 24200 18400 23900 30400 38200 24100 31600 39100 46700 OPERATION LCD WIRELESS MICRO-COMPUTER REMOTE CONTROL (ENTERING WATER TEMP.17 25.15 13.56 4.28 0.41 4.( ) WITH PANEL HXWXD mm 265 X 820 X 820 (340 X 990 X 990) 300 X 820 X 820 (375 X 990 X 990) HEAD LOSS (COOLING) kPa 5 10 15 24 7 9 14 20 15 22 30 41 PACKING DIMENSION .03 1.48 17.57 0.04 1.71 0.84 2.60 0.35 0.17 USGPM 1.90 16.85 1.68 0.02 25.55 0.( ) PANEL HXWXD mm 341 X 916 X 916 (125 X 1020 X 1020) 376 X 916 X 916 (125 X 1020 X 1020) INDOOR UNIT HEAD LOSS (HEATING) : 50˚C kPa 4 8 13 21 5 8 12 18 12 20 26 37 UNIT WEIGHT (UNIT + PANEL) kg 26 + 4 26 + 4 28 + 4 32 + 4 32 + 4 MAX.21 0.95 LOW CFM 480 540 570 680 840 POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 QUIET CFM 320 380 420 540 700 REFRIGERANT TYPE N/A USGPM 4.68 3.3 Air Swing Pattern Control › Auto Restart With Last-State-Memory › Energy Saving › Fresh Air Intake › NIM-Able › Fresh Air Intake › NIM-Able › Low Noise › Built In High Head Drain Oump & Water Flow Switch › Choice Of Wired Or Withless Remote Controller › Built In High Head Drain Oump & Water Flow Switch › Choice Of Wired Or Withless Remote Controller › Low Maintenance & No Brush Sparking › Valve Or Valveless Control Options › Self Diagnosis Features › Valve Or Valveless Control Options › Self Diagnosis Features › Modulating Fan Speed Control › 4 Selectable Fan Speed › Microprocessor Control › 4 Selectable Fan Speed › Microprocessor Control › Modern & Elegant Panel › Branch Duct Connection › 4 Pipe System Model : FWKE-EH › Optimum Air Discharge › Low Height Design Specification for Ceiling Cassette Type › Automatic Air Swing › Superior Stound Level › 4 Way Air Discharge & Air Swing › Sleep Function For Cool & Heat Mode MODEL FWK06E FWK08E FWK09E FWK11E FWK13E Btu/h 21000 25000 30000 38000 43000 NOMINAL COOLING CAPACITY W 6150 7330 8790 11140 12600 Btu/h 16700 19200 22300 27400 31000 NOMINAL SENSIBLE COOLING CAPACITY Specification for Ceiling Cassette Type W 4890 5630 6540 8030 9090 NOMINAL HEATING CAPACITY Btu/h 28000 33600 38300 45500 52000 FWKE05E FWKE08E FWKE11E (ENTERING WATER TEMP. = 50˚C) W 3300 4450 5800 7100 5400 7000 8900 11200 7050 9250 11450 13700 HIGH CFM 750 860 890 1000 1140 FAN INPUT POWER W 7 12 19 37 17 26 50 90 23 39 83 120 MEDIUM CFM 620 700 720 840 1000 AIR FLOW NOMINAL RUNNING CURRENT A 0.76 28.27 0.71 6.45 9.05 ENTERING WATER 50°c (2 PIPES SYSTEM) 7°c TEMPRATURE 70°c (4 PIPES SYSTEM) LEAVING WATER 12°c 21 22 TEMPRATURE 60°c (4 PIPES SYSTEM) .29 AIR DISCHARGE 4 WAY AUTOMATIC LOUVER (UP & DOWN) CONTROL HEAD LOSS (COOLING) kPa 20 37 22 44 53 OPERATION LCD WIRELESS MICRO-COMPUTER REMOTE CONTROL INDOOR UNIT HEAD LOSS (HEATING) : 50°C kPa 19 33 19 38 47 AIR FLOW CFM 220 350 470 620 420 560 720 890 510 680 870 1060 MAX.44 0.44 5.29 31.43 0.74 0.( ) PANEL HXWXD mm 341 X 916 X 916 (125 X 1020 X 1020) 376 X 916 X 916 (125 X 1020 X 1020) C) SOUND PRESSURE LEVEL IS TESTED AS PER JIS STANDARD AS BELOW : FWKE05E MODEL .42 0. WORKING PRESSURE kPa 1608 CONDENSATE DRAIN SIZE mm 19.74 4.94 36.52 3.05 SURFACE AIR VELOCITY m/s 0.43 9.74 0.64 0.71 5.19 0.59 6.55 0.( ) WITH PANEL HXWXD mm 265 X 820 X 820 (340 X 990 X 990) 300 X 820 X 820 (375 X 990 X 990) A) BASED ON EUROVENT CONDITIONS B) ADDITIONAL 10W IS REQUIRED FOR CONDENSATE DRAIN PUMP PACKING DIMENSION .69 8.10 12.83 22.14 1.00 NOMINAL WATER FLOW RATE SOUND PRESSURE LEVEL (H/M/L/Q) dBA 42/38/32/23 46/42/35/27 48/43/38/30 50/47/43/33 52/49/45/39 Litres/min 6. Ceiling Cassette Type (900x900) Ceiling Cassette Type (900x900) With Brushless DC Motor * * AL AL FWK-E Wireless Remote Controller Wired Remote Controller BRC52A BRC51A (Option) FWKE-E Wireless Remote Controller Wired Remote Controller BRC52A BRC51A (Option) › Modern & Elegant Panel › Branch Duct Connection › Optimum Air Discharge › Low Height Design › Automatic Air Swing › Superior Sound Level › 4 Way Air Discharge & Air Swing › Sleep Function For Cool & Heat Mode › Comfortable › Multi Comfort .4M BELOW THE FACE CENTER OF AIR RETURN OF THE UNIT UNIT WEIGHT kg 26 + 4 28 + 4 32 + 4 FWKE08/11E MODEL .1.81 0.12 34.60 NOMINAL WATER FLOW RATE litres/min 17. WORKING PRESSURE kPa 1600 EXTERNAL STATIC PRESSURE (H/M/L) Pa N/A SURFACE AIR VELOCITY m/s 0. 1.75 11.60 0.44 12.99 3.76 3.43 2.49 4.06 3.4M BELOW THE FACE CENTER OF AIR RETURN OF THE UNIT HIGH CFM 520 580 640 FWKE08/11EH MODEH .38 5.68 4.5M BELOW THE FACE CENTER OF AIR RETURN OF THE UNIT AIR FLOW MEDIUM CFM 460 530 560 SO MODE COOLING HEATING LOW CFM 406 490 460 ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB G USGPM 3. WORKING PRESSURE kPa 1608 Btu/h 12700 15400 16150 SURFACE AIR VELOCITY m/s 0.14 2.47 26.23 13.93 2.83 NOMINAL SENSIBLE COOLING CAPACITY COMING SOON W 3720 4510 4730 SOUND PRESSURE LEVEL dBA 16 23 31 37 31 37 42 47 34 41 46 51 NOMINAL HEATING CAPACITY Btu/h 19500 25000 28000 34500 46300 51600 UNIT DIMENSION . = 70˚C) W 3750 5050 6350 7650 6400 8000 9600 11200 9350 11450 13550 15650 FAN INPUT POWER W 7 12 19 37 17 26 50 90 23 39 83 120 NOMINAL RUNNING CURRENT A 0.89 NOMINAL WATER FLOW RATE (COOLING) Litres/min 5.51 3. Ceiling Convertible Type * AL Specification for Ceiling Cassette Type (4 Pipe System) FWKE05EH FWKE08EH FWKE11EH MODEL QUIET LOW MEDIUM HIGH QUIET LOW MEDIUM HIGH QUIET LOW MEDIUM HIGH Btu/h 6800 9600 12300 15000 13300 17100 20800 24600 17700 22200 26400 30700 NOMINAL COOLING CAPACITY W 2000 2800 3600 4400 3900 5000 6100 7200 5200 6500 7750 9000 Btu/h 5300 7600 10200 13100 9900 13000 16600 19600 13300 16700 20700 24500 NOMINAL SENSIBLE COOLING CAPACITY W 1560 2240 2990 3850 2910 3810 4850 5750 3890 4900 6060 7170 Wireless Remote Controller Wired Remote Controller NOMINAL HEATING CAPACITY Btu/h 12800 17200 21700 26100 21800 27300 32800 38200 31900 39100 46200 53400 FWE-E BRC52A BRC51A (ENTERING WATER TEMP.21 0.81 0.43 4.19 0.57 0.05 REFRIGERANT TYPE N/A NOTE : AIR DISCHARGE AUTOMATIC LOUVER (UP & DOWN) CONTROL A) BASED ON EUROVENT CONDITIONS LCD WIRELESS MICRO-COMPUTER B) ADDITIONAL 10W IS REQUIRED FOR CONDENSATE DRAIN PUMP OPERATION REMOTE CONTROL C) SOUND PRESSURE LEVEL IS TESTED AS PER JIS STANDARD AS BELOW : ON FWKE05EH MODEL .38 0.49 17.95 › Compact Design › Saranet Filter POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 › Far Air Throw › Sleep Function For Cool And Heat Mode REFRIGERANT TYPE N/A › Auto Air Swing › Auto Restart With Last-State-Memory AIR DISCHARGE 4 WAY AUTOMATIC LOUVER (UP & DOWN) › Service & Maintenance At Ease › Valve Or Valveless Control Options CONTROL › Ceiling & Floor Installing Option › Self Diagnosis Features OPERATION LCD WIRELESS MICRO-COMPUTER REMOTE CONTROL › Versatile Installation › NIM-Able AIR FLOW CFM 220 350 470 620 420 560 720 890 510 680 870 1060 › Room Temperature Sensing › Choices Of Wired Or Wireless Remote Controller EXTERNAL STATIC PRESSURE (H/M/L) Pa N/A › 3 Selectable Fan Speed › Microprocessor Control USGPM 1.28 13.80 8.71 0.( ) PANEL HXWXD mm 341 X 916 X 916 (125 X 1020 X 1020) 376 X 916 X 916 (125 X 1020 X 1020) NOMINAL TOTAL INPUT POWER W 86 135 160 UNIT WEIGHT kg 26 + 4 28 + 4 32 + 4 NOMINAL RUNNING CURRENT A 0.01 1.93 2.91 16. WORKING PRESSURE kPa 1608 SURFACE AIR VELOCITY m/s 0.12 10.98 4.09 9.19 5.28 0.79 CONDENSATE DRAIN SIZE mm 19.27 0.84 22.67 50°c (2 PIPES SYSTEM) NOMINAL WATER FLOW RATE IN ENTERING WATER 7°c Litres/min 13 17 17.67 5.68 HEAD LOSS (COOLING) kPa 5 9 13 18 6 10 15 19 12 19 24 32 MODEL FWE05E FWE06E FWE07E FWE08E FWE10E FWE12E HEAD LOSS (HEATING) : 70˚C kPa 7 10 17 22 13 18 25 32 21 30 39 52 Btu/h 15500 20300 21000 24800 33700 40000 NOMINAL COOLING CAPACITY W 4540 5950 6150 7270 9880 11720 MAX.05 PIPE CONNECTION mm 12.7 MODE COOLING HEATING ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB ENTERING WATER 50°c (2 PIPES SYSTEM) 7°c TEMPRATURE 70°c (4 PIPES SYSTEM) LEAVING WATER 12°c TEMPRATURE 60°c (4 PIPES SYSTEM) ALL SPECIFICATIONS ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE 23 24 .31 14.91 13.98 5.11 0.93 6.53 2.08 SOUND PRESSURE LEVEL (H/M/L) dBA 45 / 38 / 36 46 / 43 / 39 49 / 46 / 41 UNIT DIMENSION HXWXD mm 212 X 1090 X 630 PACKING DIMENSION HXWXD mm 297 X 1197 X 740 UNIT WEIGHT kg 27 CONDENSATE DRAIN SIZE mm 19.45 3.20 9.68 0.09 NOMINAL WATER FLOW RATE (HEATING) USGPM 1.05 POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 PIPE CONNECTION mm 19.55 0. = 50 ⁰C) W 5720 7330 8210 10110 13570 15120 PACKING DIMENSION .45 0.42 0.1.26 0.07 18.60 19.64 0.87 15.67 0.87 1.64 22.99 Specification for Ceiling Convertible Type INDOOR UNIT Litres/min 5.55 0.55 16.13 0.44 9.43 0.43 0.68 TEMPRATURE 70°c (4 PIPES SYSTEM) M INDOOR UNIT LEAVING WATER HEAD LOSS (COOLING) kPa 27 48 57 CO 12°c TEMPRATURE 60°c (4 PIPES SYSTEM) HEAD LOSS (HEATING) : 50⁰C kPa 24 42 50 MAX.37 2.29 3.68 20.58 4.83 4.( ) WITH PANEL HXWXD mm 265 X 820 X 820 (340 X 990 X 990) 300 X 820 X 820 (375 X 990 X 990) (ENTERING WATER TEMP.44 1.19 0.35 0.20 11.74 0. 34 38.8 20.33 19.00 43.05 25 26 .0 51.0 MAX.98 › Easy To Service INDOOR UNIT › Valve Or Valveless Control Option › Left/Right Piping Option › 4 Speed Fan Motor For Application Flexibility HEAD LOSS (COOLING) kPa 14.93 1.0 37.33 9. = 50°C) W 9610 14420 14070 16090 19140 NOMINAL TOTAL INPUT POWER W 345 504 442 427 531 NOMINAL RUNNING CURRENT A 1.77 0. WORKING PRESSURE kPa 1608 SURFACE AIR VELOCITY m/s 1.05 5.52 Specification for Ceiling Concealed Type SOUND PRESSURE LEVEL (H/M/L) dBA 46 / 42 / 38 51 / 48 / 45 49 / 45 / 41 52 / 50 / 47 53 / 50 / 47 UNIT DIMENSION HXWXD mm 384 x 917 x 462 316 x 1225 x 559 384 x 1003 x 462 384 x 1287 x 462 384 x 1487 x 462 MODEL FWC03C FWC04C FWC06C FWC07C PACKING DIMENSION HXWXD mm 415 x 1126 x 631 355 x 1461 x 727 415 x 1245 x 631 415 x 1497 x 631 415 x 1701 x 631 Btu/h 9900 11600 18000 22500 NOMINAL COOLING CAPACITY UNIT WEIGHT kg 42 47 44 50 56 W 2900 3400 5280 6590 CONDENSATE DRAIN SIZE mm 19.0 23.15 INDOOR UNIT HEAD LOSS (COOLING) kPa 10.50 2.6 MAX.28 1.4 HEAD LOSS (HEATING) : 50°C kPa 8.84 15. = 50°C) W 3370 4400 6740 8500 ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB 50°c (2 PIPES SYSTEM) NOMINAL TOTAL INPUT POWER W 89 140 168 182 ENTERING WATER 7°c TEMPRATURE 70°c (4 PIPES SYSTEM) NOMINAL RUNNING CURRENT A 0.0 20.74 1.83 1.0 19.62 › Double Protection Drainage › Auto Restart With Last-State-Memory NOMINAL WATER FLOW RATE litres/min 21.0 39.05 Btu/h 7000 8120 12600 15750 NOMINAL SENSIBLE COOLING CAPACITY PIPE CONNECTION mm 19.55 8.06 NOMINAL WATER FLOW RATE litres/min 8.04 11.86 2. Ceiling Concealed Type * AL Specification for Ceiling Concealed Type MODEL FWC09C FWC11C FWC12C FWC14C FWC16C Btu/h 24800 38000 37000 44700 51800 NOMINAL COOLING CAPACITY W 7270 11140 10840 13100 15180 Btu/h 19700 29800 29300 35100 40900 NOMINAL SENSIBLE COOLING CAPACITY W 5770 8730 8590 10290 11990 NOMINAL HEATING CAPACITY Btu/h 32800 49200 48000 54900 65300 (ENTERING WATER TEMP.29 1.0 48. WORKING PRESSURE kPa 1608 SURFACE AIR VELOCITY m/s 1.51 31.20 2.3 17.40 1.0 38.05 W 2050 2380 3690 4620 NOMINAL HEATING CAPACITY Btu/h 11500 15000 23000 29000 MODE COOLING HEATING (ENTERING WATER TEMP.72 SOUND PRESSURE LEVEL (H/M/L) dBA 36 / 35 / 33 40 / 38 / 33 42 / 41 / 40 41 / 40 / 36 UNIT DIMENSION HXWXD mm 267 x 702 x 351 267 x 842 x 351 267 x 1002 x 351 267 x 1137 x 351 PACKING DIMENSION HXWXD mm 376 x 951 x 541 376 x 1091 x 541 376 x 1251 x 541 376 x 1386 x 541 UNIT WEIGHT kg 18 22 24 26 CONDENSATE DRAIN SIZE mm 19.65 0.0 27.86 LEAVING WATER 220-240 / 1 / 50 12°c POWER SOURCE V/Ph/Hz TEMPRATURE 60°c (4 PIPES SYSTEM) REFRIGERANT TYPE N/A ALL SPECIFICATIONS ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE AIR DISCHARGE DUCTED CONTROL OPERATION WIRED MICRO-COMPUTER REMOTE CONTROL HIGH CFM 300 510 700 730 AIR FLOW MEDIUM CFM 285 490 675 660 LOW CFM 260 400 640 580 EXTERNAL STATIC PRESSURE Pa 49 / 44 / 36 49 / 42 / 28 49 / 45 / 41 49 / 43 / 30 USGPM 2.1 32.5 24.60 4.05 PIPE CONNECTION mm 19.32 POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 REFRIGERANT TYPE N/A FWC-C Wired Remote Controller AIR DISCHARGE DUCTED BRC51A CONTROL OPERATION WIRED MICRO-COMPUTER REMOTE CONTROL HIGH CFM 830 1250 1240 1340 1550 AIR FLOW MEDIUM CFM 760 1130 1100 1220 1400 › Excellent Air Distribution › Choices Of With Or Without Wired Handset › Compaot Design › 4 Useable Fan Speed LOW CFM 710 1040 1020 1190 1300 › High Capacity Range › Self Diagnosis Features EXTERNAL STATIC PRESSURE Pa 167 / 128 / 88 118 / 108 / 88 128 / 88 / 39 157 / 137 / 108 157 / 137 / 98 › High External Static Pressure Range › NIM-Able USGPM 5.83 1.0 33.54 1.0 › Wide Capacity Range HEAD LOSS (HEATING) : 50°C kPa 11.59 8.40 0.28 10.01 32.72 1. 58 MODE COOLING HEATING ENTERING AIR TEMPRATURE 27°c DB / 19°c WB 20°c DB ENTERING WATER 50°c (2 PIPES SYSTEM) 7°c TEMPRATURE 70°c (4 PIPES SYSTEM) LEAVING WATER 12°c TEMPRATURE 60°c (4 PIPES SYSTEM) ALL SPECIFICATIONS ARE SUBJECTED TO CHANGE BY THE MANUFACTURER WITHOUT PRIOR NOTICE 27 .9 27.05 PIPE CONNECTION mm 28.96 2.49 7.33 4.84 3.00 INDOOR UNIT HEAD LOSS (COOLING) kPa 34.3 HEAD LOSS (HEATING) : 50°C kPa 32.03 POWER SOURCE V/Ph/Hz 220-240 / 1 / 50 380-415 / 3 / 50 REFRIGERANT TYPE N/A AIR DISCHARGE DUCTED CONTROL OPERATION WITHOUT CONTROLLER HIGH CFM 2500 3200 4200 4600 AIR FLOW MEDIUM CFM 2100 3000 N/A N/A LOW CFM 1750 2800 N/A N/A EXTERNAL STATIC PRESSURE Pa 100 / 72 / 50 100 / 80 / 60 230 230 USGPM 16.8 53.0 48.10 27.4 31.5 42.5 63.00 80.19 2.2 MAX.00 105. WORKING PRESSURE kPa 1608 SURFACE AIR VELOCITY m/s 2.15 SOUND PRESSURE LEVEL dBA 50/46/42 54/52/50 58 58 UNIT DIMENSION HXWXD mm 572 x 1402 x 605 885 x 1540 x 850 PACKING DIMENSION HXWXD mm 762 x 1605 x 880 1154 x 1787 x 1188 UNIT WEIGHT kg 92 102 176 189 CONDENSATE DRAIN SIZE mm 19. = 50°C) W 22860 28580 40450 49820 NOMINAL TOTAL INPUT POWER W 760 1800 1620 1910 NOMINAL RUNNING CURRENT A 3.70 33.30 NOMINAL WATER FLOW RATE litres/min 64. Ducted Blower Type * * AL FUD20/25B FUD40/50B › Excellent Air Distribution › Convertible Air Throw Direction › 4 Useable Fan Speed › High CFM Range › Easy To Service › Wide Capacity Range › Fire-Resistant Polysthylene Insulation › 4 Useable Fan Speed Is Applicable For FUD20/25B › Left/Right Piping Option › Changeable Drive Package Is Applicable For FUD30/40B › Cabinet Construction › Flexibility In Adjusting Air Flow And External Static For FUD30/40B › High External Static Pressure Range › Convertible Air Throw Direction Is Applicable For FUD30/40B › ChangeableDrive Package Specification for Ducted Blower Type MODEL FUD20B FUD25B FUD30B FUD40B Btu/h 75600 95000 125000 150000 NOMINAL COOLING CAPACITY W 22160 27840 36640 43960 Btu/h 53700 69400 90000 106500 NOMINAL SENSIBLE COOLING CAPACITY W 15740 20340 26380 31210 NOMINAL HEATING CAPACITY Btu/h 78000 97500 138000 170000 (ENTERING WATER TEMP.80 1.00 126.90 21. OFF Timer Setting BRC51A BRC51A61 – Heatpump with auto mode BRC51A62 – Cooling only Features: • Cool/Heat/Fan/Dry/Auto mode • Auto/High/Med/Low fan speed • Temperature operate in ºC and ºF • Turbo and Quiet Function • Sleep function • Swing function • Real time clock and day display • 7-days programmable timer • Error indicator • Key lock and fan lock features • Batteries backup and retain setting during power failure • Last state memory (Memory backup setting from main board) • Delay Timer (1 or 2 hours) • Interaction with Wireless Handset (BRC52A61/BRC52A62) 28 . Transmission Source 10 4 8. Temperature Setting: Up & Down 6 11.Heatpump 7 1. Turbo Function 4. Fan 3. “Glow in the dark” ON/OFF Button 11 9. Real Time Clock 3 7. Selectable Mode: Auto Mode. Auto 5 12 10. ON Timer Setting 1 9 2 6. Vertical Automatic Air Swing 2. Cooling . Med.Controller BRC52A BRC52A61 – Heatpump with auto mode BRC52A62 – Cooling only BRC52A63 . High. Quiet Function 8 5. Fan Speed Selection: Low. Dry. Sleep Mode Function 12. Heating. Different fan speed is available for comfort selection With Wireless Remote Controller Belt Driven Evaporator Motor With Wired Remote Controller Variable Pitch Pully Drive Package Automatic Vertical Swing . Standard Features COMFORT FIN TYPE Turbo Mode .Adjustable horizontal discharge grille for desired air flow direction 4 Way Air Discharge IAQ POWER SUPPLY Washable Saranet Filter .Rapid cooling/heating with highest fan speed for immediate comfort AL Bare Aluminium Fin Quiet Mode .Automatic movement of air discharge louver for uniform air distribution Manual Horizontal Air Flow .Removal of airborne dust particles through saranet filter ensures cleaner air Power from Indoor supply Titanium Apatite Photocatalytic Air-Purifying Filter Power from Outdoor Bio Antibody Filter Ionizer 29 .Effective cooling with lower noise level GOLD Anti Corrosion Hydrophilic Gold Fin Dry Mode .Keeping the room dehumidified. while maintaining room temperature Auto Mode .Auto switching between cooling and heating mode depending on room and set temperature Sleep Mode AIR FLOW CONTROLLER Selectable Fan Speed . • Maximum point to point communication bus up to 1000m.Intelligent Control Series Supported Configuration Master Slave BRC51A BRC52A Network Interface Module (NIM) is a networking system which enables communication among Daikin air conditioners. its settings can be changed without following its master. Switch Closed = ON A/C) 0000 Control & Monitor (Ext. • Unit address range from 0 to 15 (0000-1111). The same polarity has to be connected between the NIMs (A to A. If a slave unit is operating • Gateway between DX fan coil unit and basic Building with a control panel. 10 • Better control of air conditioning systems operating conditions Connection NIM utilizes master-slave type system whereby the master node will issue commands to each of the slave nodes. Recommended cable for connected NIM communication bus is a pair of screened & Benefits shielded. G-Way The master unit will be operating in conjunction with a control panel. Switch Open = ON A/C) 0010 Monitoring only 0001 DSW2 Setting (up to total of 16 FCUs) To Wired Control Panel Dry Contact Dry Contact CN2 Switch Input NO Dry Contact Unit On/Off Master Slave Slave(s) Slave(s) To MainBoard CN1 RELAY 1 Indicator COM Output 1 RELAY 2 NO Dry Contact Unit Error COM Output 2 Indicator Main Board Controllers And Display Control Panel DIP Switch NIM must be used in conjunction with: Terminal Blocks • Fan coil units • BRC51A or BRC52A 1000 m G-Way Controller BMS 30 31 . Function Slave unit can be operated with or without control panel. Basic Features Note: • DIP switch setting for Group & Unit address. • Unit operation status monitoring via BMS. • A single master unit can control up to 15 slave units in each group. • Remote (On/Off) control of air conditioner via BMS. • Unit error indication via BMS and BRC51A controller.0mm. G-Way • Main Board controller • Display control panel • NIM controller • Communications bus Types of Operation DSW2 Setting Connection Control & Monitor (Ext. twisted single core wire with core NIM to Main Board 10 • More convenience. No more individually controlling air conditioning units NIM to Wired Controller • Quicker and easier zone control from the master control unit diameter of 0. The NIM System Consists Of • DIP switch setting for control or monitoring function. The communication bus must be connected serially to the adjacent NIM. B to B). • Each slave unit will sense their individual local temperature.5mm to 1. • Automatic detection of control panel existence. • Maximum point to point communication bus between air conditioner and BMS of up to 1000m. Any settings done via the control panel connected to the master will overwrite the settings of its slave units. • Master or slave system configuration. (Daisy chain connection). With the Network Interface Module (NIM). Each slave unit must have a unique address so that it can be addressed independently of other nodes. • Error type and unit ID indication through display control panel. Every master unit will have a group address so that every slave can only response to their respective master. NIM Management System (BMS). all your air conditioning systems can be controlled with just a single controller giving you benefits: Communication Bus Connection Recommended Maximum Cable Length (m) Network Control NIM A 2-way twisted pair cable is used as the First NIM to the furthest 1000 communication bus. • When the operating unit is at fault. • 2 air conditioning units in a master & slave system. • Error indication via error code displayed on LCD panel. The S-NIM System Consists Of • Main Board controller • S-NIM controller • BRC51A • Communication Bus Communication Bus A 2-way twisted pair cable is used as the communication bus. the standby unit will automatically takes over. the standby unit automatically takes over. twisted single core wire with core diameter of 0. * The air conditioning unit connected to the wired controller is always the master unit. It resumes when changing to ON mode. • Preset operation hours can be set via DIP Switch. running timer will stop. Whenever the operating unit is at fault. S-NIM For Timer Switchover Control Built on the NIM configuration. S-NIM Features • Auto restart feature with last state settings. • System controlled by a single BRC51A controller. Recommended cable for communication bus is a pair of screened & shielded. operating at alternate sequence of preset time (3/4/5/7/9/11/12 hours).0mm. S-NIM serves to enhance the abilities and extend the operating lifetime of existing air conditioning units in harsh and demanding environment.5mm to 1. S-NIM works in a master & slave system. S-NIM Controller Application • Server Room • Laboratory • Telecommunication Tower • Railway Switching Center • Livestock Breeding Farm • Room with Critical Electronics Equipments • Warehouse Main Board Main Board S-NIM S-NIM Slave Unit Control Panel Master Unit Typical connection structure for S-NIM 32 . operating at alternate sequence of preset hours. (only is using Netware 3 control panel) • During system OFF mode.