Sakura FCR User Manual
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Sakura FCR User Manual

Ducted type fan coil unit
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Sakura Air Conditioner
User-friendly, Earth-friendly
Models: FCR, FCRD, FFR, FFM, FCRT
Ducted Type Fan Coil Unit

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Summary of Contents for Sakura FCR

  • Page 1 Sakura Air Conditioner User-friendly, Earth-friendly Models: FCR, FCRD, FFR, FFM, FCRT Ducted Type Fan Coil Unit...

  • Page 2: Table Of Contents

    Contents Product Nomenclature ..............2 Features ..................4 Engineering Specifications ..............6 General Data ................6 Operating Range ..............14 Sound Data .................. 23 Sound Pressure Level ............24 Equipment Selection ..............29 Selection Procedure .............. 29 System Performance Chart - Cooling ........34 System Performance Chart - Heating ........

  • Page 3: Product Nomenclature

    Product Nomenclature Concealed Type Fan Coil Unit FCRD Electric heater (x1000W) Water heating coil (4 pipes system) No heater FCRT With filter No filter Bottom return air plenum Back return air plenum No return air plenum Standard drain pan Extended drain pan Low static pressure High static pressure (for FFM only) 30Pa static pressure...
  • Page 4 High Delta-T Ceiling Concealed Type Fan Coil Unit FCHD With return air plenum Without return air plenum Extended drain pan Standard drain pan High ESP Left piping (facing supply air duct) Right piping (facing supply air duct) Product generation Unit Size FCHD High Delta-T Ceiling Concealed Exposed Type Fan Coil Unit Left piping (facing supply air duct)

  • Page 5: Features

    Features Slim and Compact Light and rigid construction due to the compact and strong structural design of the unit. Slim unit design also fulfills the Design stringent space requirement of today’s building design. High Air Volume FCU with the height of only 430mm is most suitable for applications that demand for high air flow but with space saving in mind.
  • Page 6 FCR / FCRD / FCRT FCHD Page 5...

  • Page 7: Engineering Specifications

    Engineering Specifications General Data - Ceiling Concealed FCU (3 rows coil) 50Hz Model 200E 300E 400E 500E 600E 800E 1000E 1200E 1400E High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760 4600 5450...
  • Page 8 General Data - Ceiling Concealed FCU (3 rows coil) 60Hz Model 200E 300E 400E 500E 600E 800E 1000E 1200E 1400E High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760 4600 5450 7310 9000...
  • Page 9 General Data - Ceiling Concealed FCU (4 pipes, 3C + 2H) 50Hz Model 200C 300C 400C 500C 600C 800C 1000C 1200C 1400C High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760 4600 5450...
  • Page 10 General Data - Ceiling Concealed FCU (4 pipes, 3C + 2H) 60Hz Model 200C 300C 400C 500C 600C 800C 1000C 1200C 1400C High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760 4600 5450...
  • Page 11 General Data - High Air Volume FCU (4 rows coil) 50Hz 800B 1000B 1200B 1600B Model High Medium High Medium High Medium High Medium Standard (S) 40Pa 1200 1420 1135 1805 1450 1155 2355 1885 1510 Air Flow High ESP. (H) 130Pa 1265 1015...
  • Page 12 General Data - High Air Volume FCU (4 rows coil) 60Hz 800B 1000B 1200B 1600B Model High Medium High Medium High Medium High Medium Standard (S) 40Pa 1200 1420 1135 1805 1450 1155 2355 1885 1510 Air Flow High ESP. (H) 130Pa 1265 1015...
  • Page 13 General Data - Vertical Concealed FCU (3 rows coil) 50Hz Model 200D 300D 400D 500D 600D 800D 1000D 1200D 1400D High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760 4600 5450 7310 9000...
  • Page 14 General Data - Vertical Concealed FCU (3 rows coil) 60Hz Model 200D 300D 400D 500D 600D 800D 1000D 1200D 1400D High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760 4600 5450 7310 9000...

  • Page 15: Operating Range

    General Data - Vertical Exposed FCU / Ceiling Exposed (3 rows coil) 50Hz Model FF/FC 200C 300C 400C 500C 600C 800C 1000C 1200C 1400C High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760...
  • Page 16 General Data - Vertical Exposed FCU / Ceiling Exposed (3 rows coil) 60Hz Model FF/FC 200C 300C 400C 500C 600C 800C 1000C 1200C 1400C High 1030 1380 1710 2040 2400 Air Flow Medium 1030 1290 1540 1975 1040 1255 High 1970 2850 3760...
  • Page 17 General Data - Ceiling Concealed FCU (2 rows coil) 50Hz Model FCRD 200C 300C 400C 500C 600C 800C 1000C 1200C 1400C High 1060 1500 1800 2110 2700 Air Flow Medium 1130 1350 1580 2030 1060 1350 High 1780 2500 3300 4320 5200 5900...
  • Page 18 General Data - Ceiling Concealed FCU (2 rows coil) 60Hz Model FCRD 200C 300C 400C 500C 600C 800C 1000C 1200C 1400C High 1060 1500 1800 2110 2700 Air Flow Medium 1130 1350 1580 2030 1060 1350 High 1780 2500 3300 4320 5200 5900...
  • Page 19 General Data - Slim Type Ceiling Concealed FCU (3 rows coil) 50Hz Model FCRT 150B 200B 300B 400B High Air Flow Medium High 1530 1970 2850 3760 Total Cooling Capacity Medium 1360 1780 2480 3250 1120 1460 2050 2655 High 1125 1440 2050...
  • Page 20 General Data - Slim Type Ceiling Concealed FCU (3 rows coil) 60Hz Model FCRT 150B 200B 300B 400B High Air Flow Medium High 1530 1970 2850 3760 Total Cooling Capacity Medium 1360 1780 2480 3250 1120 1460 2050 2655 High 1125 1440 2050...
  • Page 21 General Data - High Delta-T Ceiling Concealed FCU (4 rows coil) 50Hz Model FCHD 200B 300B 400B 500B 600B 800B 900B 1000B 1200B 1400B High 1150 1450 1620 2115 2445 2750 Air Flow Medium 1120 1410 1540 1980 2220 2580 1100 1200 1470...
  • Page 22 General Data - High Delta-T Ceiling Concealed FCU (4 rows coil) 60Hz Model FCHD 200B 300B 400B 500B 600B 800B 900B 1000B 1200B 1400B High 1150 1450 1620 2115 2455 2750 Air Flow Medium 1120 1410 1540 1980 2220 2580 1100 1200 1470...
  • Page 23 Operating Range OPERATING LIMITS Maximum water-side pressure 2.0MPa Minimum entering water temperature 5°C Maximum entering water temperature 80°C Minimum air inlet temperature 5°C Maximum air inlet temperature 43°C Power supply 220-240V/1Ph/50Hz Page 22...

  • Page 24: Sound Data

    Sound Data Microphone 1000 Unit 1000 Unit Microphone (a) Vertical Unit (b) Horizontal Unit Sound pressure level test setup complies to GB/T19232-2003 Page 23...

  • Page 25: Sound Pressure Level

    Model : FCR-E / FCRD / FFR 1/1 Octave Sound pressure level (dBA,ref 20µPa) Overall Model Fan Speed dB(A) High 35.1 Medium 29.2 23.3 <20 High 36.5 Medium 31.0 24.4 <20 High 38.7 Medium 33.3 26.5 High 41.4 Medium 35.5 30.6...
  • Page 26 Model : FCR-E / FCRD / FFR 60Pa 1/1 Octave Sound pressure level (dBA,ref 20µPa) Overall Model Fan Speed dB(A) High 41.7 Medium 34.6 27.0 High 43.5 Medium 34.8 28.4 High 46.3 Medium 37.9 29.1 High 47.0 Medium 37.3 28.9 High 49.1...
  • Page 27 Model : FFM 130Pa 1/1 Octave Sound pressure level (dBA,ref 20µPa) Overall Model Fan Speed dB(A) High 57.1 FFM800BH Medium 51.8 49.1 High 58.0 FFM1000BH Medium 51.7 43.7 High 58.2 FFM1200BH Medium 52.4 45.0 High 60.1 FFM1600BH Medium 54.1 46.7 High 61.0 FFM1800BH...
  • Page 28 Model : FC 1/1 Octave Sound pressure level (dBA,ref 20µPa) Overall Model Fan Speed dB(A) High 35.1 FC200C Medium 29.3 23.7 <20 High 37.1 FC300C Medium 31.7 24.4 <20 High 38.8 FC400C Medium 33.4 26.9 High 41.3 FC500C Medium 34.7 30.9 High 45.2...
  • Page 29 Model : FCHD 50Pa 1/1 Octave Sound pressure level (dBA,ref 20µPa) Overall Model Fan Speed dB(A) High 40.5 40.4 44.6 43.7 43.2 40.8 33.7 27.4 47.5 FCHD200B Medium 37.5 41.1 43.4 43.1 42.3 40.8 32.6 26.1 46.9 35.0 38.4 39.7 39.2 37.8 35.5...

  • Page 30: Equipment Selection

    Equipment Selection Selection Procedures To rate the performance of the fan coil units at different conditions, the System Performance Chart – Cooling (Page 24 - 62) and System Performance Chart – Heating (Page 63 - 77) provided in the following pages should be referred to. The first selection should be done based on nominal air flow at standard water temperature and to apply correction factors subsequently for fine tuning to site conditions.
  • Page 31 Cooling Cycle - Step 4 From the fan curves provided and based on the actual static pressure requirement, determine the actual air flow. If the air flow is different from the norminal air flow, find the air flow correction factor from the Capacity Correction Factors - Air Flow chart (Page 78). Cooling Cycle - Step 5 Find the correction factor for altitude from Capacity Correction Factors - Altitude chart (Page 78) if the unit is to be installed at location above sea level.
  • Page 32 Heating Cycle - Step 2 Heating Capacity obtained from Heating Cycle - Step 1 is based on standard condition, i.e.: a) Entering water temperature = 60°C b) Return air temperature = 21°C The actual heating capacity at different entering water temperature and return air temperature can be obtained by applying the heating capacity correction factor (Page 78).
  • Page 33 Selection Example Determine the performance of FCR200E under the following design conditions: a) Return air : 27°C dry bulb and 19°C wet bulb - Cooling : 25°C dry bulb - Heating b) Entering water temperature : 7°C - Cooling : 55°C - Heating c) Water temperature rise : 5°C d) Air Volume...
  • Page 34 System Performance Chart - Cooling Page 33...

  • Page 35: System Performance Chart - Cooling

    System Performance Chart - Cooling Page 34...
  • Page 36 System Performance Chart - Cooling Page 35...
  • Page 37 System Performance Chart - Cooling Page 36...
  • Page 38 System Performance Chart - Cooling Page 37...
  • Page 39 System Performance Chart - Cooling Page 38...
  • Page 40 System Performance Chart - Cooling Page 39...
  • Page 41 System Performance Chart - Cooling Page 40...
  • Page 42 System Performance Chart - Cooling Page 41...
  • Page 43 System Performance Chart - Cooling Page 42...
  • Page 44 System Performance Chart - Cooling Page 43...
  • Page 45 System Performance Chart - Cooling Page 44...
  • Page 46 System Performance Chart - Cooling Page 45...
  • Page 47 System Performance Chart - Cooling Page 46...
  • Page 48 System Performance Chart - Cooling Page 47...
  • Page 49 System Performance Chart - Cooling Page 48...
  • Page 50 System Performance Chart - Cooling Page 49...
  • Page 51 System Performance Chart - Cooling Page 50...
  • Page 52 System Performance Chart - Cooling Page 51...
  • Page 53 System Performance Chart - Cooling Page 52...
  • Page 54 System Performance Chart - Cooling Page 53...
  • Page 55 System Performance Chart - Cooling Page 54...
  • Page 56 System Performance Chart - Cooling Page 55...
  • Page 57 System Performance Chart - Cooling Page 56...
  • Page 58 System Performance Chart - Cooling Page 57...
  • Page 59 System Performance Chart - Cooling Page 58...
  • Page 60 System Performance Chart - Cooling Page 59...
  • Page 61 System Performance Chart - Cooling Page 60...
  • Page 62 System Performance Chart - Cooling Page 61...
  • Page 63 System Performance Chart - Cooling Page 62...
  • Page 64 System Performance Chart - Cooling Page 63...
  • Page 65 System Performance Chart - Cooling Page 64...
  • Page 66 System Performance Chart - Cooling Page 65...
  • Page 67 System Performance Chart - Cooling Page 66...
  • Page 68 System Performance Chart - Cooling Page 67...
  • Page 69 System Performance Chart - Cooling Page 68...
  • Page 70 System Performance Chart - Cooling Page 69...
  • Page 71 System Performance Chart - Cooling Page 70...
  • Page 72 System Performance Chart - Cooling Page 71...

  • Page 73: System Performance Chart - Heating

    System Performance Chart - Heating Model : FCR / FC / FF / FFR 200 Model : FCR / FC / FF / FFR 300 Page 72...
  • Page 74 System Performance Chart - Heating Model : FCR / FC / FF / FFR 400 Model : FCR / FC / FF / FFR 500 Page 73...
  • Page 75 System Performance Chart - Heating Model : FCR / FC / FF / FFR 600 Model : FCR / FC / FF / FFR 800 Page 74...
  • Page 76 System Performance Chart - Heating Model : FCR / FC / FF / FFR 1000 Model : FCR / FC / FF / FFR 1200 Page 75...
  • Page 77 System Performance Chart - Heating Model : FCR / FC / FF / FFR 1400 Model : FFM 800B Page 76...
  • Page 78 System Performance Chart - Heating Model : FFM 1000B Model : FFM 1200B Page 77...
  • Page 79 System Performance Chart - Heating Model : FFM 1600B Model : FFM 1800B Page 78...
  • Page 80 System Performance Chart - Heating Model : FFM 2000B Model : FFM 3000B Page 79...
  • Page 81 System Performance Chart - Heating Model : FCRD 200C Model : FCRD 300C Page 80...
  • Page 82 System Performance Chart - Heating Model : FCRD 400C Model : FCRD 500C Page 81...
  • Page 83 System Performance Chart - Heating Model : FCRD 600C Model : FCRD 800C Page 82...
  • Page 84 System Performance Chart - Heating Model : FCRD 1000C Model : FCRD 1200C Page 83...
  • Page 85 System Performance Chart - Heating Model : FCRD 1400C Model : FCRT 150B Page 84...
  • Page 86 System Performance Chart - Heating Model : FCRT 200B Model : FCRT 300B Page 85...
  • Page 87 System Performance Chart - Heating Model : FCRT 400B Page 86...

  • Page 88: Heating Capacity Correction Factors

    Heating Capacity Correction Factors Entering Air Temperature (°C) 10.0 12.5 15.0 17.5 21.0 22.5 25.0 0.888 0.825 0.762 0.697 0.635 0.571 0.483 0.445 0.382 1.017 0.955 0.892 0.828 0.765 0.700 0.611 0.573 0.509 1.149 1.085 1.020 0.958 0.896 0.830 0.741 0.702 0.638 1.280...

  • Page 89: Water Pressure Drop Chart

    Water Pressure Drop Chart Model : FC / FF / FFR / FCR-C (Cooling coil) Water Flow Rate (litre/hour) Model : FCRD / FCR-C (Heating coil) Water Flow Rate (litre/hour) Page 88...
  • Page 90 Water Pressure Drop Chart Model : FCR-E Water Flow Rate (litre/hour) Model : FFM Water Flow Rate (litre/hour) Page 89...
  • Page 91 Water Pressure Drop Chart Model : FCRT Water Flow Rate (litre/hour) Model : FCHD Water Flow Rate (litre/hour) Page 90...

  • Page 92: Fan Curves

    Fan Curve - FCR 200E Flow Rate (CMH) Fan Curve - FCR 300E Flow Rate (CMH) Page 91...
  • Page 93 Fan Curve - FCR 400E Flow Rate (CMH) Fan Curve - FCR 500E Flow Rate (CMH) Page 92...
  • Page 94 Fan Curve - FCR 600E Flow Rate (CMH) Fan Curve - FCR 800E H(30Pa) H(60Pa) M(60Pa) H(0Pa) M(30Pa) M(0Pa) L(60Pa) L(30Pa) L(0Pa) INTERNAL STATIC Flow Rate (CMH) Page 93...
  • Page 95 Fan Curve - FCR 1000E Flow Rate (CMH) Fan Curve - FCR 1200E Flow Rate (CMH) Page 94...
  • Page 96 Fan Curve - FCR 1400E Flow Rate (CMH) Fan Curve - FCR 200C Flow Rate (CMH) Page 95...
  • Page 97 Fan Curve - FCR 300C Flow Rate (CMH) Fan Curve - FCR 400C Flow Rate (CMH) Page 96...
  • Page 98 Fan Curve - FCR 500C Flow Rate (CMH) Fan Curve - FCR 600C Flow Rate (CMH) Page 97...
  • Page 99 Fan Curve - FCR 800C Flow Rate (CMH) Fan Curve - FCR 1000C Flow Rate (CMH) Page 98...
  • Page 100 Fan Curve - FCR 1200C Flow Rate (CMH) Fan Curve - FCR 1400C Flow Rate (CMH) Page 99...
  • Page 101 Fan Curve - FFM 800B Flow Rate (CMH) Fan Curve - FFM 1000B Flow Rate (CMH) Page 100...
  • Page 102 Fan Curve - FFM 1200B Flow Rate (CMH) Fan Curve - FFM 1600B Flow Rate (CMH) Page 101...
  • Page 103 Fan Curve - FFM 1800B Flow Rate (CMH) Fan Curve - FFM 2000B Flow Rate (CMH) Page 102...
  • Page 104 Fan Curve - FFM 3000B Flow Rate (CMH) Fan Curve - FFR 200D Flow Rate (CMH) Page 103...
  • Page 105 Fan Curve - FFR 300D Flow Rate (CMH) Fan Curve - FFR 400D Flow Rate (CMH) Page 104...
  • Page 106 Fan Curve - FFR 500D Flow Rate (CMH) Fan Curve - FFR 600D Flow Rate (CMH) Page 105...
  • Page 107 Fan Curve - FFR 800D Flow Rate (CMH) Fan Curve - FFR 1000D Flow Rate (CMH) Page 106...
  • Page 108 Fan Curve - FFR 1200D Flow Rate (CMH) Fan Curve - FFR 1400D Flow Rate (CMH) Page 107...
  • Page 109 Fan Curve - FCRD 200C Flow Rate (CMH) Fan Curve - FCRD 300C Flow Rate (CMH) Page 108...
  • Page 110 Fan Curve - FCRD 400C Fan Curve - FCRD 500C Flow Rate (CMH) Page 109...
  • Page 111 Fan Curve - FCRD 600C Flow Rate (CMH) Fan Curve - FCRD 800C Flow Rate (CMH) Page 110...
  • Page 112 Fan Curve - FCRD 1000C Flow Rate (CMH) Fan Curve - FCRD 1200C Flow Rate (CMH) Page 111...
  • Page 113 Fan Curve - FCRD 1400C Flow Rate (CMH) Fan Curve - FCRT 150B Flow Rate (CMH) Page 112...
  • Page 114 Fan Curve - FCRT 200B Flow Rate (CMH) Fan Curve - FCRT 300B Flow Rate (CMH) Page 113...
  • Page 115 Fan Curve - FCRT 400B Flow Rate (CMH) Fan Curve - FCHD 200B Flow Rate (CMH) Page 114...
  • Page 116 Fan Curve - FCHD 300B Flow Rate (CMH) Fan Curve - FCHD 400B Flow Rate (CMH) Page 115...
  • Page 117 Fan Curve - FCHD 500B Flow Rate (CMH) Fan Curve - FCHD 600B Flow Rate (CMH) Page 116...
  • Page 118 Fan Curve - FCHD 800B Flow Rate (CMH) Fan Curve - FCHD 900B Flow Rate (CMH) Page 117...
  • Page 119 Fan Curve - FCHD 1000B Flow Rate (CMH) Fan Curve - FCHD 1200B Flow Rate (CMH) Page 118...
  • Page 120 Fan Curve - FCHD 1400B Flow Rate (CMH) Page 119...

  • Page 121: Dimensions

    Dimensions Model : FCR 200 - 1400E Without return air plenum Water Return Connection Rc3/4 Water Supply Connection Rc3/4 Motor Condensate Water Pipe Rc3/4 4 - Ø10 x 16 Mounting Holes Terminal Box Note : Diagram shows Left Piping Dimensions in mm Model Motor No.
  • Page 122 Model : FCR 200 - 1400C Without return air plenum Water Return Connection Rc3/4 Water Supply Connection Rc3/4 FCR200C-600C Motor Condensate Water Pipe R3/4 4 - Ø10 x 16 Mounting Holes Terminal Box FCR800C-1200C Cooling Coil Heating Coil FCR1400C Note : Diagram shows Left Piping...
  • Page 123 Model : FFM 800 - 3000B Water Return Connection Motor Terminal Box FFM (Type S) Water Supply Connection Condensate Water Pipe FFM (Type H) 4 - Ø13 x 35 Mounting Holes Note : Diagram shows Right Piping Dimensions in mm Inlet / Condensate Motor No.
  • Page 124 Model : FF 200 - 1400C 3-Speed On/Off Switch Water Return Connection Rc3/4 Water Supply Connection Rc3/4 Filter Condensate Water Pipe Motor Note : Diagram shows Right Piping Dimensions in mm Model Motor No. Fan No. FF200C FF300C 1040 FF400C 1161 FF500C 1282...
  • Page 125 Model : FCRD 200 - 1400C Water Return Connection Rc3/4 Water Supply Connection Rc3/4 Motor Condensate Water Pipe R3/4 4 - Ø10 x 16 Mounting Holes Terminal Box Note : Diagram shows Left Piping Dimensions in mm Model Motor No. Fan No. FCRD200C FCRD300C FCRD400C...
  • Page 126 Model : FCHD 200 - 1400B Dimensions in mm Filters Model Size FHCD200B 485 x 240 x 20 FHCD300B 705 x 240 x 20 FHCD400B 785 x 240 x 20 FHCD500B 1060 885 x 240 x 20 FHCD600B 1051 985 x 240 x 20 FHCD800B 1460 1228...

  • Page 127: Wiring Diagrams

    Wiring Diagram Wiring Diagrams Model : FCR / FC / FCRD / FCRT Field supply Model : FFM / FFR Field supply Page 126...
  • Page 128 Model : FF Model : FCHD Page 127...

  • Page 129: Installation

    Installation Unit Installation and Maintenance 1) Pre-Installation Caution : Installation and maintenance should be done by qualified technicians who are familiar with local codes and regulations. Caution : Sharp edges from the unit and heat exchanger are potential hazard. Handle with extreme care.
  • Page 130 c) Pipes connection i) All threaded pipes must be sealed using PTFE tape during connection. ii) After leak testing of water pipes, all pipes must be insulated to prevent heat lost / heat gain. iii) All valves on the piping system must be located within the area of the drain pan of the unit.
  • Page 131 4) Pressure Test For Water System In order to ensure the water system is free of leakage, water pressure leak test should be carried out after unit installation. During testing, the air vent can be used to release air trapped inside the water circuit (air trapped inside the heat exchanger will produce excessive noise and will reduce the heat exchange efficiency).

  • Page 132: Servicing And Maintenance

    Servicing and Maintenance Warning : Moving parts of unit and electric shock will cause serious injury or fatality to human. Power supply to the unit must be disconnected before carrying out any maintenance work. a) Dirty filter will increase the air resistance, dirty heat exchanger will reduce the cooling/ heating capacity of the unit and blocked drain pan will cause water dripping to the ceiling of the building.

  • Page 133: Troubleshooting

    Troubleshooting Troubleshooting Guide When any malfunction of the air conditioner unit is noted, immediately switch off the supply to the unit. Check for the following fault conditions and causes for some simple troubleshooting tips. Fault Possible Causes The air conditionner unit Power failure, or the fuse blown and need to be replaced.

  • Page 134: Exploded View And Parts List

    Exploded View and Parts List Model : FCR-C Quantity No. Description FCR200C FCR300C FCR400C FCR500C FCR600C FCR800C FCR1000C FCR1200C FCR1400C Motor Fan (left) Fan (right) Fan deck Top plate Coil (left) Coil (right) Drain guide plate Drain pan Header (cooling coil)

  • Page 135: Equipment Options

    Model : FCR-E Quantity Description FCR200E FCR300E FCR400E FCR500E FCR600E FCR800E FCR1000E FCR1200E FCR1400E Top plate Coil (left) Coil (right) Fan deck Motor Fan (left) Fan (right) Drain pan Terminal box Drain guide plate Header 1 set 1 set 1 set...
  • Page 136 Model : FFM Quantity No. Description FFM800B FFM1000B FFM1200B FFM1600B FFM1800B(S) FFM1800B(H) FFM2000B FFM3000B Return air plenum Fan (left) Fan (right) Lifting bar Top plate Fan deck Coil (left) Coil (right) Drain guide plate Drain pan Water inlet/outlet pipe 1 set 1 set 1 set 1 set...
  • Page 137 Model : FC Quantity No. Description FC200C FC300C FC400C FC500C FC600C FC800C FC1000C FC1200C FC1400C Side plate Coil Top plate Fan (left) Fan (right) Return air plenum Plenum supporter Filter Motor Fan deck 10 Terminal box 11 Condensate drain pipe 12 Header 1 set 1 set...
  • Page 138 Model : FF Quantity No. Description FF200C FF300C FF400C FF500C FF600C FF800C FF1000C FF1200C FF1400C Supply air grille Top plate 3 speed switch Side plate Base frame Front plate Filter Fan (left) Fan (right) Motor 10 Fan deck 11 Condensate drain pipe 12 Drain pan 13 Header 1 set...
  • Page 139 Model : FFR Quantity No. Description FFR200D FFR300D FFR400D FFR500D FFR600D FFR800D FFR1000D FFR1200D FFR1400D Black plate Top plate Coil Front plate Filter Fan (left) Fan (right) Motor Fan deck Condensate drain pipe 10 Drain pan 11 Header 1 set 1 set 1 set 1 set...
  • Page 140 Model : FCRD Quantity No. Description FCRD200C FCRD300C FCRD400C FCRD500C FCRD600C FCRD800C FCRD1000C FCRD1200C FCRD1400C Top plate Coil (left) Coil (right) Fan deck Motor Fan (left) Fan (right) Drain pan Terminal box Drain guide plate Header 1 set 1 set 1 set 1 set 1 set...
  • Page 141 Model : FCRT Quantity No. Description FCRT150B FCRT200B FCRT300B FCRT400B Top plate Coil (left) Coil (right) Fan deck Motor Fan (left) Fan (right) Drain pan Terminal box Condensate drain pipe Header (left) Header (right) 1 set 1 set 1 set 1 set Page 140...
  • Page 142 Model : FCHD Quantity Description 200B 300B 400B 500B 600B 800B 900B 1000B 1200B 1400B Top plate Coil (left) Coil (right) Drain guide plate Fan deck Motor Fan (left) Fan (right) Return air plenum Filter Drain pan 10 Terminal box 11 Header 1 Set 1 Set...
  • Page 143 Equipment Options Controller Model : TA107 General TA107 thermostat is used to control room temperature in industrial, commercial and residential environment via controlling the fan coil units (with or without motorized valve), dampers, diffuser, etc. It uses NTC to detect the room temperature and compare it with the set-point for room temperature control.
  • Page 144 Model : TA108 General TA108 thermostat is stand-alone microprocessor based thermostat with LCD display. The thermostat is designed to siwtched ON/OFF the fans, valves, dampers or electric heaters in fan coil units and heating application. The fan speed can be manually controlled throught he push button or to set to Auto-Fan.
  • Page 145 SAKURA CORPORATION Tel: (81)45-949-8550 Fax: (81)45-949-8551 E-mail: mail@sakura-aircon.com URL: www.sakura-aircon.com 2-17-1. Eda-minami, Tsuzuki-ku, Yokohama, Kanagawa, 224-0007, Japan...

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