SiBE12 - 713 F-Series [Applied Models] Inverter Multi : Cooling Only Inverter Multi : Heat Pump
SiBE12-713 SUPER MULTI NX F-Series zCooling Only Indoor Unit FTKS20D3VMW FTKS20D3VML FTKS25D3VMW FTKS25D3VML FTKS35D3VMW FTKS35D3VML FTKS50D2V1W FTKS50D2V1L FTKS20CAVMB FTKS25CAVMB FTKS35CAVMB FTKS50FV1B FTKS60FV1B FTKS71FV1B FDKS25CAVMB FDKS35CAVMB FDKS50CVMB FDKS60CVMB FDKS25EAVMB FDKS35EAVMB FLKS25BAVMB FLKS35BAVMB FLKS50BAVMB FLKS60BAVMB FVXS25FV1B FVXS35FV1B FVXS50FV1B FHQ35BVV1B FHQ50BVV1B FHQ60BVV1B FTXS35D3VMW FTXS35D3VML FTXS50D2V1W FTXS50D2V1L FTXS20CAVMB FTXS25CAVMB FTXS35CAVMB FTXS50FV1B FT
SiBE12-713 1. Introduction .............................................................................................v 1.1 Safety Cautions ........................................................................................v 1.2 Used Icons .............................................................................................. ix Part 1 List of Functions ................................................................ 1 1. List of Functions ....................................................
SiBE12-713 3.6 3.7 3.8 3.9 3.10 3.11 3.12 3.13 3.14 3.15 Freeze-up Protection Control .................................................................89 Heating Peak-cut Control .......................................................................89 Fan Control.............................................................................................90 Liquid Compression Protection Function 2.............................................90 Defrost Control ..............................................
SiBE12-713 5.22 5.23 5.24 5.25 5.26 5.27 5.28 Electrical Box Temperature Rise..........................................................265 Radiation Fin Temperature Rise ..........................................................267 Output Over Current Detection.............................................................269 Insufficient Gas.....................................................................................271 Low-voltage Detection or Over-voltage Detection................................
SiBE12-713 Introduction 1. Introduction 1.1 Safety Cautions Cautions and Warnings Be sure to read the following safety cautions before conducting repair work. The caution items are classified into “ Warning” and “ Caution”. The “ Warning” items are especially important since they can lead to death or serious injury if they are not followed closely. The “ Caution” items can also lead to serious accidents under some conditions if they are not followed.
Introduction SiBE12-713 Warning Be sure to wear a safety helmet, gloves, and a safety belt when working at a high place (more than 2m). Insufficient safety measures may cause a fall accident. In case of R410A refrigerant models, be sure to use pipes, flare nuts and tools for the exclusive use of the R410A refrigerant. The use of materials for R22 refrigerant models may cause a serious accident such as a damage of refrigerant cycle as well as an equipment failure.
SiBE12-713 Introduction 1.1.2 Cautions Regarding Safety of Users Warning Be sure to use parts listed in the service parts list of the applicable model and appropriate tools to conduct repair work. Never attempt to modify the equipment. The use of inappropriate parts or tools may cause an electrical shock, excessive heat generation or fire. If the power cable and lead wires have scratches or deteriorated, be sure to replace them.
Introduction SiBE12-713 Warning Check to make sure that the power cable plug is not dirty or loose, then insert the plug into a power outlet securely. If the plug has dust or loose connection, it may cause an electrical shock or fire. Be sure to install the product correctly by using the provided standard For unitary type installation frame. only Incorrect use of the installation frame and improper installation may cause the equipment to fall, resulting in injury.
SiBE12-713 Introduction Caution Be sure to measure the insulation resistance after the repair, and make sure that the resistance is 1 MΩ or higher. Faulty insulation may cause an electrical shock. Be sure to check the drainage of the indoor unit after the repair. Faulty drainage may cause the water to enter the room and wet the furniture and floor. Do not tilt the unit when removing it. The water inside the unit may spill and wet the furniture and floor.
Introduction x SiBE12-713
SiBE12-713 Part 1 List of Functions 1. List of Functions ......................................................................................2 1.1 Cooling Only Models ................................................................................2 1.2 Heat Pump Models...................................................................................
List of Functions SiBE12-713 1.
Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience FTKS50-71FV1B Basic Function Functions Air Purifying Filter — — — Photocatalytic Deodorizing Filter — — { — FTKS50-71FV1B Category FTKS20-35CAVMB List of Functions FTKS20-35CAVMB SiBE12-713 Inverter (with Inverter Power Control) { { Operation Limit for Cooling (°CDB) — — Operation Limit for Heating (°CWB) — Category Health & Clean Functions PAM Control — — Air Purifying Filter with Photocataly
Compressor Comfortable Airflow Comfort Control { — — Lifestyle Convenience — — — Photocatalytic Deodorizing Filter — — — — — — FDKS25/35EAVMB Air Purifying Filter — Category { Health & Clean Functions Operation Limit for Heating (°CWB) — — — Air Purifying Filter with Photocatalytic Deodorizing Function PAM Control — — — Titanium Apatite Photocatalytic Air-Purifying Filter — — — — Oval Scroll Compressor — — — Longlife Filter (Option) — — Swing Compressor — — — M
Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience FLKS25-60BAVMB FVXS25-50FV1B FHQ35-60BVV1B Basic Function { Operation Limit for Cooling (°CDB) — — Functions FHQ35-60BVV1B Inverter (with Inverter Power Control) Category FVXS25-50FV1B List of Functions FLKS25-60BAVMB SiBE12-713 { { Health & Clean — Air Purifying Filter { — — Photocatalytic Deodorizing Filter { — — — — — — Category Functions Operation Limit for Heating (°CWB) — — — Air Puri
Basic Function Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience Functions Inverter (with Inverter Power Control) { Category Health & Clean 4MKS75F2V1B Category SiBE12-713 4MKS75F2V1B List of Functions Functions Air Purifying Filter — Photocatalytic Deodorizing Filter — Operation Limit for Cooling (°CDB) –10 ~ 46 Operation Limit for Heating (°CWB) — Air Purifying Filter with Photocatalytic Deodorizing Function — PAM Control { Titanium Apatite Photoca
SiBE12-713 Comfortable Airflow Comfort Control Operation Lifestyle Convenience Air Purifying Filter — — — Photocatalytic Deodorizing Filter — — — Air Purifying Filter with Photocatalytic Deodorizing Function — — Inverter (with Inverter Power Control) { { Operation Limit for Cooling (°CDB) — — Operation Limit for Heating (°CWB) — PAM Control Compressor CTXG50EV1BW(S) Basic Function Functions CTXG50EV1BW(S) Category FTXG25/35EV1BW(S) Heat Pump Models FTXG25/35EV1BW(S) 1.
— Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience FTXS20-35CAVMB Operation Limit for Heating (°CWB) FTXS50D2V1W(L) — FTXS20-35D3VMW(L) Operation Limit for Cooling (°CDB) FTXS20-35CAVMB { Functions FTXS50D2V1W(L) Inverter (with Inverter Power Control) Category Basic Function SiBE12-713 FTXS20-35D3VMW(L) List of Functions { — { Health & Clean — Air Purifying Filter — — — — — Photocatalytic Deodorizing Filter — — — — — { Category Functions P
Category Basic Function Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience Functions Inverter (with Inverter Power Control) { Operation Limit for Cooling (°CDB) — Category Health & Clean Functions FTXS50-71FV1B List of Functions FTXS50-71FV1B SiBE12-713 Air Purifying Filter — Photocatalytic Deodorizing Filter — — Operation Limit for Heating (°CWB) — Air Purifying Filter with Photocatalytic Deodorizing Function PAM Control — Titanium Apatite Photocataly
Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience { — — Air Purifying Filter — — — — Photocatalytic Deodorizing Filter — — — — — — FDXS25/35EAVMB FDXS25/35EAVMB { Operation Limit for Cooling (°CDB) FDXS50/60CVMB Inverter (with Inverter Power Control) FDXS25/35CAVMB Basic Function Functions FDXS50/60CVMB Category SiBE12-713 FDXS25/35CAVMB List of Functions Category { Health & Clean Functions Operation Limit for Heating (°CWB) — — — Air Pur
{ Operation Limit for Cooling (°CDB) — — Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience FHQ35-60BVV1B { FVXS25-50FV1B Basic Function Functions FLXS25-60BAVMB Inverter (with Inverter Power Control) Category { Health & Clean — Air Purifying Filter { — — Photocatalytic Deodorizing Filter { — — — — — — FHQ35-60BVV1B FVXS25-50FV1B List of Functions FLXS25-60BAVMB SiBE12-713 Category Functions Operation Limit for Heating (°CWB) — — — Air Puri
Basic Function Compressor Comfortable Airflow Comfort Control Operation Lifestyle Convenience Functions Inverter (with Inverter Power Control) { Operation Limit for Cooling (°CDB) –10 ~ 46 Operation Limit for Heating (°CWB) –15 ~ 15.
SiBE12-713 Part 2 Specifications 1. Specifications ........................................................................................14 1.1 1.2 1.3 1.4 Specifications Indoor Units - Cooling Only ....................................................................14 Outdoor Units - Cooling Only .................................................................23 Indoor Units - Heat Pump.......................................................................24 Outdoor Units - Heat Pump ................
Specifications SiBE12-713 1. Specifications 1.1 Indoor Units - Cooling Only Wall Mounted Type 50Hz 230V Model Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No.
SiBE12-713 Specifications 50Hz 230V Model Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan mm mm kg kg FTKS35D3VMW 3.5kW Class White 8.9 (314) 6.9 (244) 4.8 (169) 4.
Specifications SiBE12-713 50Hz 230V Model Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Piping Connection Gas Drain Drawing No. Fan mm mm kg kg FTKS20CAVMB 2.0kW Class White 7.7 (272) 5.9 (208) 4.2 (148) 3.
SiBE12-713 Specifications 50Hz 230V Model Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan mm mm kg kg FTKS60FV1B 6.0kW Class White 16.2 (572) 13.6 (480) 11.4 (403) 10.
Specifications SiBE12-713 Duct Connected Type 50Hz 230V Model Rated Capacity Front Panel Color FDKS25CAVMB 2.5kW Class m³/min (cfm) Air Flow Rates Fan Type Motor Output Speed — — mm mm kg kg 9.5 (335) 8.8 (311) 8.0 (282) 6.7 (237) Sirocco Fan 62 5 Steps, Quiet, Auto Removable-Washable-Mildew Proof 0.47 100 92.5 Microcomputer Control 200×900×620 266×1,106×751 25 31 10.0 (353) 9.3 (328) 8.5 (300) 7.0 (247) Sirocco Fan 62 5 Steps, Quiet, Auto Removable-Washable-Mildew Proof 0.47 100 92.
SiBE12-713 Specifications 50Hz 230V Model Rated Capacity Front Panel Color FDKS25EAVMB 2.5kW Class m³/min (cfm) Air Flow Rates Fan Type Motor Output Speed Note: Specifications — — mm mm kg kg 8.7 (307) 8.0 (282) 7.3 (258) 6.2 (219) Sirocco Fan 62 5 Steps, Quiet, Auto Removable-Washable-Mildew Proof 0.48 71 64.3 Microcomputer Control 200×700×620 274×906×751 21 29 8.7 (307) 8.0 (282) 7.3 (258) 6.2 (219) Sirocco Fan 62 5 Steps, Quiet, Auto Removable-Washable-Mildew Proof 0.48 71 64.
Specifications SiBE12-713 Floor / Ceiling Suspended Dual Type 50Hz 230V Model Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Piping Connection Gas Drain Drawing No. Fan mm mm kg kg FLKS25BAVMB 2.5kW Class Almond White 7.
SiBE12-713 Specifications Floor Standing Type 50Hz 230V Model Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Piping Connection Gas Drain Drawing No. Fan mm mm kg kg FVXS25FV1B 2.5kW Class White 8.2 (290) 6.5 (229) 4.
Specifications SiBE12-713 Ceiling-suspended Type 50Hz 230V Model Rated Capacity Color Decoration Panel Dimensions (H×W×D) Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/L Sound Sound Power H/L Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan H M L SL W Steps mm mm kg kg FHQ35BVV1B 3.5kW Class White — 13.0 (458) — 10.
SiBE12-713 1.2 Specifications Outdoor Units - Cooling Only 50Hz 230V Model Cooling Capacity Power Consumption Running Current Casing Color Type Compressor Model Motor Output Model Refrigerant Oil Charge Type Refrigerant Charge 4MKS75F2V1B kW W A Ivory White Hermetically Sealed Swing Type 2YC45DXD 1,380 FVC50K 0.65 R-410A 2.3 52.7 49.4 43.5 1,861 1,744 1,536 Propeller 53 H: 0.20 / M: 0.16 / L: 0.10 H: 70 / M: 58 / L: 36 6.2 735×936×300 797×992×390 57 61 48 61 φ 6.4×4 φ 9.5×2, φ12.7×1, φ15.9×1 φ18.
Specifications 1.3 SiBE12-713 Indoor Units - Heat Pump Wall Mounted Type 50Hz 230V FTXG25EV1BW Model Cooling Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No.
SiBE12-713 Specifications 50Hz 230V CTXG50EV1BW Model Cooling Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. H M L SL W Steps A W % mm mm kg kg 11.3 (398) 9.1 (320) 7.1 (250) 6.
Specifications SiBE12-713 50Hz 230V FTXS25D3VMW Model Cooling Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. H M L SL W Steps A W % mm mm kg kg 8.7 (307) 6.7 (237) 4.7 (166) 3.
SiBE12-713 Specifications 50Hz 230V FTXS50D2V1W Model Cooling Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. H M L SL W Steps A W % mm mm kg kg 11.4 (402) 9.3 (328) 7.1 (251) 6.
Specifications SiBE12-713 50Hz 230V FTXS35CAVMB Model Cooling Heating Rated Capacity Front Panel Color Air Flow Rates 3.5kW Class White m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan H M L SL 7.7 (272) 6.0 (212) 4.
SiBE12-713 Specifications 50Hz 230V FTXS71FV1B Model Cooling Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan Heating 7.1kW Class White H M L SL 17.4 (614) 14.6 (516) 11.
Specifications SiBE12-713 Duct Connected Type 50Hz 230V FDXS25CAVMB Model Cooling Rated Capacity Front Panel Color m³/min (cfm) Type Motor Output Speed H M L SL W Steps A W % mm mm kg kg dBA Pa mm mm mm 9.5 (335) 8.8 (311) 8.0 (282) 6.7 (237) — 9.5 (335) 8.8 (311) 8.0 (282) 6.7 (237) Sirocco Fan 62 5 Steps, Quiet, Auto Removable-Washable-Mildew Proof 0.47 0.47 100 100 92.5 92.5 Microcomputer Control 200×900×620 266×1,106×751 25 31 35/33/31/29 35/33/31/29 40 Both Liquid and Gas Pipes φ 6.4 φ 9.
SiBE12-713 Specifications 50Hz 230V FDXS25EAVMB Model Cooling Rated Capacity Front Panel Color Type Motor Output Speed W Steps Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound External Static Pressure Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Note: H M L SL A W % mm mm kg kg dBA Pa mm mm mm 8.7 (307) 8.0 (282) 7.3 (258) 6.2 (219) — 8.
Specifications SiBE12-713 Floor / Ceiling Suspended Dual Type 50Hz 230V FLXS25BAVMB Model Cooling Rated Capacity Front Panel Color Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No.
SiBE12-713 Specifications Floor Standing Type 50Hz 230V FVXS25FV1B Model Cooling Rated Capacity Front Panel Color Air Flow Rates Type Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/M/L/SL Sound Sound Power H Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan H M L SL W Steps A W % 8.2 (290) 6.5 (229) 4.8 (169) 4.
Specifications SiBE12-713 Ceiling-suspended Type 50Hz 230V Model Rated Capacity Color Decoration Panel Dimensions (H×W×D) Air Flow Rates m³/min (cfm) Type Motor Output Speed Air Direction Control Air Filter Temperature Control Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation H/L Sound Sound Power H/L Heat Insulation Liquid Gas Piping Connection Drain Drawing No. Fan H M L SL W Steps mm mm kg kg FHQ35BVV1B Cooling Heating 3.5kW Class White — 13.0 (458) 13.0 (458) — 10.
SiBE12-713 1.4 Specifications Outdoor Units - Heat Pump 50Hz 230V 4MXS68F2V1B Model Cooling Cooling Capacity Power Consumption Running Current Casing Color Type Compressor Model Motor Output Model Refrigerant Oil Charge Type Refrigerant Charge L Air Flow Rates cfm Type Motor Output Running Current Power Consumption Starting Current Dimensions (H×W×D) Packaged Dimensions (H×W×D) Weight Gross Weight Operation Sound Sound Power Liquid Gas Piping Connection Drain Heat Insulation No.
Specifications 36 SiBE12-713 Specifications
SiBE12-713 Part 3 Printed Circuit Board Connector Wiring Diagram 1. Printed Circuit Board Connector Wiring Diagram..................................38 1.1 1.2 1.3 1.4 1.5 1.6 Wall Mounted Type ................................................................................38 Duct Connected Type.............................................................................47 Floor / Ceiling Suspended Dual Type.....................................................49 Floor Standing Type ........................
Printed Circuit Board Connector Wiring Diagram SiBE12-713 1. Printed Circuit Board Connector Wiring Diagram 1.1 Wall Mounted Type 1.1.
SiBE12-713 Printed Circuit Board Connector Wiring Diagram PCB Detail PCB(1): Control PCB V1 S1 FU1 S6 S21 S35 LED A JA JB JC S32 S28 S26 (R4288) PCB(2): Signal Receiver PCB PCB(3): Display PCB S27 SW1 S29 LED1 LED2 (R5183) LED3 RTH1 (R4290) PCB(4): INTELLIGENT EYE sensor PCB S36 (R4291) Printed Circuit Board Connector Wiring Diagram 39
Printed Circuit Board Connector Wiring Diagram SiBE12-713 1.1.
SiBE12-713 Printed Circuit Board Connector Wiring Diagram PCB PCB(1) Control SW7 S1 PCB (2) Signal reciever 5V Check V1 5V S27 S7 JP21 JA JB JC PCB (3) Intelligent eye sensor 12V Check 12V GND S21 S6 GND S35 JA JB JC S32 S26 (R2413) Printed Circuit Board Connector Wiring Diagram 41
Printed Circuit Board Connector Wiring Diagram PCB Detail SiBE12-713 PCB(1): Control PCB PCB(2): Signal Receiver PCB V1 Control PCB Fu1 S1 Signal Receiver PCB SW7 LED1 LED2 LED3 RTH1 S27 5V Check S7 12V Check S21 S6 GND S35 LED A JA JB JC S32 S26 (R4987) PCB(3): INTELLIGENT EYE sensor PCB S36 (R4988) 42 Printed Circuit Board Connector Wiring Diagram
SiBE12-713 Printed Circuit Board Connector Wiring Diagram 1.1.
Printed Circuit Board Connector Wiring Diagram PCB Detail SiBE12-713 PCB(1): Control PCB (indoor unit) S1 V1 FU1 S21 S6 S8 S35 LED A JA JB JC PCB(2): Signal Receiver PCB S32 S28 S26 (R2860) PCB(3): Buzzer PCB S27 SW1 S38 S29 (R2861) RTH1 PCB(4): Display PCB LED1 LED2 (R2862) PCB(5): Intelligent Eye sensor PCB LED3 S37 (R2863) S36 (R2864) 44 Printed Circuit Board Connector Wiring Diagram
SiBE12-713 Printed Circuit Board Connector Wiring Diagram 1.1.
Printed Circuit Board Connector Wiring Diagram PCB Detail SiBE12-713 PCB(1): Control PCB (indoor unit) S1 S49 S41 S51 JB JA JC LED A V1 S21 FU1 S46 S36 S32 (R4991) PCB(2): Signal Receiver PCB S47 RTH1 SW1 LED4 LED2 LED3 (R4992) PCB(3): INTELLIGENT EYE sensor PCB S36 (R4988) 46 Printed Circuit Board Connector Wiring Diagram
SiBE12-713 1.
Printed Circuit Board Connector Wiring Diagram PCB Detail SiBE12-713 PCB (2): Display PCB PbF WLU C3 C2 C1 2P084375 48 Printed Circuit Board Connector Wiring Diagram
SiBE12-713 1.
Printed Circuit Board Connector Wiring Diagram PCB Detail PCB (1): Control PCB PCB Detail PCB (2): Power Supply PCB 50 SiBE12-713 Printed Circuit Board Connector Wiring Diagram
SiBE12-713 Printed Circuit Board Connector Wiring Diagram PCB (3): Display PCB PCB (4): Signal Receiver PCB SW1 EX511 REV 12 PbF SW1 S27 C1 C2 3 S27 RTH I PHOTO 2P084377- 1 S31(RTH) Printed Circuit Board Connector Wiring Diagram WLU C3 (R6057) 51
Printed Circuit Board Connector Wiring Diagram 1.
SiBE12-713 PCB Detail Printed Circuit Board Connector Wiring Diagram PCB(1): Sensor PCB S49 3P191450 PCB(2): Control PCB JB JA JC V1 FU1 S48 S46 S1 LED A S21 S41 S42 S26 2P191446 PCB(3): Service PCB PCB(3): Display PCB SW4 S27 LED1 LED2 SW1 S47 3P191447 SW2 3P191448 Printed Circuit Board Connector Wiring Diagram 53
Printed Circuit Board Connector Wiring Diagram 1.
SiBE12-713 Printed Circuit Board Connector Wiring Diagram PCB Detail X19A X18A Capacity setting adaptor X40A X15A X14A X17A X61A X35A X60A X33A X5A HAP (Service monitor LED) X24A X26A X25A X27A EC0606(A) X29A X20A 2P095007 Printed Circuit Board Connector Wiring Diagram 55
Printed Circuit Board Connector Wiring Diagram 1.
SiBE12-713 Printed Circuit Board Connector Wiring Diagram PCB Detail PCB(1): Main PCB AC1 FU2(3.15A) V3 V100 FU1 (30A) HR1 V2 V9 HR2 AC2 S10 S15 S101 V5 S80 S93 S23 S20 S22 S21 S70 S40 S90 S92 FU3(3.
Printed Circuit Board Connector Wiring Diagram SiBE12-713 PCB(2): Service Monitor PCB 58 Printed Circuit Board Connector Wiring Diagram
SiBE12-713 Part 4 Function and Control 1. Main Functions......................................................................................60 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 1.10 1.11 1.12 1.13 Frequency Principle................................................................................60 Power-Airflow Dual Flaps, Wide Angle Louvers and Auto-Swing ..........62 Operation Starting Control......................................................................64 Fan Speed Control for Indoor Units.
Main Functions SiBE12-713 1. Main Functions Note: 1.1 See the list of functions for the functions applicable to different models. Frequency Principle Main Control Parameters The compressor is frequency-controlled during normal operation.
SiBE12-713 Inverter Features Main Functions The inverter provides the following features: The regulating capacity can be changed according to the changes in the outdoor air temperature and cooling / heating load. Quick heating and quick cooling The compressor rotational speed is increased when starting the heating (or cooling). This enables a quick set temperature.
Main Functions 1.2 SiBE12-713 Power-Airflow Dual Flaps, Wide Angle Louvers and Auto-Swing Power-airflow Dual Flaps The large flaps send a large volume of air downwards to the floor. The flap provides an optimum control area in cooling, heating and dry mode. Heating Mode During heating mode, the large flap enables direct warm air straight downwards. The flap presses the warm air above the floor to reach the entire room. Cooling Mode During cooling mode, the flap retracts into the indoor unit.
SiBE12-713 Main Functions FTK(X)S20-50D The vertical swing flap is controlled not to blow the air directly on the person in the room. The airflow rate is controlled automatically within the following steps. Cooling: L tap – MH tap (same as AUTOMATIC) Heating: ML tap – M tap The latest command has the priority between POWERFUL and COMFORT AIRFLOW.
Main Functions 1.3 SiBE12-713 Operation Starting Control FTXG25-35E, CTXG50E The system carries out the following control at the beginning to conduct every functional parts properly. 1. Opening the front panel fully 2. Output of the ∆D signal after the front panel starts moving 3. Opening the flap fully after the front panel opens fully 4.
SiBE12-713 1.4 Main Functions Fan Speed Control for Indoor Units Control Mode The airflow rate can be automatically controlled depending on the difference between the set temperature and the room temperature. This is done through phase control and Hall IC control. For more information about Hall IC, refer to the troubleshooting for fan motor on page 239. Phase Steps Phase control and fan speed control contains 9 steps: LLL, LL, SL, L, ML, M, MH, H and HH.
Main Functions 1.5 SiBE12-713 Programme Dry Function Programme dry function removes humidity while preventing the room temperature from lowering. Since the microcomputer controls both the temperature and air flow volume, the temperature adjustment and fan adjustment buttons are inoperable in this mode. In Case of Inverter Units The microcomputer automatically sets the temperature and fan settings.
SiBE12-713 1.6 Main Functions Automatic Operation Automatic Cooling / Heating Function (Heat Pump Only) When the AUTO mode is selected with the remote controller, the microcomputer automatically determines the operation mode from cooling and heating according to the room temperature and setting temperature at the time of the operation startup, and automatically operates in that mode.
Main Functions 1.7 SiBE12-713 Thermostat Control Thermostat control is based on the difference between the room temperature and the setpoint. Thermostat OFF Condition The temperature difference is in the zone A. Thermostat ON Condition The temperature difference is above the zone C after being in the zone A. The system resumes from defrost control in any zones except A. The operation turns on in any zones except A.
SiBE12-713 1.8 Main Functions Night Set Mode When the OFF timer is set, the Night Set circuit automatically activates. The Night Set circuit maintains the airflow setting made by users. The Night Set Circuit The Night Set circuit continues heating or cooling the room at the set temperature for the first one hour, then automatically raises the temperature setting slightly in the case of cooling, or lowers it slightly in the case of heating, for economical operations.
Main Functions 1.9 Outline SiBE12-713 ECONO Mode FTK(X)S20-50D, FVXS25-50F The "ECONO mode" reduces the maximum operating current and power consumption by approx. 30% during start up etc.. This mode is particularly convenient for energy-saving-oriented users. It is also a major bonus for those whose breaker capacities do not allow the use of multiple electrical devices and air conditioners. It is easily activated from the wireless remote controller by pushing the ECONO button.
SiBE12-713 Main Functions 1.10 INTELLIGENT EYE (Wall Mounted Type Only) This is the function that detects existence of humans in the room by a human motion sensor (INTELLIGENT EYE) and reduces the capacity when there is no human in the room in order to save electricity. Processing 1. Detection method by Intelligent Eye sampling (20msec) Sensor output 1sec If the sensor detects the outputs 10 times/sec. or more, it judges humans exist.
Main Functions SiBE12-713 Since the set temperature is shifted by 2°C higher for 40 minutes, compressor speed becomes low and can realize energy saving operation. But as thermostat is prone to be off by the fact that the set temperature has been shifted, the thermostat-off action is prohibited in 40 minutes so as to prevent this phenomena.
SiBE12-713 Main Functions 1.11 HOME LEAVE Operation Outline In order to respond to the customer's need for immediate heating and cooling of the room after returning home or for house care, a measure to switch the temperature and air volume from that for normal time over to outing time by one touch is provided. (This function responds also to the need for keeping up with weak cooling or heating.
Main Functions SiBE12-713 1.12 Inverter POWERFUL Operation Outline In order to exploit the cooling and heating capacity to full extent, operate the air conditioner by increasing the indoor fan rotating speed and the compressor frequency. Details of the Control When POWERFUL button is pushed in each operation mode, the fan speed / setting temperature will be converted to the following states in a period of twenty minutes.
SiBE12-713 Main Functions 1.13 Other Functions 1.13.1 Hot Start Function Heat Pump Only In order to prevent the cold air blast that normally comes when heating is started, the temperature of the heat exchanger of the indoor unit is detected, and either the air flow is stopped or is made very weak thereby carrying out comfortable heating of the room. *The cold air blast is also prevented using a similar control when the defrosting operation is started or when the thermostat gets turned ON.
Main Functions SiBE12-713 1.13.4 Titanium Apatite Photocatalytic Air-Purifying Filter For FTK(X)S20-50D, FTK(X)S50-71F, FVXS25-50F, FTXG25/35E, CTXG50E This filter combines the Air Purifying Filter and Titanium Apatite Photocatalytic Deodorizing Filter in a single highly effective unit. The filter traps microscopic particles, decompose odours and even deactivates bacteria and viruses. It lasts for three years without replacement if washed about once every six months. 1.13.
SiBE12-713 Function of Main Structural Parts 2. Function of Main Structural Parts 2.1 Main Structural Parts Heat Pump Model Expansion valve EVA EVB EVC EVD Four way valve (R5066) Compressor Cooling Only Model Expansion valve EVA EVB EVC EVD Compressor Note: Function and Control (R4596) Expansion Valve : In Case of 2 port model.....EVA-B, 3 port model.....EVA-C, 4 port model.....
Function of Main Structural Parts 2.2 SiBE12-713 Function of Thermistor 2.2.1 Heat Pump Model E Expansion valve EVA A EVB EVC EVD Four way valve D B Compressor C (R5067) A Outdoor Heat Exchanger Thermistor 1. The outdoor heat exchanger thermistor is used for controlling target discharge temperature.
SiBE12-713 Function of Main Structural Parts D Indoor Heat Exchanger Thermistor 1. The indoor heat exchanger thermistors are used for controlling target discharge temperature. The system sets a target discharge pipe temperature according to the outdoor and indoor heat exchanger temperature, and controls the electronic expansion valve opening so that the target discharge temperature can be obtained. 2. The indoor heat exchanger thermistors are used for preventing freezing.
Function of Main Structural Parts SiBE12-713 2.2.2 Cooling Only Model Expansion valve EVA EVB A EVC EVD B D Compressor C (R4601) A Outdoor Heat Exchanger Thermistor 1. The outdoor heat exchanger thermistor is used for controlling target discharge temperature. The system sets a target discharge temperature according to the outdoor and indoor heat exchanger temperature, and controls the electronic expansion valve opening so that the target discharge temperature can be obtained. 2.
SiBE12-713 D Indoor Heat Exchanger Thermistor Function and Control Function of Main Structural Parts 1. The indoor heat exchanger thermistors are used for controlling target discharge temperature. The system sets a target discharge pipe temperature according to the outdoor and indoor heat exchanger temperature, and controls the electronic expansion valve opening so that the target discharge temperature can be obtained. 2. The indoor heat exchanger thermistors are used for preventing freezing.
Control Specification SiBE12-713 3. Control Specification 3.1 Mode Hierarchy Outline There are two modes; the mode selected in user’s place (normal air conditioning mode) and forced operation mode for installation and providing service. Detail 1.
SiBE12-713 3.2 Control Specification Frequency Control Outline Frequency that corresponds to each room’s capacity will be determined according to the difference in the temperature of each room and the temperature that is set by the remote controller. The function is explained as follows. 1. How to determine frequency. 2. Frequency command from an indoor unit. (The difference between a room temperature and the temperature set by the remote controller.) 3. Frequency command from an indoor unit.
Control Specification SiBE12-713 2. Determine upper limit frequency Set a minimum value as an upper limit frequency among the frequency upper limits of the following functions: Compressor protection, input current, discharge pipes, freeze-up protection, dew prevention, fin thermistor temperature. 3. Determine lower limit frequency Set a maximum value as an lower limit frequency among the frequency lower limits of the following functions: Pressure difference upkeep. 4.
SiBE12-713 Control Specification 5. Upper and lower limit of frequency by PI control The frequency upper and lower limits are set depending on the total of S values of a room. When low noise commands come from the indoor unit more than one room or when outdoor unit low noise or quiet commands come from all the rooms, the upper limit frequency must be lowered than the usual setting.
Control Specification 3.3 SiBE12-713 Controls at Mode Changing / Start-up 3.3.1 Preheating Operation Outline Detail Operate the inverter in the open phase operation with the conditions including the preheating command from the indoor, the outdoor air temperature and discharge pipe temperature. The power consumption of preheating operation is 35W. (The total power consumption depends on the number of the indoor units.) Preheating ON Condition When outdoor air temperature is below 10.
SiBE12-713 Control Specification 3.3.5 Compressor Protection Function When turning the compressor from OFF to ON, the upper limit of frequency must be set as follows. (The function must not be used when defrosting (only for heat pump model).) FCG 3 FCG 2 FCG 1 Note: Function and Control 2YC45 80 65 55 When the compressor doesn’t run for long time in the condition that the discharge pipe temperature is 10°C or less, the time between FCG2 and FCG3 will be longer then 470 sec.
Control Specification 3.4 SiBE12-713 Discharge Pipe Control Outline The discharge pipe temperature is used as the compressor's internal temperature. If the discharge pipe temperature rises above a certain level, the operating frequency upper limit is set to keep this temperature from going up further. Detail Zones (typical value) Management within the Zone Zone Stop zone Drooping zone Keep zone Return / Reset zone 3.
SiBE12-713 3.6 Control Specification Freeze-up Protection Control Outline During cooling operation, the signals being sent from the indoor unit allow the operating frequency limitation and then prevent freezing of the indoor heat exchanger. Detail Conditions for Start Controlling Judge the controlling start with the indoor heat exchanger temperature after 2 sec from operation start and after 30 sec from changing number of operation room.
Control Specification 3.8 SiBE12-713 Fan Control Outline Fan control is carried out with following functions. 1. Fan ON control for electric component cooling fan 2. Fan control when defrosting 3. Fan OFF delay when stopped 4. ON/OFF control when cooling operation 5. Fan control when the number of heating rooms decreases 6. Fan control when forced operation 7. Fan control in indoor / outdoor silent operation 8.
SiBE12-713 Control Specification 3.10 Defrost Control Outline Heat Pump Only Defrosting is carried out by the cooling cycle (reverse cycle). The defrosting time or outdoor heat exchanger temperature must be more than its fixed value when finishing. Detail Conditions for Starting Defrost Under the conditions that the system is in heating operation, 6 minutes after the compressor is started and more than 38 minutes of accumulated time pass since the start of the operation or ending the defrosting.
Control Specification SiBE12-713 3.11 Electronic Expansion Valve Control Outline The following items are included in the electronic expansion valve control. Electronic expansion valve is fully closed 1. Electronic expansion valve is fully closed when turning on the power. 2. Pressure equalizing control Room Distribution Control 1. Gas pipe isothermal control (distribution control in cooling) 2. SC control (only for heat pump model, distribution control in heating) Open Control 1.
SiBE12-713 Control Specification SC control (only for heat pump model) Control when frequency changed Control for abnormally high discharge pipe temperature Oil recovery control Indoor freeze-up protection control Liquid pipe temperature control Liquid pipe temperature control for stopped rooms Dew prevention control for indoor rotor The followings are the examples of control which function in each mode by the electronic expansion valve control.
Control Specification SiBE12-713 3.11.1 Fully Closing with Power ON Initialize the electronic expansion valve when turning on the power, set the opening position and develop pressure equalizing. The electronic expansion valves are closed further with 720 pulse, and then opened with 150 pulse. 3.11.2 Pressure Equalization Control When the compressor is stopped, open and close the electronic expansion valve and develop pressure equalization. 3.11.
SiBE12-713 Control Specification 3.11.7 Disconnection of the Discharge Pipe Thermistor Outline Detect a disconnected discharge pipe thermistor by comparing the discharge pipe temperature with the condensation temperature. If any is disconnected, open the electronic expansion valve according to the outdoor air temperature and the operating frequency and operate for a specified time, and then stop. After 3 minutes of waiting, restart the unit and check if any is disconnected.
Control Specification SiBE12-713 3.12 Malfunctions 3.12.1 Sensor Malfunction Detection Sensor malfunction may occur either in the thermistor or current transformer (CT) system. Relating to Thermistor Malfunction 1. Outdoor heat exchanger thermistor 2. Discharge pipe thermistor 3. Fin thermistor 4. Gas pipe thermistor 5. Outdoor air temperature thermistor 6. Liquid pipe thermistor Relating to CT Malfunction When the output frequency is more than 55 Hz and the input current is less than 0.
SiBE12-713 Detail Control Specification Judgment by Input Current When an output frequency is exceeds 55 Hz and the input current is less than specified value, the adjustment is made for insufficient gas. Judgment by Discharge Pipe Temperature When discharge pipe temperature is 20°C higher than target value and the electronic expansion value opening is 450 plus (max.), the adjustment is made for insufficient gas. 3.12.
Control Specification SiBE12-713 3.14 Wiring-Error Check Outline The convenient Wiring Error Check function is designed for the microcomputer to correct wiring errors itself. If local wiring is unclear in the case of buried piping, for example, just press the wiring error check switch that is behind the right-hand panel of the outdoor unit. Even if the connections for Room A and Room B are confused, the system may run without a hassle. Note that this check function does not work in the following cases.
SiBE12-713 Control Specification Checking the current setting data on the microcomputer memory Those data can be checked by looking at the service monitor LED indicators, when the wiring error checking is over, during forced operation, at the stop of the system. The LED indicators stop flashing when the forced operation is over. LED1…Room A wiring, LED2…Room B wiring 1st flashing LED…Port A piping, 2nd flashing LED…Port B piping The first stay-on LED means the room that is connected with Port A.
Control Specification SiBE12-713 3.15 Additional Function 3.15.1 Priority Room Setting Electronic expansion valves are controlled to provide the unit designated as the priority room with the capacity of other room units. (Distribution of capacity: Priority room unit --- ∆D Max., other room units --- ∆D -α) Setting method Turn off the circuit breaker before changing the setting. Only one room can be set as the priority room. Control start conditions Priority room setting is made.
SiBE12-713 Control Specification 3.15.3 Cooling / Heating Mode Lock Use the S15 connector to set the unit to only cool or heat. Setting to only heat (H): Short-circuit pins 1 and 3 of the connector . Setting to only cool (C): short-circuit pins 3 and 5 of the connector . The following specifications apply to the connector housing and pins. JST products Housing: VHR-5N Pin: SVH-21T-1, 1 Note that forced operation is also possible in COOL / HEAT mode.
Control Specification 102 SiBE12-713 Function and Control
SiBE12-713 Part 5 Operation Manual 1. System Configuration..........................................................................104 1.1 Operation Instructions ..........................................................................104 2. Instruction............................................................................................105 2.1 FTK(X)S, FTXG, CTXG, FDK(X)S, FLK(X)S Series ............................105 2.2 FVXS Series...............................................................
System Configuration SiBE12-713 1. System Configuration 1.1 Operation Instructions After the installation and test operation of the room air conditioner have been completed, it should be operated and handled as described below. Every user would like to know the correct method of operation of the room air conditioner, to check if it is capable of cooling (or heating) well, and to know a clever method of using it.
SiBE12-713 Instruction 2. Instruction 2.1 FTK(X)S, FTXG, CTXG, FDK(X)S, FLK(X)S Series 2.1.
Instruction SiBE12-713 2.1.2 Safety Precautions Safety precautions • • • • Keep this manual where the operator can easily find them. Read this manual attentively before starting up the unit. For safety reason the operator must read the following cautions carefully. This manual classifies precautions into WARNING and CAUTION. Be sure to follow all precautions below: they are all important for ensuring safety.
SiBE12-713 Instruction • Do not stand or sit on the outdoor unit. Do not place any object on the unit to avoid injury, do not remove the fan guard. • Do not place anything under the indoor or outdoor unit that must be kept away from moisture. In certain conditions, moisture in the air may condense and drip. • After a long use, check the unit stand and fittings for damage. • Do not touch the air inlet and aluminum fins of outdoor unit. It may cause injury.
Instruction SiBE12-713 2.1.
SiBE12-713 Instruction Outdoor Unit 17 19 20 21 18 Indoor Unit 1. Air filter 2. Titanium Apatite Photocatalytic Air-Purifying Filter: • These filters are attached to the inside of the air filters. 12. Indoor Unit ON/OFF switch: • Push this switch once to start operation. Push once again to stop it. • The operation mode refers to the following table. Temperature Air flow setting rate F(C)TKS COOL 22°C AUTO F(C)TXS AUTO AUTO 25°C 3. Air inlet Mode 4. Front panel 5. Panel tab 6.
Instruction SiBE12-713 Remote Controller 1 2 5 ECONO ON/OFF 3 POWERFUL TEMP 6 4 7 8 13 MODE SWING FAN QUIET COMFORT SENSOR ON CANCEL 9 10 12 11 16 OFF TIMER 18 17 15 14 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. ECONO button: ECONO operation 4. POWERFUL button: POWERFUL operation 5.
SiBE12-713 Instruction FTK(X)S 20/25/35 C Names of parts Indoor Unit Operation Manual 111
Instruction SiBE12-713 Outdoor Unit 17 22 19 20 21 18 Indoor Unit 1. Air filter 2. Air purifying filter with photocatalytic deodorizing function: • These filters are attached to the inside of the air filters. 12. Indoor Unit ON/OFF switch: • Push this switch once to start operation. Push once again to stop it. • The operation mode refers to the following table. 3. Air inlet Mode 4. Front panel FTKS FTXS 5. Panel tab 6.
SiBE12-713 Instruction Remote Controller 1 2 5 3 6 4 7 9 10 8 11 12 15 17 16 14 13 < ARC433B1, B2 > 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. HOME LEAVE button: HOME LEAVE operation 4. POWERFUL button: POWERFUL operation 5. TEMPERATURE adjustment buttons: • It changes the temperature setting. 6.
Instruction SiBE12-713 FTK(X)S 50/60/71 F Names of parts Indoor Unit 3 2 4 1 5 6 10 11 9 7 8 12 16 13 15 14 114 Operation Manual
SiBE12-713 Instruction Outdoor Unit 50/60 class 71 class 17 17 19 19 20 18 18 21 21 20 Indoor Unit 1. Air filter 2. Titanium Apatite Photocatalytic Air-Purifying Filter 3. Air inlet 4. Front panel 5. Panel tab 14. HOME LEAVE lamp (red): • Lights up when you use HOME LEAVE Operation. 15. Indoor Unit ON/OFF switch: • Push this switch once to start operation. Push once again to stop it. • The operation mode refer to the following table. 6.
Instruction SiBE12-713 Remote Controller 1 2 5 3 6 4 9 11 7 8 13 ON CANCEL 12 10 16 OFF TIMER 18 17 15 14 < ARC433B70, 71 > 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. HOME LEAVE button: HOME LEAVE operation 4. POWERFUL button: POWERFUL operation 5. TEMPERATURE adjustment buttons: • It changes the temperature setting. 6.
SiBE12-713 Instruction FTXG 25/35 E, CTXG 50 E Names of parts Indoor Unit 1 2 3 4 5 6 7 8 9 (With the panel closed) 11 10 18 17 14 15 16 13 12 Operation Manual 117
Instruction SiBE12-713 Outdoor Unit Indoor Unit 1. Air filter • The operation mode refers to the following table. TemperaAir flow Mode ture setting rate F(C)TXG AUTO 25°C AUTO 2. Titanium Apatite Photocatalytic Air-Purifying Filter: • These filters are attached to the inside of the air filters. • This switch is useful when the remote controller is missing. 3. Air inlet 4. Front panel 6. Panel tab 13. Room temperature sensor: • It senses the air temperature around the unit. 14.
SiBE12-713 Instruction Remote Controller QUIET B 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. SENSOR button: INTELLIGENT EYE operation 4. POWERFUL button: POWERFUL operation 5. TEMPERATURE adjustment buttons: • It changes the temperature setting. 6. ON/OFF button: • Press this button once to start operation.
Instruction SiBE12-713 FDK(X)S 25/35/50/60 C, FDK(X)S 25/35 E Names of parts Indoor Unit 1 5 2 4 3 6 8 7 9 10 120 Operation Manual
SiBE12-713 Instruction Outdoor Unit 11 12 13 15 14 Indoor Unit 1. Air outlet 2. Air outlet grille: (Field supply) • Appearance of the Air outlet grille and Air inlet grille may differ with some models. 3. Display, Control panel 10. Indoor Unit ON/OFF switch: • Push this switch once to start operation. Push once again to stop it. • This switch is useful when the remote controller is missing. 4.
Instruction SiBE12-713 Remote Controller 1 2 5 3 6 4 9 7 8 13 10 15 14 12 11 〈 ARC433B69, B76 〉 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. HOME LEAVE button: HOME LEAVE operation 4. POWERFUL button: POWERFUL operation 5. TEMPERATURE adjustment buttons: • It changes the temperature setting. 6.
SiBE12-713 Instruction FLK(X)S 25/35/50/60 B Names of parts Indoor Unit The indoor unit can be installed either to the ceiling or to a wall. The descriptions contained in this manual show the case when installation is being carried out to the ceiling. (The methods of operation used are the same when installing to a wall.) Opening the front panel How to open the front panel CAUTION • Before opening the front panel, be sure to stop the operation and turn the breaker OFF.
Instruction SiBE12-713 Outdoor Unit Indoor Unit 1. Louvers (vertical blades): The louvers are inside of the air outlet. 2. Air outlet 3. Flap (horizontal blade) 4. Panel tab 13. Indoor unit ON/OFF switch: • Push this switch once to start operation. Push once again to stop it. • The operation mode refers to the following table. 5. Air inlet 6. Display FLKS FLXS 7. Air filter 8.
SiBE12-713 Instruction Remote Controller 1 ON 2 C 5 HOME LEAVE ON/OFF 3 POWERFUL TEMP MODE QUIET FAN 6 4 7 SWING 9 10 8 14 11 16 15 13 12 < ARC433B67, B68 > 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. HOME LEAVE button: HOME LEAVE operation 4. POWERFUL button: POWERFUL operation 5.
Instruction SiBE12-713 2.1.4 Preparation Before Operation Preparation Before Operation To set the batteries 1. Slide the front cover to take it off. Position and correctly! 2 2. Set two dry batteries (AAA). 3. Set the front cover as before. 3 1 ATTENTION About batteries • When replacing the batteries, use batteries of the same type, and replace the two old batteries together. • When the system is not used for a long time, take the batteries out.
SiBE12-713 Instruction Preparation Before Operation To operate the remote controller • To use the remote controller, aim the transmitter at the indoor unit. If there is anything to block signals between the unit and the remote controller, such as a curtain, the unit will not operate. • Do not drop the remote controller. Do not get it wet. • The maximum distance for communication is about 7m. Receiver To fix the remote controller holder on the wall 1.
Instruction SiBE12-713 To set the clock 1. Press “CLOCK button”. is displayed. blinks. 2. Press “TIMER setting button” to set the clock to the present time. Holding down “ ” or “ ” button rapidly increases or decreases the time display. 3. Press “CLOCK button”. blinks. Turn the breaker ON • Turning ON the breaker opens the flap, then closes it again. (This is a normal procedure.) 2 ON CANCEL 1, 3 OFF TIMER NOTE Tips for saving energy • Be careful not to cool (heat) the room too much.
SiBE12-713 Instruction 2.1.5 AUTO • DRY • COOL • HEAT • FAN Operation AUTO · DRY · COOL · HEAT · FAN Operation The air conditioner operates with the operation mode of your choice. From the next time on, the air conditioner will operate with the same operation mode. To start operation 1. Press “MODE selector button” and select a operation mode. • Each pressing of the button advances the mode setting in sequence. 4 : AUTO 2, 3 1 : DRY : COOL : HEAT : FAN 5 ON CANCEL OFF TIMER 2.
Instruction SiBE12-713 To change the air flow rate setting 5. Press “FAN setting button”. DRY mode AUTO or HEAT or COOL or FAN mode Five levels of air flow rate setting from “ plus “ ”“ ” to “ ” ” are available. The air flow rate setting is not variable. • Indoor unit quiet operation When the air flow is set to “ ”, the noise from the indoor unit will become quieter. Use this when making the noise quieter. The unit might lose capacity when the air flow rate is set to a weak level.
SiBE12-713 Instruction 2.1.6 Adjusting the Air Flow Direction FTK(X)S 20/25/35/50 D Adjusting the Air Flow Direction You can adjust the air flow direction to increase your comfort. To adjust the horizontal blades (flaps) 1. Press “SWING button”. • “ ” is displayed on the LCD and the flaps will begin to swing. 2. When the flaps have reached the desired position, press “SWING button” once more. ECONO POWERFUL ON/OFF TEMP • The flap will stop moving. • “ ” disappears from the LCD.
Instruction SiBE12-713 To start COMFORT AIRFLOW operation 3. Press “COMFORT AIRFLOW button”. • The flap position will change, preventing air from blowing directly on the occupants of the room. • “ ” is displayed on the LCD. 〈COOL/DRY〉 The flap will go up. 〈HEAT〉 The flap will go down. To cancel COMFORT AIRFLOW operation 4. Press “COMFORT AIRFLOW button” again. • The flaps will return to the memory position from before COMFORT AIRFLOW mode. • “ ” disappears from the LCD.
SiBE12-713 Instruction FTK(X)S 20/25/35 C Adjusting the Air Flow Direction You can adjust the air flow direction to increase your comfort. To adjust the horizontal blades (flaps) 1. Press “SWING button”. • “ ” is displayed on the LCD and the flaps will begin to swing. 2. When the flaps have reached the desired position, press “SWING button” once more. • The flap will stop moving. • “ Operation Manual ” disappears from the LCD.
Instruction SiBE12-713 To adjust the vertical blades (louvers) Hold the knob and move the louvers. (You will find a knob on the left-side and the right-side blades.) Notes on flaps and louvers angles. • When “ SWING button ” is selected, the flaps swinging range depends on the operation mode. (See the figure.) ATTENTION • Always use a remote controller to adjust the flaps angle. If you attempt to move it forcibly with hand when it is swinging, the mechanism may be broken.
SiBE12-713 Instruction FTK(X)S 50/60/71 F Adjusting the Air Flow Direction You can adjust the air flow direction to increase your comfort. To adjust the horizontal blade (flap) 1. Press “SWING button • “ ”. ” is displayed on the LCD and the flaps will begin to swing. 2. When the flap has reached the desired position, press “SWING button ” once more. 1, 2 • The flap will stop moving. • “ 3, 4 ” disappears from the LCD. ON CANCEL OFF TIMER To adjust the vertical blades (louvers) 3.
Instruction SiBE12-713 To 3-D Airflow 1. 3. Press the “SWING button ” and the “SWING button ”: the “ ” and “ ” display will light up and the flap and louvers will move in turn. To cancel 3-D Airflow 2. 4. Press either the “SWING button ” or the “SWING button ”. Notes on louvers angles ATTENTION • Always use a remote controller to adjust the louvers angles. In side the air outlet, a fan is rotating at a high speed.
SiBE12-713 Instruction FTXG 25/35 E, CTXG 50 E Adjusting the Air Flow Direction You can adjust the air flow direction to increase your comfort. To adjust the horizontal blade (flap) 1. Press “SWING button • “ ”. ” is displayed on the LCD. 2. When the flap has reached the desired position, press “SWING button ” once more. • The flap will stop moving. • “ 1, 2 ” disappears from the LCD. QUIET 3, 4 5, 6 To adjust the vertical blades (louvers) 3. Press “SWING button • “ ”.
Instruction SiBE12-713 To start COMFORT AIRFLOW operation 5. Press “COMFORT AIRFLOW button”. • The flap orientation will change, preventing air from blowing directly on the occupants of the room. • “ ” is displayed on the LCD. 〈COOL/DRY〉 The flap will go up. 〈HEAT〉 The flap will go down. To cancel COMFORT AIRFLOW operation 6. Press “COMFORT AIRFLOW button” again. • The flaps will return to the memory position from before COMFORT AIRFLOW mode. • “ ” disappears from the LCD.
SiBE12-713 Instruction FLK(X)S 25/35/50/60 B Adjusting the Air Flow Direction You can adjust the air flow direction to increase your comfort. To adjust the horizontal blade (flap) ON C 1. Press “SWING button”. • “ ” is displayed on the LCD and the flaps will begin to swing. HOME LEAVE 2. When the flaps have reached the desired position, press “SWING button” once more. • The flap will stop moving. • “ Operation Manual ” disappears from the LCD.
Instruction SiBE12-713 To adjust the vertical blades (louvers) • When adjusting the louver, use a robust and stable stool and watch your steps carefully. Hold the knob and move the louvers. (You will find a knob on the left side and the right side blades.) Notes on flap and louvers angles. • Unless [SWING] is selected, you should set the flap at a near- horizontal angle in COOL or DRY mode to obtain the best performance.
SiBE12-713 Instruction 2.1.7 POWERFUL Operation POWERFUL Operation POWERFUL operation quickly maximizes the cooling (heating) effect in any operation mode. You can get the maximum capacity. To start POWERFUL operation 1. Press “POWERFUL button”. • POWERFUL operation ends in 20 minutes. Then the system automatically operates again with the settings which were used before POWERFUL operation. • When using Powerful operation, there are some functions which are not available. • “ ” is displayed on the LCD.
Instruction SiBE12-713 2.1.8 OUTDOOR UNIT QUIET Operation OUTDOOR UNIT QUIET Operation OUTDOOR UNIT QUIET operation lowers the noise level of the outdoor unit by changing the frequency and fan speed on the outdoor unit. This function is convenient during night. To start OUTDOOR UNIT QUIET operation 1. Press “QUIET button”. • “ ” is displayed on the LCD. To cancel OUTDOOR UNIT QUIET operation 2. Press “QUIET button” again. • “ ” disappears from the LCD.
SiBE12-713 Instruction 2.1.9 ECONO Operation ECONO Operation ECONO operation is a function which enables efficient operation by lowering the maximum power consumption value. To start ECONO operation 1. Press “ECONO button” . •“ ” is displayed on the LCD. To cancel ECONO operation 2. Press “ECONO button” again. •“ ” disappears from the LCD.
Instruction SiBE12-713 2.1.10 HOME LEAVE Operation HOME LEAVE Operation HOME LEAVE operation is a function which allows you to record your preferred temperature and air flow rate settings. To start HOME LEAVE operation 1. Press “HOME LEAVE button”. • “ ” is displayed on the LCD. • The HOME LEAVE lamp lights up. 1, 2 To cancel HOME LEAVE operation 2. Press “HOME LEAVE button” again. • “ ” disappears from the LCD. ON • The HOME LEAVE lamp goes off.
SiBE12-713 Instruction What’s the HOME LEAVE operation? Is there a set temperature and air flow rate which is most comfortable, a set temperature and air flow rate which you use the most? HOME LEAVE operation is a function that allows you to record your favorite set temperature and air flow rate. You can start your favorite operation mode simply by pressing the HOME LEAVE button on the remote controller. This function is convenient in the following situations. Useful in these cases 1.
Instruction SiBE12-713 2.1.11 INTELLIGENT EYE Operation FTK(X)S 20/25/35/50 D INTELLIGENT EYE Operation “INTELLIGENT EYE” is the infrared sensor which detects the human movement. To start INTELLIGENT EYE operation 1. Press “SENSOR button”. • “ ” is displayed on the LCD. To cancel the INTELLIGENT EYE operation 2. Press “SENSOR button” again. • “ ” disappears from the LCD. [EX.
SiBE12-713 Instruction INTELLIGENT EYE Operation “INTELLIGENT EYE” is useful for Energy Saving Energy saving operation • Change the temperature –2°C in heating / +2°C in cooling / +2°C in dry mode from set temperature. • Decrease the air flow rate slightly in fan operation. (In FAN mode only) Notes on “INTELLIGENT EYE” • Application range is as follows. Vertical angle 90° (Side View) Horizontal angle 110° (Top View) 90° 7m 55° 55° 7m • Sensor may not detect moving objects further than 7m away.
Instruction SiBE12-713 FTK(X)S 20/25/35 C INTELLIGENT EYE Operation “INTELLIGENT EYE” is the infrared sensor which detects the human movement. To start INTELLIGENT EYE operation 1. Press “SENSOR button”. • “ ” is displayed on the LCD. To cancel the INTELLIGENT EYE operation 2. Press “SENSOR button” again. • “ ” disappears from the LCD. 1, 2 [EX.] When somebody in the room • Normal operation When nobody in the room • 20 min. after, start energy saving operation.
SiBE12-713 Instruction To adjust the angle of the INTELLIGENT EYE sensor • You can adjust the angle of the INTELLIGENT EYE sensor to increase the detection area. (Adjustable angle: 15° to right and left of centre) • Gently push and slide the sensor to adjust the angle. • After adjusting the angle, wipe the sensor gently with a clean cloth, being careful not to scratch the sensor. “INTELLIGENT EYE” is useful for Energy Saving.
Instruction SiBE12-713 FTK(X)S 50/60/71 F INTELLIGENT EYE Operation “INTELLIGENT EYE” is the infrared sensor which detects the human movement. To start INTELLIGENT EYE operation 1. Press “SENSOR button”. • “ ” is displayed on the LCD. To cancel the INTELLIGENT EYE operation 2. Press “SENSOR button” again. • “ ” disappears from the LCD. [EX.] 1, 2 ON When somebody in the room CANCEL OFF TIMER • Normal operation When nobody in the room • 20 min. after, start energy saving operation.
SiBE12-713 Instruction “INTELLIGENT EYE” is useful for Energy Saving. Energy saving operation • Change the temperature –2°C in heating / +2°C in cooling / +1°C in dry mode from set temperature. • Decrease the air flow rate slightly in fan operation. (In FAN mode only) Notes on “INTELLIGENT EYE” • Application range is as follows. Vertical angle 90° (Side View) Horizontal angle 110° (Top View) 90° 7m 55° 55° 7m • Sensor may not detect moving objects further than 7m away.
Instruction SiBE12-713 FTXG 25/35 E, CTXG 50 E INTELLIGENT EYE Operation “INTELLIGENT EYE” is the infrared sensor which detects the human movement. To start INTELLIGENT EYE operation 1. Press “SENSOR button”. • “ ” is displayed on the L CD. To cancel the INTELLIGENT EYE operation 1, 2 2. Press “SENSOR button” again. • “ ” disappears from the LCD. QUIET [EX.] When somebody in the room • Normal operation. • The INTELLIGENT EYE lamp lights up. When somebody in the room • 20 min.
SiBE12-713 Instruction “INTELLIGENT EYE” is useful for Energy Saving Energy saving operation • Change the temperature –2°C in heating / +2°C in cooling / +2°C in dry mode from set temperature. • Decrease the air flow rate slightly in fan operation. (In FAN mode only) Notes on “INTELLIGENT EYE” • Application range is as follows. • Sensor may not detect moving objects further than 7m away.
Instruction SiBE12-713 2.1.12 TIMER Operation TIMER Operation Timer functions are useful for automatically switching the air conditioner on or off at night or in the morning. You can also use OFF TIMER and ON TIMER in combination. To use OFF TIMER operation • Check that the clock is correct. If not, set the clock to the present time. 1. Press “OFF TIMER button”. is displayed. blinks. 2. Press “TIMER Setting button” until the time setting reaches the point you like.
SiBE12-713 Instruction To use ON TIMER operation • Check that the clock is correct. If not, set the clock to the present time. 1. Press “ON TIMER button”. is displayed. blinks. 2. Press “TIMER Setting button” until the time setting reaches the point you like. • Every pressing of either button increases or decreases the time setting by 10 minutes. Holding down either button changes the setting rapidly. 3. Press “ON TIMER button” again. • The TIMER lamp lights up.
Instruction SiBE12-713 2.1.13 Note for Multi System Note for Multi System 〈〈 What is a “Multi System”? 〉〉 This system has one outdoor unit connected to multiple indoor units. Selecting the Operation Mode 1. With the Priority Room Setting present but inactive or not present. A room Outdoor unit Living room B room When more than one indoor unit is operating, priority is given to the first unit that was turned on.
SiBE12-713 Instruction Note for Multi System Priority Room Setting The Priority Room Setting requires initial programming during installation. Please consult your retailer or dealer for assistance. The room designated as the Priority Room takes priority in the following situations; 1. Operation Mode Priority. As the operation mode of the Priority Room takes precedence, the user can select a different operation mode from other rooms. 〈Example〉 * Room A is the Priority Room in the examples.
Instruction SiBE12-713 2.1.14 Care and Cleaning FTK(X)S 20/25/35/50 D Care and Cleaning CAUTION Before cleaning, be sure to stop the operation and turn the breaker OFF. Units Indoor unit, Outdoor unit and Remote controller 1. Wipe them with dry soft cloth. Front panel 1. Open the front panel. • Hold the panel by the tabs on the two sides and lift it until it stops with a click. 2. Remove the front panel.
SiBE12-713 Instruction Filters 1. Open the front panel. 2. Pull out the air filters. • Push a little upwards the tab at the center of each air filter, then pull it down. 3. Take off the Titanium Apatite Photocatalytic Air-Purifying Filter. • Hold the recessed parts of the frame and unhook the four claws. Titanium Apatite Photocatalytic Air-Purifying Filter 4. Clean or replace each filter. See figure. Air filter Filter frame Tab 5.
Instruction SiBE12-713 NOTE • Operation with dirty filters: (1) cannot deodorize the air. (2) cannot clean the air. (3) results in poor heating or cooling. (4) may cause odour. • To order Titanium Apatite Photocatalytic Air-Purifying Filter contact to the service shop there you bought the air conditioner. • Dispose of old filters as burnable waste. Item Titanium Apatite Photocatalytic Air-Purifying Filter. (without frame) 1 set Part No.
SiBE12-713 Instruction FTK(X)S 20/25/35 C Care and Cleaning CAUTION Before cleaning, be sure to stop the operation and turn the breaker OFF. Units Indoor unit, Outdoor unit and Remote controller 1. Wipe them with dry soft cloth. Front panel 1. Open the front panel. • Hold the panel by the tabs on the two sides and lift it until it stops with a click. 2. Remove the front panel. • Supporting the front panel with one hand, release the lock by sliding down the knob with the other hand.
Instruction SiBE12-713 Filters 1. Open the front panel. 2. Pull out the air filters. • Push a little upwards the tab at the center of each air filter, then pull it down. 3. Take off the air purifying filter with photocatalytic deodorizing function. • Hold the recessed parts of the frame and unhook the four claws. 4. Clean or replace each filter. See figure. 5. Set the air filter and the air purifying filter with photocalytic deodorizing function as they were and close the front panel.
SiBE12-713 Instruction Check Check that the base, stand and other fittings of the outdoor unit are not decayed or corroded. Check that nothing blocks the air inlets and the outlets of the indoor unit and the outdoor unit. Check that the drain comes smoothly out of the drain hose during COOL or DRY operation. • If no drain water is seen, water may be leaking from the indoor unit. Stop operation and consult the service shop if this is the case. Before a long idle period 1.
Instruction SiBE12-713 FTK(X)S 50/60/71 F Care and Cleaning CAUTION Before cleaning, be sure to stop the operation and turn the breaker OFF. Units Indoor unit, Outdoor unit and Remote controller 1. Wipe them with dry soft cloth. Front panel 1. Open the front panel. • Hold the panel by the tabs on the two sides and lift it until it stops with a click. 2. Remove the front panel. • Open the front panel further while sliding it to either the left or right and pulling it toward you.
SiBE12-713 Instruction Filters 1. Open the front panel. 2. Pull out the air filters. • Push a little upwards the tab at the center of each air filter, then pull it down. 3. Take off the Titanium Apatite Photocatalytic Air-Purifying Filter. • Press the top of the aircleaning filter onto the tabs (3 tabs at top). Then press the bottom of the filter up slightly, and press it onto the tabs (3 at bottom). tabs (3 tabs at top) tabs (3 at bottom) 4. Clean or replace each filter. See figure. 5.
Instruction SiBE12-713 NOTE • Operation with dirty filters: (1) cannot deodorize the air. (2) cannot clean the air. (3) results in poor heating or cooling. (4) may cause odour. • To order Titanium Apatite Photocatalytic Air-Purifying Filter contact to the service shop there you bought the air conditioner. • Dispose of old filters as non-flammable waste. Item Titanium Apatite Photocatalytic Air-Purifying Filter (without frame) 1 set Part No.
SiBE12-713 Instruction FTXG 25/35 E, CTXG 50 E Care and Cleaning CAUTION • Before cleaning, be sure to stop the operation and turn the breaker OFF. • Always shut down the unit (and close the panel) before doing any work. Opening the panel during operation may cause the panel to fall off. Units Indoor unit, Outdoor unit and Remote controller 1. Wipe them with dry soft cloth. Front panel 1. Open the front panel.
Instruction SiBE12-713 Filters 1. Open the front panel. • Open the front panel by placing a finger on the panel tab on either side of the front panel and then secure it using the supporting plate on the right. 2. Pull out the air filters. • Push a little upwards the tab at the center of each air filter, then pull it down. 3. Take off the Titanium Apatite Photocatalytic Air-Purifying Filter. • Hold the recessed parts of the frame and unhook the four claws. 4. Clean or replace each filter. See figure.
SiBE12-713 Instruction NOTE • Operation with dirty filters: (1) cannot deodorize the air. (2) cannot clean the air. (3) results in poor heating or cooling. (4) may cause odour. • To order Titanium Apatite Photocatalytic Air-Purifying Filter contact to the service shop there you bought the air conditioner. • Dispose of old filters as burnable waste. Item Part No. Titanium Apatite Photocatalytic Air-Purifying Filter. (with frame) 1 set KAF952B41 Titanium Apatite Photocatalytic Air-Purifying Filter.
Instruction SiBE12-713 FDK(X)S 25/35 C Care and Cleaning CAUTION • Only a qualified service person is allowed to perform maintenance. • Before cleaning, be sure to stop the operation and turn the breaker OFF. Cleaning the air filter 1.Removing the air filter. • Rear suction Pull the bottom side of the air filter backwards, over the 3 bends. • Bottom suction Pull the filter over the 3 bends situated at the backside of the unit. 2.Cleaning the air filter.
SiBE12-713 Instruction Cleaning the drain pan • Clean the drain pan periodically, or drain piping may be clogged with dust and may result in water leakage. Ask your DAIKIN dealer to clean them. • Prepare a cover locally to prevent any dust in the air around the indoor unit from getting in the drain pan, if there is a great deal of dust present. CAUTION • Do not operate the air conditioner without filters, this to avoid dust accummulation inside the unit.
Instruction SiBE12-713 FDK(X)S 50/60 C, FDK(X)S 25/35 E Care and Cleaning CAUTION • Only a qualified service person is allowed to perform maintenance. • Before cleaning, be sure to stop the operation and turn the breaker OFF. Cleaning the air filter 1.Removing the air filter. • Rear suction Pull the bottom side of the air filter backwards, over the bends.
SiBE12-713 Instruction Cleaning the drain pan • Clean the drain pan periodically, or drain piping may be clogged with dust and may result in water leakage. Ask your DAIKIN dealer to clean them. • Prepare a cover locally to prevent any dust in the air around the indoor unit from getting in the drain pan, if there is a great deal of dust present. CAUTION • Do not operate the air conditioner without filters, this to avoid dust accumulation inside the unit.
Instruction SiBE12-713 FLK(X)S 25/35/50/60 BA Care and Cleaning CAUTION Before cleaning, be sure to stop the operation and turn the breaker OFF. Units Indoor unit, Outdoor unit and Remote controller 1. Wipe them with dry soft cloth. Front panel 1. Open the front panel. • Hold the panel by the tabs on the two sides and lift it unitl it stops. 2. Clean the front panel. • Wipe it with a soft cloth soaked in water. • Only neutral detergent may be used.
SiBE12-713 Instruction Filters 1. Open the front panel. 2. Pull out the air filters. • Push upwards the tab at the center of each air filter, then pull it down. 3. Take off the air purifying filter, photocatalytic deodorizing filter. • Hold the recessed parts of the frame and unhook the four claws. 4. Clean or replace each filter. See figure. 5. Set the air filter, air purifying filter and photocatalytic deodorizing filter as they were and close the front panel.
Instruction SiBE12-713 Check Check that the base, stand and other fittings of the outdoor unit are not decayed or corroded. Check that nothing blocks the air inlets and the outlets of the indoor unit and the outdoor unit. Check that the drain comes smoothly out of the drain hose during COOL or DRY operation. • If no drain water is seen, water may be leaking from the indoor unit. Stop operation and consult the service shop if this is the case. Before a long idle period 1.
SiBE12-713 Instruction 2.1.15 Troubleshooting Trouble Shooting These cases are not troubles. The following cases are not air conditioner troubles but have some reasons. You may just continue using it. Case Explanation Operation does not start soon. • When ON/OFF button was pressed soon after operation was stopped. • When the mode was reselected. • This is to protect the air conditioner. You should wait for about 3 minutes. Hot air does not flow out soon after the start of heating operation.
Instruction SiBE12-713 Check again. Please check again before calling a repair person. Case The air conditioner does not operate. (OPERATION lamp is off.) Check • • • • Hasn’t a breaker turned OFF or a fuse blown? Isn’t it a power failure? Are batteries set in the remote controller? Is the timer setting correct? Cooling (Heating) effect is poor.
SiBE12-713 Instruction Call the service shop immediately. WARNING When an abnormality (such as a burning smell) occurs, stop operation and turn the breaker OFF. Continued operation in an abnormal condition may result in troubles, electric shocks or fire. Consult the service shop where you bought the air conditioner. Do not attempt to repair or modify the air conditioner by yourself. Incorrect work may result in electric shocks or fire. Consult the service shop where you bought the air conditioner.
Instruction SiBE12-713 Fault diagnosis. FAULT DIAGNOSIS BY REMOTE CONTROLLER In the ARC433 series, the temperature display sections on the main unit indicate corresponding codes. 1. When the TIMER CANCEL button is held down for 5 seconds, a “ ” indication flashes on the temperature display section. ON CANCEL TIMER CANCEL button It cancels the timer setting. OFF TIMER 2. Press the TIMER CANCEL button repeatedly until a continuous beep is produced.
SiBE12-713 2.2 Instruction FVXS Series 2.2.1 Safety Precautions Safety precautions • • • • Keep this manual where the operator can easily find them. Read this manual attentively before starting up the unit. For safety reason the operator must read the following cautions carefully. This manual classifies precautions into WARNINGS and CAUTIONS. Be sure to follow all precautions below: they are all important for ensuring safety.
Instruction SiBE12-713 • Do not block air inlets nor outlets. Impaired air flow may result in insufficient performance or trouble. • Do not stand or sit on the outdoor unit. Do not place any object on the unit to avoid injury, do not remove the fan guard. • Do not place anything under the indoor or outdoor unit that must be kept away from moisture. In certain conditions, moisture in the air may condense and drip. • After a long use, check the unit stand and fittings for damage.
SiBE12-713 Instruction 2.2.2 Names of Parts Names of parts Indoor Unit 1 2 8 3 7 12 10 4 2 9 5 11 6 Opening the Front Panel How to open the front panel: (page 26.) Air outlet selection switch • This setting blows air from upper outlet only. • This setting automatically decides a blow pattern depending on mode and conditions. • This setting is recommended. 13 • The unit is shipped from the factory with this setting.
Instruction SiBE12-713 Outdoor Unit 25/35 class 50 class 15 15 16 16 17 17 18 19 19 18 Indoor Unit 1. Titanium Apatite Photocatalytic Air-Purifying Filter: • These filters are attached to the inside of the air filters. 2. Air outlet 3. Display 4. Front panel 5. Louvers (vertical blades): (page 12.) • The louvers are inside of the air outlet. 6. Air inlet 7. Air filter 8. Flap (horizontal blade): (page 12.) 9. Operation lamp (green) 10. TIMER lamp (yellow): (page 17.) 11.
SiBE12-713 Instruction Remote Controller 1 2 5 3 6 4 7 8 11 14 16 17 19 9 10 12 13 15 18 20 1. Signal transmitter: • It sends signals to the indoor unit. 2. Display: • It displays the current settings. (In this illustration, each section is shown with all its displays ON for the purpose of explanation.) 3. FAN setting button: • It selects the air flow rate setting. 4. POWERFUL button: POWERFUL operation (page 14.) 5.
Instruction SiBE12-713 2.2.3 Preparation before Operation Preparation Before Operation To set the batteries 2 1. Slide the front cover to take it off. Position + and – correctly! 2. Set two dry batteries (LR03·AAA). 3. Set the front cover as before. 3 1 To operate the remote controller • To use the remote controller, aim the transmitter at the indoor unit. If there is anything to block signals between the unit and the remote controller, such as a curtain, the unit will not operate.
SiBE12-713 Instruction Preparation Before Operation To set the clock 1. Press “CLOCK button”. is displayed. and blinks. 2. Press “SELECT button” to set the current day of the week. 3. Press “CLOCK button”. blinks. 4. Press “SELECT button” to set the clock to the present time. Holding down “ ” or “ ” button rapidly increases or decreases the time display. 5. Press “CLOCK button”.
Instruction SiBE12-713 Turn the breaker ON • Turning ON the breaker closes the flap. (This is a normal procedure.) NOTE Tips for saving energy • Be careful not to cool (heat) the room too much. Keeping the temperature setting at a moderate level helps save energy. • Cover windows with a blind or a curtain. Blocking sunlight and air from outdoors increases the cooling (heating) effect. • Clogged air filters cause inefficient operation and waste energy. Clean them once in about every two weeks.
SiBE12-713 Instruction 2.2.4 AUTO · DRY · COOL · HEAT · FAN Operation AUTO · DRY · COOL · HEAT · FAN Operation The air conditioner operates with the operation mode of your choice. From the next time on, the air conditioner will operate with the same operation mode. To start operation 1. Press “MODE selector button” and select a operation mode. • Each pressing of the button advances the mode setting in sequence. : AUTO : DRY 5 4 : COOL : HEAT : FAN 2, 3 1 Cooling only model Heat pump model 2.
Instruction SiBE12-713 To change the air flow rate setting 5. Press “FAN setting button”. DRY mode AUTO or COOL or HEAT or FAN mode Five levels of air flow rate setting from “ plus “ ”“ ” to “ ” ” are available. The air flow rate setting is not variable. • Indoor unit quiet operation When the air flow is set to “ ”, the noise from the indoor unit will become quieter. Use this when making the noise quieter. The unit might lose capacity when the air flow rate is set to a weak level.
SiBE12-713 Instruction 2.2.5 Adjusting the Air Flow Direction Adjusting the Air Flow Direction You can adjust the air flow direction to increase your comfort. To adjust the horizontal blade (flap) 1. Press “SWING button ”. • “ ” is displayed on the LCD and the flaps will begin to swing. 2. When the flap has reached the desired position, press “SWING button ” once more. • The flap will stop moving. • “ 1, 2 ” disappears from the LCD.
Instruction SiBE12-713 Air flow selection • Make air flow selection according to what suits you. When setting the air flow selection switch to . • Air conditioner automatically decides the appropriate blowing pattern depending on the operating mode/situation. Operating mode Situation Blowing pattern COOL mode • When the room has become fully cool, or when one hour has passed since turning on the air conditioner.
SiBE12-713 Instruction 2.2.6 POWERFUL Operation POWERFUL Operation POWERFUL operation quickly maximizes the cooling (heating) effect in any operation mode. You can get the maximum capacity. To start POWERFUL operation 1. Press “POWERFUL button”. • POWERFUL operation ends in 20minutes. Then the system automatically operates again with the settings which were used before POWERFUL operation. • When using POWERFUL operation, there are some functions which are not available. • “ ” is displayed on the LCD.
Instruction SiBE12-713 2.2.7 OUTDOOR UNIT QUIET Operation OUTDOOR UNIT QUIET Operation OUTDOOR UNIT QUIET operation lowers the noise level of the outdoor unit by changing the frequency and fan speed on the outdoor unit. This function is convenient during night. To start OUTDOOR UNIT QUIET operation 1. Press “QUIET button”. • “ ” is displayed on the LCD. To cancel OUTDOOR UNIT QUIET operation 2. Press “QUIET button” again. • “ ” disappears from the LCD.
SiBE12-713 Instruction 2.2.8 ECONO Operation ECONO Operation ECONO operation is a function which enables efficient operation by lowering the maximum power consumption value. To start ECONO operation 1. Press “ECONO button”. •“ ” is displayed on the LCD. To cancel ECONO operation 2. Press “ECONO button” again. •“ ” disappears from the LCD. 1, 2 NOTE • ECONO Operation can only be set when the unit is running.
Instruction SiBE12-713 2.2.9 TIMER Operation TIMER Operation Timer functions are useful for automatically switching the air conditioner on or off at night or in the morning. You can also use OFF TIMER and ON TIMER in combination. To use OFF TIMER operation • Check that the clock is correct. If not, set the clock to the present time. (page 8.) 1. Press “OFF TIMER button”. is displayed. blinks. 2. Press “SELECT button” until the time setting reaches the point you like.
SiBE12-713 Instruction TIMER Operation To use ON TIMER operation • Check that the clock is correct. If not, set the clock to the present time. (page 8.) 1. Press “ON TIMER button”. is displayed. blinks. 2. Press “SELECT button” until the time setting reaches the point you like. • Every pressing of either button increases or decreases the time setting by 10 minutes. Holding down either button changes the setting rapidly. 3. Press “ON TIMER button” again. • The TIMER lamp lights up.
Instruction SiBE12-713 2.2.10 WEEKLY TIMER Operation WEEKLY TIMER Operation Up to 4 timer settings can be saved for each day of the week. To use WEEKLY TIMER operation • Make sure the day of the week and time are set. If not, set the day of the week and time. (page 8.) • The following procedure is to make a reservation on Monday for Tuesday 6:00 am/27˚C. 1. Press “ button”. • The day of the week and the reservation number will be displayed. • 1 to 4 settings can be made per day. 2.
SiBE12-713 Instruction WEEKLY TIMER Operation 7. Press “NEXT button”. • The time will be set. • “ ” and the temperature blink. 8. Press “SELECT button” to select the desired temperature. • The temperature can be set between 10˚C and 32˚C. • To return to the time setting, press “BACK button”. • The set temperature is only displayed when the mode setting is on. 9. Press “NEXT button”. • The temperature will be set. • The temperature will be set and go to the next reservation setting.
Instruction SiBE12-713 To cancel WEEKLY TIMER operation 11.Press “WEEKLY button” to deactivate the WEEKLY operation. • The “ ” will disappear from the display. • The TIMER lamp goes off. • To reactivate the WEEKLY TIMER operation, press the “WEEKLY button” again. 11 NOTE WEEKLY TIMER • Do not forget to set the time on the remote control first. • The day of the week, time and ON/OFF can be set with WEEKLY TIMER.
SiBE12-713 Instruction WEEKLY TIMER Operation Confirming a reservation • The reservation can be confirmed. 1. Press “ button”. • The day of the week and the reservation number of the current day will be displayed. 2. Press “SELECT button” to select the day of the week and the reservation number to be confirmed. • Pressing the “SELECT button” displays the reservation details. 1, 3 4, 6 3. Press “ button”. • Reservation confirmation complete. Canceling all reservations 2, 5 4.
Instruction SiBE12-713 Setting WEEKLY TIMER using copy mode • A reservation made once can be easily copied and the same settings used for another day of the week. 1. Press “ button”. 2. Press “SELECT button” to confirm the day of the week to be copied. 3. Press “COPY button”. • This activates copy mode. • Copy whole reservation of the selected day of the week. 4. Press “SELECT button” to select the destination day of the week. 1, 6 3, 5 2, 4 5. Press “COPY button”.
SiBE12-713 Instruction 2.2.11 Note for Multi System Note for Multi System 〈〈 What is a “Multi System”? 〉〉 This system has one outdoor unit connected to multiple indoor units. A room Outdoor unit ■ Selecting the operation mode 1. With the Priority Room Setting present but inactive or not present. B room Living room C room When more than one indoor unit is operating, priority is given to the first unit that was turned on.
Instruction SiBE12-713 ■ Priority Room Setting The Priority Room Setting requires initial programming during installation. Please consult your retailer or dealer for assistance. The room designated as the Priority Room takes priority in the following situations; 1. Operation mode Priority. As the operation mode of the Priority Room takes precedence, the user can select a different operation mode from other rooms. 〈Example〉 * Room A is the Priority Room in the examples.
SiBE12-713 Instruction 2.2.12 Care and Cleaning Care and Cleaning CAUTION Before cleaning, be sure to stop the operation and turn the breaker OFF. Units Indoor unit, Outdoor unit and Remote controller 1. Wipe them with dry soft cloth. Front panel 1. Open the front panel. • Slide the two stoppers on the left and right sides inward until they click. 2. Remove the front panel. • Remove the string. • Allowing the front panel to fall forward will enable you to remove it. String 3.
Instruction SiBE12-713 Filters 1. Open the front panel. (page 26.) 2. Remove the air filter. • Press the claws on the right and left of the air filter down slightly, then pull upward. 3. Take off the Titanium Apatite Photocatalytic Air-Purifying Filter. • Hold the tabs of the frame, and remove the claws in 4 places. 4. Clean or replace each filter. See figure. 5. Set the air filter and Titanium Apatite Photocatalytic Air-Purifying Filter as they were and close the front panel.
SiBE12-713 Instruction NOTE • Operation with dirty filters: (1) cannot deodorize the air. (2) cannot clean the air. (3) results in poor heating or cooling. (4) may cause odour. • To order Titanium Apatite Photocatalytic Air-Purifying Filter contact to the service shop there you bought the air conditioner. • Dispose of the old filter as flammable waste. Item Titanium Apatite Photocatalytic Air-Purifying Filter (without frame) 1 set Part No.
Instruction SiBE12-713 2.2.13 Troubleshooting Trouble Shooting These cases are not troubles. The following cases are not air conditioner troubles but have some reasons. You may just continue using it. Case Explanation Operation does not start soon. • This is to protect the air conditioner. You should wait for about 3 minutes. • When ON/OFF button was pressed soon after operation was stopped. • When the mode was reselected. Hot air does not flow out soon after the start of heating operation.
SiBE12-713 Instruction Check again. Please check again before calling a repair person. Case The air conditioner does not operate. (OPERATION lamp is off.) Check • • • • Hasn’t a breaker turned OFF or a fuse blown? Isn’t it a power failure? Are batteries set in the remote controller? Is the timer setting correct? Cooling (Heating) effect is poor.
Instruction SiBE12-713 Call the service shop immediately. WARNING When an abnormality (such as a burning smell) occurs, stop operation and turn the breaker OFF. Continued operation in an abnormal condition may result in troubles, electric shocks or fire. Consult the service shop where you bought the air conditioner. Do not attempt to repair or modify the air conditioner by yourself. Incorrect work may result in electric shocks or fire. Consult the service shop where you bought the air conditioner.
SiBE12-713 Instruction Fault diagnosis. FAULT DIAGNOSIS BY REMOTE CONTROLLER In the ARC452A series, the temperature display sections on the main unit indicate corresponding codes. 1. When the TIMER CANCEL button is held down for 5 seconds, a “ ” indication flashes on the temperature display section. TIMER CANCEL button It cancels the timer setting. 2. Press the TIMER CANCEL button repeatedly until a continuous beep is produced. • The code indication changes as shown below, and notifies with a long beep.
Instruction 2.
SiBE12-713 1. WHAT TO DO BEFORE OPERATION This operation manual is for the following systems with standard control. Before initiating operation, contact your Daikin dealer for the operation that corresponds to your system. Instruction PRECAUTIONS FOR GROUP CONTROL SYSTEM OR TWO REMOTE CONTROLLER CONTROL SYSTEM This system provides two other control systems beside individual control (one remote controller controls one indoor unit) system.
Instruction • The precautions described below are WARNING and CAUTION. These are very important precautions concerning safety. Be sure to observe all of them without fail. WARNING .. These are the matters with possibilities leading to serious consequences such as death or serious injury due to erroneous handling. CAUTION ... These are the matters with possibilities leading to injury or material damage due to erroneous handling including probabilities leading to serious consequences in some cases.
SiBE12-713 Instruction Be sure the air conditioner is electrically grounded. Do not connect the grounding conductor to a gas pipe, water pipe, lightning arrester, and the grounding conductor for a telephone. Imperfect grounding work may result in an electric shock. Execute complete drain piping for perfect drainage. Incomplete piping may result in a water leakage. The appliance is not intended for use by young children or infirm persons without supervision.
Instruction SiBE12-713 • Make sure that a separate power supply circuit is provided for this air conditioner and that all electrical work is carried out by qualified personnel according to local laws and regulations. 5 DISPLAY “ ” “ ” “ ” “ ” “ ” (OPERATION MODE) This display shows the current OPERATION MODE. For cooling only type, “ ” (Auto) and “ ” (Heating) are not installed.
SiBE12-713 Instruction FAN SPEED CONTROL BUTTON 20 Press this button to select the fan speed, HIGH or LOW, of your choice. OPERATION MODE SELECTOR BUTTON 21 Press this button to select OPERATION MODE. AIR FLOW DIRECTION ADJUST BUTTON 22 Refer to “AIR FLOW DIRECTION ADJUST ”. NOTE • For the sake of explanation, all indications are shown on the display in Figure 1 contrary to actual running situations. 6.
Instruction SiBE12-713 ADJUSTMENT For programming TEMPERATURE, FAN SPEED and AIR FLOW DIRECTION, follow the procedure shown below. Press the AIR FLOW DIRECTION ADJUST button to select the air direction as following. The AIR FLOW FLAP display swings as shown the left and the air flow direction continuously varies. (Automatic swing setting) TEMPERATURE SETTING Press TEMPERATURE SETTING button and program the setting temperature.
SiBE12-713 Instruction PROGRAM TIMER OPERATION Operate in the following order. • The timer is operated in the following two ways. • Programming the stop time ( ) .... The system stops operating after the set time has elapsed. • Programming the start time ( ) .... The system starts operating after the set time has elapsed. • The timer can be programmed a maximum of 72 hours. • The start and the stop time can be simultaneously programmed.
Instruction SiBE12-713 8. MAINTENANCE (FOR SERVICE PERSONNEL) ONLY A QUALIFIED SERVICE PERSON IS ALLOWED TO PERFORM MAINTENANCE IMPORTANT! • BEFORE OBTAINING ACCESS TO TERMINAL DEVICES, ALL POWER SUPPLY CIRCUITS MUST BE INTERRUPTED • To clean the air conditioner, be sure to stop operation, and turn the power switch off. Otherwise, an electric shock and injury may result. • Do not wash the air conditioner with water Doing so may result in an electric shock.
SiBE12-713 HOW TO CLEAN AIR OUTLET AND OUTSIDE PANELS • Clean with soft cloth. • When it is difficult to remove stains, use water or neutral detergent. NOTE • Do not use gasoline, benzene, thinner, polishing powder, liquid insecticide. It may cause discoloring or warping. • Do not let the indoor unit get wet. It may cause an electric shock or a fire. • Do not use water or air of 50˚C or higher for cleaning air filters and outside panels. HOW TO CLEAN THE SUCTION GRILLE 1. Open the suction grille.
Instruction • The system does not start when the display shows “ ” (UNDER CENTRALIZED CONTROL) and it flashes for few seconds after pressing an operation button. This is because the system is under centralized control. Flashes on the display indicates that the system cannot be controlled by the remote controller. • The system does not start immediately after the power supply is turned on. Wait one minute until the micro computer is prepared for operation.
SiBE12-713 Instruction VII.DUST FROM THE UNITS • Dust may blow out from the unit after starting operation from long resting time. Dust absorbed by the unit blows out. II. If the system does not properly operate except for the above mentioned case, and none of the above mentioned malfunctions is evident, investigate the system according to the following procedures. VIII.THE UNITS GIVE OFF ODORS The unit absorbs the smell of rooms, furniture, cigarettes, etc., and then emits them. 1.
Instruction 224 SiBE12-713 Operation Manual
SiBE12-713 Part 6 Service Diagnosis 1. Caution for Diagnosis..........................................................................226 1.1 Troubleshooting with Operation Lamp .................................................226 2. Problem Symptoms and Measures .....................................................228 3. Service Check Function ......................................................................229 3.1 Check Method 1 ......................................................................
Caution for Diagnosis SiBE12-713 1. Caution for Diagnosis 1.1 Troubleshooting with Operation Lamp The operation lamp flashes when any of the following errors is detected. 1. When a protection device of the indoor or outdoor unit is activated or when the thermistor malfunctions, disabling equipment operation. 2. When a signal transmission error occurs between the indoor and outdoor units. In either case, conduct the diagnostic procedure described in the following pages.
SiBE12-713 Caution for Diagnosis In case of FLK(X)S 25/35/50/60 B Series OPERATION lamp (green) (Q0341) Caution: Operation stops suddenly. (Operation lamp blinks.) Cause of above trouble could be "Operation mode conflict". Check followings; Are the operation modes all the same for indoor units connected to Multi system outdoor unit? If not set all indoor units to the same operation mode and confirm that the operation lamp is not blinking.
Problem Symptoms and Measures SiBE12-713 2. Problem Symptoms and Measures Problem Symptom Check Item None of the units operates. Check the power supply. Check the type of the indoor units. Check the outdoor air temperature. Diagnosis with indoor unit LED indication Diagnosis with outdoor unit LED indication Check the remote controller addresses. Operation sometimes stops. Check the power supply. Check the outdoor air temperature. Some indoor units do not operate.
SiBE12-713 Service Check Function 3. Service Check Function 3.1 Check Method 1 The temperature display sections on the main unit indicate corresponding codes. ARC433 Series 1. When the timer cancel button is held down for 5 seconds, a “00” indication flashes on the temperature display section. ON CANCEL TIMER CANCEL button It cancels the timer setting. OFF TIMER < ARC433B70, 71 > (R6849) 2. Press the timer cancel button repeatedly until a continuous beep is produced.
Service Check Function ARC452A Series SiBE12-713 1. When the timer cancel button is held down for 5 seconds, a “00” indication flashes on the temperature display section. TIMER CANCEL button It cancels the timer setting. < ARC452A2 > (R6757) 2. Press the timer cancel button repeatedly until a continuous beep is produced. The code indication changes in the sequence shown below, and notifies with a long beep. No.
SiBE12-713 3.2 Service Check Function Check Method 2 1. Enter the diagnosis mode. Press the 3 buttons (TEMP ,TEMP , MODE) simultaneously. (R4272) The digit of the number of tens blinks. Try again from the start when the digit does not blink. (R4273) 2. Press the TEMP button. Press TEMP or TEMP and change the digit until you hear the sound of “beep” or “pi pi”. (R4274) 3. Diagnose by the sound. “pi” : The number of tens does not accord with the error code.
Service Check Function 5. Press the TEMP button. Press TEMP or TEMP SiBE12-713 and change the digit until you hear the sound of “beep”. (R4277) 6. Diagnose by the sound. “pi” : The both numbers of tens and units do not accord with the error code. “pi pi” : The number of tens accords with the error code. “beep” : The both numbers of tens and units accord with the error code. 7. Determine the error code. The digits indicated when you hear the “beep” sound are error code.
SiBE12-713 Code Indication on the Remote Controller 4. Code Indication on the Remote Controller 4.
Troubleshooting SiBE12-713 5. Troubleshooting 5.1 Indoor Units - : Not used for troubleshooting ∗ : Varies depending on the cases. Indication on the remote controller 00 A1 A5 Description of the Fault Indoor unit in normal condition (Conduct a diagnosis of the outdoor unit.) Details of fault (Refer to the indicated page.
SiBE12-713 5.2 Troubleshooting Outdoor Units 4: ON, 1: OFF, 5: Blinks Green : Flashes when in normal condition Red : OFF in normal condition - : Not used for troubleshooting ∗ : Varies depending on the cases.
Troubleshooting 5.3 SiBE12-713 Indoor Unit PCB Abnormality A1 Remote Controller Display Method of Malfunction Detection Evaluation of zero-cross detection of power supply by indoor unit. Malfunction Decision Conditions When there is no zero-cross detection in approximately 10 continuous seconds. Supposed Causes Faulty indoor unit PCB Faulty connector connection Troubleshooting Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred.
SiBE12-713 5.4 Troubleshooting Freeze-up Protection Control or High Pressure Control Remote Controller Display A5 Method of Malfunction Detection High pressure control (heat pump model only) Malfunction Decision Conditions High pressure control Supposed Causes Service Diagnosis During heating operations, the temperature detected by the indoor heat exchanger thermistor is used for the high pressure control (stop, outdoor fan stop, etc.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.06 Refer to P.279 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Check the air passage. Is there any short-circuit? YES Provide sufficient air passage. NO Check the intake air filter. Is it very dirty? YES Clean the air filter. NO Check the dust accumulation on the indoor unit heat exchanger. Is it very dirty? YES Clean the heat exchanger. NO Check No.
SiBE12-713 5.5 Troubleshooting Fan Motor or Related Abnormality 5.5.1 AC Motor Remote Controller Display A6 Method of Malfunction Detection The rotation speed detected by the Hall IC during fan motor operation is used to determine abnormal fan motor operation. Malfunction Decision Conditions When the detected rotation speed does not reach the demanded rotation speed of the target tap, and is less than 50% of the maximum fan motor rotation speed.
Troubleshooting SiBE12-713 5.5.2 DC Motor Remote Controller Display A6 Method of Malfunction Detection The rotation speed detected by the Hall IC during fan motor operation is used to determine abnormal fan motor operation. Malfunction Decision Conditions When the detected rotation speed does not reach the demanded rotation speed of the target tap, and is less than 50% of the maximum fan motor rotation speed.
SiBE12-713 Troubleshooting Troubleshooting Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Check No.01 Refer to P.276 Turn off power supply and rotate fan by hand. Check No.02 Refer to P.276 Does fan rotate smoothly? NO Replace fan motor. YES Turn power ON and operate fan. Does it rotate? Turn off power supply NO and disconnect fan motor connector, then turn power ON. YES Check No.
Troubleshooting 5.6 SiBE12-713 Thermistor or Related Abnormality (Indoor Unit) C4, C9 Remote Controller Display Method of Malfunction Detection The temperatures detected by the thermistors are used to determine thermistor errors. Malfunction Decision Conditions When the thermistor input is more than 4.96 V or less than 0.04 V during compressor operation∗. ∗ (reference) When above about 212°C (less than 120 ohms) or below about -50°C (more than 1,860 kohms).
SiBE12-713 5.7 Troubleshooting Front Panel Open / Close Fault C7 Remote Controller Display Method of Malfunction Detection Malfunction Decision Conditions The system will be shut down when the error occurs twice. Supposed Causes Malfunction of the reduction motor Malfunction or deterioration of the front panel mechanism Malfunction of the limit switch Troubleshooting Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred.
Troubleshooting 5.8 SiBE12-713 Signal Transmission Error (between Indoor and Outdoor Unit) Remote Controller Display U4 Method of Malfunction Detection The data received from the outdoor unit in indoor unit-outdoor unit signal transmission is checked whether it is normal. Malfunction Decision Conditions When the data sent from the outdoor unit cannot be received normally, or when the content of the data is abnormal. Supposed Causes 244 Faulty outdoor unit PCB. Faulty indoor unit PCB.
SiBE12-713 Troubleshooting Troubleshooting Caution Check No.10 Refer to P.282 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Check the indoor unit-outdoor unit connection wires. Is there any wiring error? YES Correct the indoor unit-outdoor unit connection wires. NO Check the outdoor unit's LED A. Is LED A flashing? NO Diagnose the outdoor unit. YES Check the voltage of the indoor unit-outdoor unit connection wires between No. 1 and No.
Troubleshooting 5.9 SiBE12-713 Unspecified Voltage (between Indoor and Outdoor Units) Remote Controller Display UA Method of Malfunction Detection The supply power is detected for its requirements (different from pair type and multi type) by the indoor / outdoor transmission signal. Malfunction Decision Conditions The pair type and multi type are interconnected.
SiBE12-713 Troubleshooting 5.10 Freeze-up Protection Control Remote Controller Display A5 Outdoor Unit LED Display A5 14 21 34 44 Method of Malfunction Detection Indoor unit icing, during cooling operation, is detected by checking the temperatures sensed by the indoor unit heat exchanger thermistor and room temperature thermistor that are located in a shut-down room. Malfunction Decision Conditions In the cooling mode, the following conditions (A) and (B) are kept together for 5 minutes.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.04 Refer to P.277 Check No.06 Refer to P.279 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Check the wiring and piping. Wiring or piping out of spec? YES Activate the wiring error check mode. NO Check No. 04 Check the electronic expansion valve. Motor functioning? NO Replace the defective EV or coil. YES Check No. 06 Check the outdoor unit heat exchanger thermistor.
SiBE12-713 Troubleshooting 5.11 Outdoor Unit PCB Abnormality Remote Controller Display E1 Outdoor Unit LED Display A5 14 24 34 41 Method of Malfunction Detection Detect within the programme of the microcomputer that the programme is in normal running Malfunction Decision Conditions When the programme of the microcomputer is in abnormal running order.
Troubleshooting SiBE12-713 5.12 OL Activation (Compressor Overload) Remote Controller Display E5 Outdoor Unit LED Display A5 1 4 21 34 41 Method of Malfunction Detection A compressor overload is detected through compressor OL. Malfunction Decision Conditions If the compressor OL is activated twice, the system will be shut down.
SiBE12-713 Troubleshooting 5.13 Compressor Lock Remote Controller Display E6 Outdoor Unit LED Display A5 11 24 34 41 Method of Malfunction Detection A compressor lock is detected by checking the compressor running condition through the position detection circuit. Malfunction Decision Conditions Judging from current waveform generated when high-frequency voltage is applied to the Supposed Causes Compressor locked compressor. The system will be shut down if the error occurs 16 times.
Troubleshooting SiBE12-713 5.14 DC Fan Lock Remote Controller Display E7 Outdoor Unit LED Display A5 14 24 34 44 Method of Malfunction Detection A fan motor line error is detected by checking the high-voltage fan motor rpm being detected by the Hall IC. Malfunction Decision Conditions The fan does not start in 30 seconds even when the fan motor is running. The system will be shut down if the error occurs 16 times.
SiBE12-713 Troubleshooting 5.15 Input Over Current Detection Remote Controller Display E8 Outdoor Unit LED Display A5 11 24 31 44 Method of Malfunction Detection Malfunction is detected by checking the input current value. Malfunction Decision Conditions The following condition continues for 2.5 seconds. Input current ≥ 20A (typical value) The compressor halts if the error occurs, and restarts automatically after 3 minutes stand-by.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.07 Refer to P.280 Check No.08 Refer to P.281 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. ∗ An input over-current may result from wrong internal wiring. If the wires have been disconnected and reconnected for part replacement, for example, and the system is interrupted by an input over-current, take the following procedure. Get restarted and measure the input current.
SiBE12-713 Troubleshooting 5.16 Discharge Pipe Temperature Control Remote Controller Display F3 Outdoor Unit LED Display A5 14 21 34 41 Method of Malfunction Detection The discharge pipe temperature control (stop, frequency drooping, etc.) is checked with the temperature being detected by the discharge pipe thermistor. Malfunction Decision Conditions 2YC45 If the temperature being detected by the discharge pipe thermistor rises above 120°C, the compressor will stop.
Troubleshooting SiBE12-713 5.17 High Pressure Control in Cooling Remote Controller Display F6 Outdoor Unit LED Display A5 14 21 34 44 Method of Malfunction Detection High-pressure control (stop, frequency drop, etc.) is activated in the cooling mode if the temperature being sensed by the heat exchanger thermistor exceeds the limit. Malfunction Decision Conditions Activated when the temperature being sensed by the heat exchanger thermistor rises above Supposed Causes 256 65°C.
SiBE12-713 Troubleshooting Troubleshooting Check No.04 Refer to P.277 Check No.06 Refer to P.279 Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Check the installation space. Check No.07 Installation condition check Abnormal Normal Check No.07 Refer to P.280 Check No.09 Outdoor fan check Abnormal Normal Check No.09 Refer to P.281 Change the air outlet grille position. Change the installation location. Clean the heat exchanger.
Troubleshooting SiBE12-713 5.18 Compressor Sensor System Abnormality Remote Controller Display H0 Outdoor Unit LED Display A5 14 24 31 41 Method of Malfunction Detection Fault condition is identified by the supply voltage and the DC voltage which is detected before the compressor startup. Fault condition is identified by compressor current which is detected right after the compressor startup.
SiBE12-713 Troubleshooting Troubleshooting Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Turn off the power Reactor connection check Connection OK? NO Connect properly. YES Compressor connection check Connection OK? NO Connect properly. YES Reactor check 10Ω or less? Disconnect the reactor from the outdoor unit PCB and measure the resistance value between reactor terminals with tester. NO Replace the reactor.
Troubleshooting SiBE12-713 5.19 Position Sensor Abnormality Remote Controller Display H6 Outdoor Unit LED Display A5 14 24 31 41 Method of Malfunction Detection A compressor startup failure is detected by checking the compressor running condition through the position detection circuit. Malfunction Decision Conditions The compressor fails to start in about 15 seconds after the compressor run command signal Supposed Causes is sent.
SiBE12-713 Troubleshooting 5.20 CT or Related Abnormality Remote Controller Display H8 Outdoor Unit LED Display A5 14 24 31 41 Method of Malfunction Detection A CT or related error is detected by checking the compressor running frequency and CTdetected input current. Malfunction Decision Conditions The compressor running frequency is below 55 Hz and the CT input is below 0.1 V. (The input current is also below 0.5 A.) If this error repeats 4 times, the system will be shut down.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.12 Refer to P.283 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Turn off the power and turn it on again. Get the system started. ∗ Running current as shown at right with relay cable 1 or 2? YES Current (guideline) NO Check No. 12 Check the capacitor voltage. Rising with increasing frequency 2 sec DC380±30V? Replace the outdoor unit PCB.
SiBE12-713 Troubleshooting 5.21 Thermistor or Related Abnormality (Outdoor Unit) Remote Controller Display P4, J3, J6, J8, J9, H9 Outdoor Unit LED Display A5 14 24 31 41 Method of Malfunction Detection This type of error is detected by checking the thermistor input voltage to the microcomputer. [A thermistor error is detected by checking the temperature being detected by each thermistor.] Malfunction Decision Conditions When the thermistor input is above 4.96 V or below 0.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.06 Refer to P.279 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Turn on the power again. Error displayed again on remote controller? NO Reconnect. YES Connector or thermistor disconnected? YES Reconnect. NO Check No. 06 Check the thermistor resistance value.
SiBE12-713 Troubleshooting 5.22 Electrical Box Temperature Rise Remote Controller Display L3 Outdoor Unit LED Display A5 14 24 31 44 Method of Malfunction Detection An electrical box temperature rise is detected by checking the radiation fin thermistor with the compressor off. Malfunction Decision Conditions With the compressor off, the radiation fin temperature is above 100°C. The error is cleared when the temperature drops below 70°C.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.07 Refer to P.280 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Turn off the power and turn it on again. Check No.09 Refer to P.281 Error again or outdoor unit fan activated? WARNING To cool down the electricals, the outdoor unit fan gets started when the radiation fin temperature rises above 100˚C and stops itself when it drops below 85˚C.
SiBE12-713 Troubleshooting 5.23 Radiation Fin Temperature Rise Remote Controller Display L4 Outdoor Unit LED Display A5 11 21 31 44 Method of Malfunction Detection A radiation fin temperature rise is detected by checking the radiation fin temperature being detected by the fin thermistor with the compressor on. Malfunction Decision Conditions The radiation fin temperature with the compressor on is above 103°C. The error is cleared when the temperature drops below 95°C.
Troubleshooting SiBE12-713 Troubleshooting Caution Check No.07 Refer to P.280 Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Turn off the power and turn it on again to get the system started. Check No.09 Refer to P.281 Error displayed again? YES NO Check the radiation fin temperature. Above 103˚C? YES Check No.09 Check the outdoor unit fan or related.
SiBE12-713 Troubleshooting 5.24 Output Over Current Detection Remote Controller Display L5 Outdoor Unit LED Display A5 11 21 34 41 Method of Malfunction Detection An output over-current is detected by checking the current that flows in the inverter DC section. Malfunction Decision Conditions A position signal error occurs while the compressor is running. A speed error occurs while the compressor is running.
Troubleshooting SiBE12-713 Troubleshooting Check No.07 Refer to P.280 Check No.08 Refer to P.281 Check No.13 Refer to P.283 Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. ∗ An output over-current may result from wrong internal wiring. If the wires have been disconnected and reconnected for part replacement, for example, and the system is interrupted by an output over-current, take the following procedure.
SiBE12-713 Troubleshooting 5.25 Insufficient Gas Remote Controller Display U0 Outdoor Unit LED Display A5 11 21 34 44 Method of Malfunction Detection Gas shortage detection I: Gas shortage is detected by checking the input current value and the compressor running frequency. If the gas is short, the input current is smaller than the normal value. Gas shortage detection II: Gas shortage is detected by checking the discharge temperature and the opening of the electronic expansion valve.
Troubleshooting SiBE12-713 Troubleshooting Check No.04 Refer to P.277 Caution Be sure to turn off power switch before connect or disconnect connector, or parts damage may be occurred. Any thermistor disconnected? Check No.06 Refer to P.279 NO YES Reconnect in position. * Discharge pipe thermistor * Indoor / outdoor unit heat exchanger thermistor * Room temperature thermistor * Outdoor air thermistor YES Open the stop valve. Stop valve closed? NO Check for gas leakage.
SiBE12-713 Troubleshooting 5.26 Low-voltage Detection or Over-voltage Detection Remote Controller Display U2 Outdoor Unit LED Display A5 14 21 31 44 Method of Malfunction Detection An abnormal voltage rise or drop is detected by checking the detection circuit or DC voltage detection circuit.
Troubleshooting SiBE12-713 5.27 Signal Transmission Error (on Outdoor Unit PCB) Remote Controller Display U7 Outdoor Unit LED Display A5 1 1 2 4 3 4 4 4 Method of Malfunction Detection Communication error between microcomputer mounted on the main PCB and PM1. Malfunction Decision Conditions When the data sent from the PM1 can not be received successively for 9 sec.
SiBE12-713 Troubleshooting 5.28 Anti-icing Function in Other Rooms / Unspecified Voltage (between Indoor and Outdoor Units) Remote Controller Display UA, UH Outdoor Unit LED Display A5 11 21 31 41 Method of Malfunction Detection A wrong connection is detected by checking the combination of indoor and outdoor units on the microcomputer.
Check SiBE12-713 6. Check 6.1 How to Check 6.1.1 Fan Motor Connector Output Check Check No.01 1. 2. 3. 4. 5. Check connector connection. Check motor power supply voltage output (pins 4-7 and 4-8). Check motor control voltage (pins 4-3). Check rotation command voltage output (pins 4-2). Check rotation pulse input (pins 4-1). S1 or S301 7 6 5 4 3 2 1 S302 8 7 6 5 4 3 2 1 Motor power supply voltage Unused Unused P.
SiBE12-713 Check 6.1.3 Electronic Expansion Valve Check Check No.04 Conduct the followings to check the electronic expansion valve (EV). 1. Check to see if the EV connector is correctly inserted in the PCB. Compare the EV unit and the connector number. 2. Turn the power off and back on again, and check to see if all the EVs generate latching sound. 3. If any of the EVs does not generate latching noise in the above step 2, disconnect that connector and check the conductivity using a tester.
Check SiBE12-713 6.1.4 Four Way Valve Performance Check Check No.05 Turn off the power and turn it on again. Start the heating-mode run. S80 voltage at DC 220-240 V with compressor on? (Fig. 1) ∗ Four way valve coil Cooling / dry : No continuity Heating : Continuity NO Replace the outdoor unit PCB. YES Disconnect the four way valve coil from the connector and check the continuity. Four way valve coil resistance at 1500 ohms? NO YES Replace the four way valve coil. Replace the four way valve.
SiBE12-713 Check 6.1.5 Thermistor Resistance Check Check No.06 Remove the connectors of the thermistors on the PCB, and measure the resistance of each thermistor using tester. The relationship between normal temperature and resistance is shown in the graph and the table below. Thermistor R25°C=20kΩ B=3950 Temperature (°C) -20 -15 -10 -5 0 5 10 15 20 25 30 35 40 45 50 Service Diagnosis 211.0 (kΩ) 150 116.5 88 67.2 51.9 40 31.8 25 20 16 13 10.6 8.7 7.
Check SiBE12-713 6.1.6 Installation Condition Check Check No.07 Installation condition check Check the allowable dimensions of the air suction and discharge area. Normal Does the discharged air from other outdoor unit cause an increase of the suction air temperature? Abnormal YES Change the position of the air discharge grille or the installation location. Change the position of the air discharge grille or the installation location.
SiBE12-713 Check 6.1.7 Discharge Pressure Check Check No.08 Discharge pressure check NO High Replace compessor. YES Is the stop valve open? NO Open the stop valve. YES Is the connection pipe deformed? NO Replace the pipe installed at the site. YES At the heat exchanger and air filter dirty? NO Clean. YES Replace the compressor. (R1443) 6.1.8 Outdoor Unit Fan System Check (With DC Motor) Check No.09 Check the outdoor unit fan system.
Check SiBE12-713 6.1.9 Power Supply Waveforms Check Check No.10 Measure the power supply waveform between pins 1 and 3 on the terminal board, and check the waveform disturbance. Check to see if the power supply waveform is a sine wave (Fig.1). Check to see if there is waveform disturbance near the zero cross (sections circled in Fig.2) [Fig.1] [Fig.2] 6.1.10 Inverter Units Refrigerant System Check Check No.
SiBE12-713 Check 6.1.11 Capacitor Voltage Check Check No.12 Before this checking, be sure to check the main circuit for short-circuit. Checking the capacitor voltage z With the circuit breaker still on, measure the voltage according to the drawing of the model in question. Be careful never to touch any live parts. MULTIMETER (DC.
Check SiBE12-713 6.1.13 Main Circuit Electrolytic Capacitor Check Check No.14 Checking the main circuit electrolytic capacitor z Never touch any live parts for at least 10 minutes after turning off the circuit breaker. z If unavoidably necessary to touch a live part, make sure there is no DC voltage using the tester. z Check the continuity with the tester. Reverse the pins and make sure there is continuity. 6.1.14 Turning Speed Pulse Input on the Outdoor Unit PCB Check Check No.
SiBE12-713 Check 6.1.15 Hall IC Check Check No.16 1. Check the connector connection. 2. With the power ON, operation OFF, and the connector connected, check the following. ∗Output voltage of about 5 V between pins 1 and 3. ∗Generation of 3 pulses between pins 2 and 3 when the fan motor is operating. Failure of (1) Æ faulty PCB Æ Replace the PCB. Failure of (2) Æ faulty Hall IC Æ Replace the fan motor. Both (1) and (2) result Æ Replace the PCB.
Check 286 SiBE12-713 Service Diagnosis
SiBE12-713 Part 7 Removal Procedure 1. Outdoor Unit........................................................................................288 1.1 1.2 1.3 1.4 1.5 1.6 Removal of the Panels and Plates .......................................................288 Removal of the Electrical Box ..............................................................292 Removal of the PCB.............................................................................300 Removal of the Propeller Fan / Fan Motor ...............
Outdoor Unit SiBE12-713 1. Outdoor Unit 1.1 Removal of the Panels and Plates Procedure Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1 Warning External appearance. Points Take care not to cut your finger by the fins of the heat exchanger. 2 288 Loosen the 4 screws (2 on both sides) of the top panel.
SiBE12-713 Outdoor Unit Procedure Step 3 Loosen the 6 screws of the front panel. 4 Loosen the 2 screws (each 1 in front and back) of the clamp plate. 5 Slide the clamp plate to the left to undo the hooks and remove the plate. 6 Undo the upper 2 hooks to remove the front panel. Removal Procedure Points Align the position of hole of the upper hook to pull the front panel out.
Outdoor Unit Procedure Step 7 Lift the front panel up to remove the left side hooks and open the panel. 8 The front panel has the 3 hooks on the left. 9 The front panel has the 1 hook on the right.
SiBE12-713 Outdoor Unit Procedure Step 10 Loosen the 4 screws of the discharge grille. 11 Loosen the 2 screws of the stop valve cover. And then slide the cover downward to remove. Points When assembling, make sure to catch the 5 hooks.
Outdoor Unit 1.2 Removal of the Electrical Box Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1. Disconnect the connecting wires 1 Inside structure. 2 SiBE12-713 Disconnect the connecting wires. Points Illustrations are for 3 room model.
SiBE12-713 Outdoor Unit Procedure Step Points 2. Disconnect the each harnesses 1 Detach the fixing tape for the electrical box (cover). 2 Undo the 4 hooks at the mark of the drip proof cover. 3 Lift the cover up to remove. 4 Disconnect the connector for fan motor [S70] from the PCB. Removal Procedure The shape of [S70] wire is different depending on the models.
Outdoor Unit Procedure Step 5 The figure shows the arrangement of the wire harness for fan motor. 6 Disconnect the connectors for electronic expansion valve coil. [S20] - White [S21] - Red [S22] - Blue [S23] - Yellow 7 294 SiBE12-713 Points The number of the connectors are different according to the number of the connected indoor units. Undo the wire clip.
SiBE12-713 Outdoor Unit Procedure Step 8 Disconnect the connector for overload protector [S40]. 9 Remove the OL wire harness and the compressor wire harness together from the partition plate. Points Clamp (R6422) Detach the clamp. Just pull the push-mount 10 Use long-nose pliers or the like to pull out the clamp. type out of position. Clamp (R6423) 11 Disconnect the connector for relay harness of compressor.
Outdoor Unit Procedure Step 12 Disconnect the each connector. [S90] : Outdoor air, heat exchanger, discharge pipe thermistor [S92] : Gas pipe thermistor [S93] : Liquid pipe thermistor 13 Disconnect the connector for four way valve [S80].
SiBE12-713 Outdoor Unit Procedure Step 14 The figure shows the arrangement of the wire harness under the electrical box. 15 Undo the wire clip for the thermistor lead wire. Points 3. Remove the electrical box 1 Loosen the 2 screws of the earth terminal. 4. Disconnect the power supply connecting wires 1 Loosen the screws on the terminal board and disconnect the wires of A, B, C, and D port. Removal Procedure ★ Illustrations are for 3 room model.
Outdoor Unit Procedure Step 2 Detach the outdoor air thermistor. 3 Loosen the screw on the right side of the electrical box.
SiBE12-713 Outdoor Unit Procedure Step 4 Loosen the 1 screw in front of the electrical box. 5 Lift up the electrical box to remove.
Outdoor Unit 1.3 Removal of the PCB Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1. Remove the service PCB 1 External appearance of the service PCB and the terminal board. 2 Loosen the 1 screw of the terminal board and open it. 3 Disconnect the connector [S52] and [S102] from the service PCB. 300 SiBE12-713 Points ★ Illustrations are for 3 room model.
SiBE12-713 Procedure Step 4 Outdoor Unit Points Widen the upper hook and pull the service PCB upward to remove. 2. Remove the control PCB 1 Disconnect the each connectors on the terminal board. 2 Disconnect the 2 connectors for reactor. 3 Loosen the 3 screws of the PCB.
Outdoor Unit SiBE12-713 Procedure Step 4 Undo the 3 hooks on the reactor side and slide the control PCB. 5 Undo the relay harness for compressor from the hook. 6 Lift up the control PCB to remove. Points In working, be careful not to break the control PCB with the excessive force because the PCB and the radiation fin are adhered to one another. When assembling, make sure to use the silicon material. Silicon material Part No.: 1172698 7 302 Each wire harness.
SiBE12-713 Outdoor Unit Procedure Step 8 Names of parts on the control PCB. 9 Loosen the 2 screws of the radiation fin. 10 Loosen the 3 screws of the reactor and the 1 screw of the clamp. Removal Procedure Points See page 56 for detail.
Outdoor Unit Step SiBE12-713 Procedure Points 3. Disconnect the wire harnesses 4. Remove the terminal board 1 Open the electrical box and remove the terminal board. 304 ★ Illustrations are for 3 room model.
SiBE12-713 Step Removal Procedure Outdoor Unit Procedure Points 305
Outdoor Unit 1.4 Removal of the Propeller Fan / Fan Motor Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1 SiBE12-713 Remove the fan motor fixing plate. Points Remove the outer panels and plates. Remove the electrical box. 2 Take out the fan motor fixing plate toward yourself. When assembling, fit the lower hooks. 3 Loosen the washer fitted nut to remove the propeller fan.
SiBE12-713 Procedure Step 4 Outdoor Unit Points Undo the 2 fixing hooks of the lead wire. Loosen the 4 screws of the fan motor. Lead wire Propeller fan (R3249) When assembling, put the lead wire through the back of the motor. (so as not to be entangled with the propeller fan) 5 Detach the 4 screws and 4 rubber vibration isolators.
Outdoor Unit 1.5 Removal of the Sound Blanket Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1. Remove the right side panel 1 Loosen the 3 screws on the right of the right side panel. 2 Loosen the 2 screws on the back. 3 Remove the packing. There is a hook on the back. 308 SiBE12-713 Points Remove the outer panels and plates. Remove the electrical box.
SiBE12-713 Outdoor Unit Procedure Step 4 Pull up the right side panel. 5 Loosen the 2 screws of the wiring fixture. Points 2. Remove the partition plate 1 Loosen the 2 screws to remove the partition plate. 2 Detach the clamp of the relay harness for the compressor.
Outdoor Unit Procedure Step 3 SiBE12-713 Points Pull up the partition plate. When assembling, make sure to catch the lower hook of the partition plate. 3. Remove the sound blanket 1 Lift up the sound blanket (top-upper) to remove. Illustrations are different depending on the models. Since the piping ports on the sound blanket are torn easily, remove the blanket carefully. 2 310 Remove the sound blanket (top-lower).
SiBE12-713 Outdoor Unit Procedure Step 3 Undo the fixing strings, open the sound blanket (body) and pull it out. 4 Open the sound blanket (inner) and pull it out.
Outdoor Unit 1.6 SiBE12-713 Removal of Electronic Expansion Valve Coil, Four Way Valve Coil and Thermistor Procedure Step 1. Remove the electronic expansion valve coil 1 Remove the each electronic expansion valve coil. Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Points ★ Illustrations are for 3 room model. 2. Remove the four way valve coil 1 Loosen the 1 screw to remove the four way valve coil.
SiBE12-713 Step 3. Remove the liquid/gas pipe thermistor 1 Open the putty and remove the liquid pipe thermistor. [S90] : Outdoor air thermistor Heat exchanger thermistor Discharge pipe thermistor [S92] : Gas pipe thermistor Room A (Black) Room B (Gray) Room C (Brown) Room D (Red) [S93] : Liquid pipe thermistor Room A (Black) Room B (Gray) Room C (Yellow) Room D (Blue) 2 Open the putty and remove the gas pipe thermistor. Outdoor Unit Procedure Points Meet the edge of the thermistor and clip.
Outdoor Unit Step 5. Remove the discharge pipe thermistor 1 Undo the clip and remove the discharge pipe thermistor. SiBE12-713 Procedure Points Meet the edge of the thermistor and clip. Be careful not to loose the clip for the discharge pipe thermistor. 6. Remove the assembly of thermistor. 1 The figure shows the arrangement of the assembly of thermistor.
SiBE12-713 1.7 Removal of the Distributor Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1 Outdoor Unit Points Remove the putty. Warning Ventilate when refrigerant leaks during the work. (If refrigerant contacts fire, it will cause to arise toxic gas.) Caution Be careful not to get yourself burnt with the pipes and other parts that are heated by the gas welding rod.
Outdoor Unit 1.8 SiBE12-713 Removal of the Four Way Valve Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step Be sure to apply nitrogen replacement when heating up the brazed part. 1 Loosen the 1 screw to remove the four way valve coil. 2 Heat up the 4 brazed part of the four way valve. First, disconnect the part "a".
SiBE12-713 1.9 Outdoor Unit Removal of the Compressor Procedure Warning Be sure to wait 10 minutes or more after turning off all power supplies before disassembling work. Procedure Step 1. Remove the terminal cover 1 Remove the terminal cover. Points Make a note. Be careful so as not to burn the compressor terminals or the name plate. Warning Since it may happen that refrigeration oil in the compressor will catch fire, prepare wet cloth so as to extinguish fire immediately.
Outdoor Unit Procedure Step 5 SiBE12-713 Remove the 2 sheets of putty. Points Warning Ventilate when refrigerant leaks during the work. (If refrigerant contacts fire, it will cause to arise toxic gas.) There is one nut fixing the compressor. Remove the nut with an open-end spanner. Before working, make sure that the refrigerant is empty in the circuit. Be sure to apply nitrogen replacement when heating up the brazed part. 7 Heat up the brazed part of the discharge side and disconnect (part "a").
SiBE12-713 Part 8 Others 1. Others .................................................................................................320 1.1 Test Run from the Remote Controller ..................................................320 1.2 Jumper Settings ...................................................................................
Others SiBE12-713 1. Others 1.1 Test Run from the Remote Controller For Heat pump In cooling mode, select the lowest programmable temperature; in heating mode, select the highest programmable temperature. Trial operation may be disabled in either mode depending on the room temperature. After trial operation is complete, set the temperature to a normal level.
SiBE12-713 1.2 Others Jumper Settings 1.2.1 When Two Units are Installed in One Room When two indoor units are installed in one room, the two wireless remote controllers can be set for different addresses. How to set the different addresses Control PCB of the indoor unit (1) Remove the electrical box. (2) Cut the address jumper JA on the control PCB. Wireless remote controller (1) Slide the front cover and take it off. (2) Cut the address jumper J4.
Others SiBE12-713 1.2.3 Adjusting the Angle of the Intelligent Eye Sensor FTK(X)S20-35C Once installation of the indoor unit is complete, adjust the angle of the Intelligent eye sensor to ensure the detection area properly covers the room. (Adjustable angle : 15° to right and left of center) Gently push and slide the sensor to adjust the angle. Aim so that the sensor is pointing to the center of the room, or to the part of the room that is most frequently used.
SiBE12-713 Part 9 Appendix 1. Piping Diagrams..................................................................................324 1.1 Indoor Units ..........................................................................................324 1.2 Outdoor Units .......................................................................................330 2. Wiring Diagrams..................................................................................331 2.1 Indoor Units ......................................
Piping Diagrams SiBE12-713 1. Piping Diagrams 1.1 Indoor Units 1.1.1 Wall Mounted Type FTKS20D3VMW(L), FTKS25D3VMW(L), FTKS35D3VMW(L) FTKS50D2V1W(L) INDOOR UNIT MAFFLER ASSY HEAT EXCHANGER 7.0CuT INDOOR UNIT 6.4CuT MAFFLER ASSY HEAT EXCHANGER 7.0CuT THERMISTOR ON HEAT EXCH. 7.9CuT 7.9CuT 6.4CuT 6.4CuT 6.4CuT FIELD PIPING (6.4CuT) CROSS FLOW FAN FIELD PIPING (6.4CuT) THERMISTOR ON HEAT EXCH. 6.4CuT 6.4CuT CROSS FLOW FAN M FAN MOTOR M 9.5CuT FIELD PIPING (12.7CuT) FAN MOTOR 9.
SiBE12-713 Piping Diagrams FTKS71FV1B FTXG25EV1BW(S), FTXG35EV1BW(S) INDOOR UNIT INDOOR UNIT 7.0CuT (7.9CuT) 7.0CuT 7.0CuT HEAT EXCHANGER THERMISTOR ON HEAT EXCH. 7.0CuT M M FAN MOTOR FAN MOTOR FIELD PIPING (15.9CuT) 7.0CuT THERMISTOR ON HEAT EXCH. CROSS FLOW FAN FIELD PIPING (6.4CuT) CROSS FLOW FAN FIELD PIPING (6.4CuT) HEAT EXCHANGER 9.5CuT FIELD PIPING (9.5CuT) (12.
Piping Diagrams SiBE12-713 FTXS50D2V1W(L) FTXS20CAVMB, FTXS25CAVMB, FTXS35CAVMB INDOOR UNIT INDOOR UNIT MAFFLER ASSY HEAT EXCHANGER 7.0CuT HEAT EXCHANGER 7.0CuT 6.4CuT FIELD PIPING (6.4CuT) 7.9CuT 7.9CuT 6.4CuT THERMISTOR ON HEAT EXCH. 6.4CuT 6.4CuT THERMISTOR ON HEAT EXCH. 6.4CuT 6.4CuT CROSS FLOW FAN M FIELD PIPING (6.4CuT) FAN MOTOR M FAN MOTOR 9.5CuT FIELD PIPING (12.7CuT) CROSS FLOW FAN 9.5CuT FIELD PIPING (9.
SiBE12-713 Piping Diagrams 1.1.2 Duct Connected Type FDKS25CAVMB, FDKS35CAVMB, FDKS50CVMB, FDKS60CVMB, FDKS25EAVMB, FDKS35EAVMB FDXS25CAVMB, FDXS35CAVMB, FDXS50CVMB, FDXS60CVMB, FDXS25EAVMB, FDXS35EAVMB INDOOR UNIT (6.4CuT) HEAT EXCHANGER FIELD PIPING (6.4CuT) THERMISTOR ON HEAT EXCH.
Piping Diagrams SiBE12-713 FLXS25BAVMB, FLXS35BAVMB FLXS50BAVMB, FLXS60BAVMB INDOOR UNIT INDOOR UNIT (9.5CuT) (6.4CuT) HEAT EXCHANGER HEAT EXCHANGER FIELD PIPING (6.4CuT) THERMISTOR ON HEAT EXCH. SIROCCO FAN FIELD PIPING (6.4CuT) SIROCCO FAN M M FAN MOTOR FAN MOTOR (9.5CuT) FIELD PIPING (9.5CuT) THERMISTOR ON HEAT EXCH. (12.7CuT) FIELD PIPING (12.7CuT) REFRIGERANT FLOW COOLING HEATING REFRIGERANT FLOW COOLING HEATING 4D048724A 4D048722A 1.1.
SiBE12-713 Piping Diagrams 1.1.
Piping Diagrams 1.2 SiBE12-713 Outdoor Units 1.2.1 Cooling Only 4MKS75F2V1B OUTDOOR UNIT HEAT EXCHANGER OUTDOOR TEMPARATURE THERMISTOR(DOA) 9.5CuT HEADER MOTOR OPERATED VALVE LIQUID PIPE THERMISTOR(DLA) EVA 6.4CuT 9.5CuT MOTOR OPERATED VALVE LIQUID PIPE FILTER THERMISTOR(DLB) EVB 6.4CuT FILTER HEAT EXCHANGER THERMISTOR(DE) DISTRIBUTOR LIQUID LINE STOP VALVE CAPILLARY TUBE DC FAN MOTOR M MOTOR OPERATED VALVE LIQUID PIPE FILTER THERMISTOR(DLC) EVC 6.
SiBE12-713 Wiring Diagrams 2. Wiring Diagrams 2.1 Indoor Units 2.1.1 Wall Mounted Type FTKS20D3VMW(L), FTKS25D3VMW(L), FTKS35D3VMW(L) FTXS20D3VMW(L), FTXS25D3VMW(L), FTXS35D3VMW(L) FIELD WIRING. PCB3 S27 PCB1 S26 ∼ LED1 H1P H1 F1U ∼ RECTIFIER 1 X1M 2 BLK 1 3 WHT 2 RED 3 3.15A V1 H2 LED2 H2P LED3 H3P H3 TRANSMISSION CIRCUIT CAUTION GRN/ YLW NOTE THAT OPERATION WILL RESTART AUTOMATICALLY IF THE MAIN POWER SUPPLY IS TURNED OFF AND THEN BACK ON AGAIN.
Wiring Diagrams SiBE12-713 FTKS20CAVMB, FTKS25CAVMB, FTKS35CAVMB FTXS20CAVMB, FTXS25CAVMB, FTXS35CAVMB PCB3 S36 S35 PCB1 H1 INTELLIGENTEYE SENSOR Fu 3.15A S27 PCB2 FOR ( TERMINAL CENTRALIZED CONTROL) S26 C70 TRANSMISSION H3 CIRCUIT LED1 LED2 LED3 S21 H1P H2P H3P S1W SIGNAL RECEIVER S32 S6 1 R1T NOTE THAT OPERATION WILL RESTART AUTOMATICALLY IF THE MAIN POWER SUPPLY IS TURNED OFF AND THEN BACK ON AGAIN.
SiBE12-713 Wiring Diagrams FTXG25EV1BW(S), FTXG35EV1BW(S), CTXG50EV1BW(S) PCB2 LED4 LED3 LED2 SIGNAL RECEIVER H4P H3P H2P WIRELESS REMOTE CONTROLLER PCB3 t° S1W S36 E2 E1 X1M 3 2 1 FG TRANSMISSION CIRCUIT S46 FIELD WIRING. GRN / YLW R2T PCB1 S36 GRN / YLW S47 RED WHT BLK H3 INTELLIGENTEYE SENSOR H2 H1B 3 2 1 CAUTION NOTE THAT OPERATION WILL RESTART AUTOMATICALLY IF THE MAIN POWER SUPPLY IS TURNED OFF AND THEN BACK ON AGAIN. 3.
Wiring Diagrams SiBE12-713 2.1.3 Floor / Ceiling Suspended Dual Type FLKS25BAVMB, FLKS35BAVMB, FLKS50BAVMB, FLKS60BAVMB FLXS25BAVMB, FLXS35BAVMB, FLXS50BAVMB, FLXS60BAVMB PCB3 S25 PCB1 S24 S37 PCB2 S36 H1 LED LED LED Fu 3.
SiBE12-713 Wiring Diagrams 2.1.5 Ceiling Suspended Type FHQ35/50/60BVV1B WIRED REMOTE CONTROLLER R1T THERMISTOR(AIR) SELECTOR SWITCH(MAIN/SUB) SS1 WIRELESS REMOTE CONTROLLER (RECEIVER/DISPLAY UNIT) PRINTED CIRCUIT BOARD A3P A4P PRINTED CIRCUIT BOARD PUSH BUTTON(ON/OFF) LIGHT EMITTING DIODE (ON-RED) H2P LIGHT EMITTING DIODE (TIMER-GREEN) H3P LIGHT EMITTING DIODE (FILTER SIGN-RED) LIGHT EMITTING DIODE (DEFROST-ORANGE) H4P A1P C1 X1M T1R X2M CONTROL BOX :CONNECTER COLOUR FOR COMPONENTS.
Wiring Diagrams 2.2 SiBE12-713 Outdoor Units 2.2.
SiBE12-713 Index Numerics 3 minutes stand-by..................................................86 A A1..........................................................................236 A5..................................................................237, 247 A6..................................................................239, 240 AC1 .........................................................................56 AC2 .........................................................................
SiBE12-713 C4 ...................................................................242 C7 ...................................................................243 C9 ...................................................................242 E1 ...................................................................249 E5 ...................................................................250 E6 ...................................................................251 E7 .....................................................
SiBE12-713 L5 ..........................................................................269 LED A............................38, 40, 43, 45, 47, 49, 52, 56 LED1 ...................................38, 40, 43, 47, 49, 52, 56 LED2 .............................38, 40, 43, 45, 47, 49, 52, 56 LED3 ...................................38, 40, 43, 45, 47, 49, 56 LED4 .................................................................45, 56 limit switch.......................................................
SiBE12-713 S38..........................................................................43 S40..................................................................56, 295 S41....................................................................45, 52 S42..........................................................................52 S46....................................................................45, 52 S47....................................................................45, 52 S48..........................
SiBE12-713 Drawings & Flow Charts A anti-icing function in other rooms .........................275 automatic air flow control .......................................65 automatic operation ................................................67 auto-swing ..............................................................62 B buzzer PCB ............................................................44 C capacitor voltage check ........................................283 check No.01 ...................................
SiBE12-713 programme dry function ........................................ 66 outdoor unit PCB abnormality ..............................249 output over current detection ...............................269 over-voltage detection ..........................................273 R P radiation fin temperature rise .............................. 267 remote controller ......................................... 229, 230 PCB (ceiling suspended type) ................................
SiBE12-713 FTKS35CAVMB .............................................332 FTKS35D3VMW(L) ........................................331 FTKS50D2V1W(L) .........................................331 FTKS50FV1B ................................................332 FTKS60FV1B ................................................332 FTKS71FV1B ................................................332 FTXG25EV1BW(S) ........................................333 FTXG35EV1BW(S) ........................................333 FTXS20CAVMB .
Specifications, designs and other content appearing in this brochure are current as of March 2007 but subject to change without notice.
