Related Manuals for Airwell AWSI YIFA060–H13
Summary of Contents for Airwell AWSI YIFA060–H13
- Page 1 INDOR UNIT OUTDOR UNIT Type Image Model Model AWSI YIFA060–H13 FAF 060 – N11 Floor Ceiling HEAT PUMP R410A MAY 2013 SM FAF 060 – 1-A. 1GB Version : 1...
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Page 2: Table Of Contents
TABLE OF CONTENTS TABLE OF CONTENTS 1. INTRODUCTION ..........................2 PRODUCT DATA SHEET ........................3 3. RATING CONDITIONS.........................5 4. OUTLINE DIMENSIONS........................6 5. PERFORMANCE DATA........................7 6. ELECTRICAL DATA..........................8 7. WIRING DIAGRAMS & ELECTRICAL CONNECTIONS..............11 8. REFRIGERATION DIAGRAMS......................13 9. TUBING CONNECTIONS........................14 10. CONTROL SYSTEM..........................15 TROUBLESHOOTING..........................25 12. -
Page 3: Introduction
INTRODUCTION 1. INTRODUCTION General 1.1. The FAF Floor Ceiling series is a high-level technology product for residential and commercial application, offering comfort, low noise operation and energy-efficient. Main Features 1.2. Suspended ceiling design, installation under ceiling, saving room space, it is very suitable for family or offices;... -
Page 4: Product Data Sheet
PRODUCT DATA SHEET 2. PRODUCT DATA SHEET 2.1 Indoor Unit Specifications FAF 060 – N11 Indoor Model YIFA 060 – H13 Outdoor Power Supply V~,Hz,Ph 380~415,50,3 Btu/h 54600 Cooling 16.0 Capacity Btu/h 59700 Heating 17.5 Rated Cooling Power Input 5.56 Rated Heating Power Input 5.68 Electric Data... - Page 5 PRODUCT DATA SHEET Outdoor Unit Specifications YIFA 060 – H13 Model Power Supply V~,Hz,Ph 380~415,50,3 Max. Input Consumption 7800 Max. Current 20.5 Btu/h 54600 Cooling 16.0 Capacity Btu/h 59700 Heating 17.5 Model JT170G-P8Y1 Type SCROLL Brand DAIKIN Capacity 15900 Input 4500 Compressor Rated Current(RLA)
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Page 6: Rating Conditions
RATING ONDITIONS 3. RATING CONDITIONS 3.1 Rating Conditions Power supply 380-415V 3N~/50Hz Voltage 320 420V Outdoor Cooling -5 49℃(Low ambient cooling function) ambient -10 24℃ Heating temperature 5 | S e r v i c e M a n u a l... -
Page 7: Outline Dimensions
OUTLINE DIMENSIONS 4. OUTLINE DIMENSIONS 4.1 FAF 060 – N11 4.2 YIFA 060 – H13 6 | S e r v i c e M a n u a l... -
Page 8: Performance Data
PERFORMANCE DATA 5. PERFORMANCE DATA 5.1 Amendment coefficient of cooling capacity under different indoor/outdoor DB and WB temperature. Indoor air inlet Outdoor air inlet DB temperature℃ temperature℃ 0.98 0.94 0.89 0.85 0.82 1.05 0.95 0.90 0.87 1.05 0.95 0.91 1.12 1.07 1.02 0.96... - Page 9 PERFORMANCE DATA 5.2.1 Amendment coefficients of heating and cooling capacity under different height drop Different Cooling Capacity modified coefficients at different height: Note: H = Height of Outdoor Unit Height of Indoor Unit Different Heating Capacity modified coefficients at different height Note: H = Height of Outdoor Unit Height of Indoor Unit 8 | S e r v i c e M a n u a l...
- Page 10 PERFORMANCE DATA 5.2.2 Equivalent pipe length conversion Equivalent pipe length means converting pipe elbow to straight pipe length after considerate the pressure loss. Equivalent pipe length L Actual Pipe length L+ Bend Qty× Equivalent pipe bend length+ Oil Loop Qty × Equivalent Oil Loop length Sample: ALCA-H42A5/C5 Actual Pipe length is 25 meters, Gas pipe diameter is 19.05mm.
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Page 11: Electrical Data
ELECTRICAL DATA 6. ELECTRICAL DATA 6.1 Electrical connection precaution Installation of electric items must be carried out by qualified, professional technicians. An isolated circuitry should be fixed with whole-pole disconnection devices, which is with at least 3mm gap of touch point. . Power supply and indoor to outdoor connection should use special cable. - Page 12 ELECTRICAL DATA 6.2 Recommendation of power supply cord Table 1 power supply 380V 3N 50Hz Cooling capacity Power supply cord Power supply cord Connection Model Power supply spec. (Kw) of indoor unit of outdoor unit wires Outdoor unit: FAF - 060 380-415V 3N~50Hz Indoor unit: 3×1 mm...
- Page 13 ELECTRICAL DATA 6.3 Indoor wire connection Remove electric control box cover of indoor unit connect the wires in accordance with the electric diagram mentioned on the back of the cover. The wire ends must be tightly fixed into terminal boards without ease. The earth wire must be fixed into appointed position.
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Page 14: Wiring Diagrams & Electrical Connections
WIRING DIAGRAMS & ELECTRICAL CONNECTIONS 7. WIRING DIAGRAMS & ELECTRICAL CONNECTIONS 7.1 FAF 060 – N11 13 | S e r v i c e M a n u a l... - Page 15 WIRING DIAGRAMS & ELECTRICAL CONNECTIONS 7.2 YIFA 060 – H13 7.3 Indoor Unit FAF 060 – N11 / Outdoor Unit YIFA 060 – H13 14 | S e r v i c e M a n u a l...
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Page 16: Refrigeration Diagrams
REFRIGERATION DIAGRAMS 8. REFRIGERATION DIAGRAMS 8.1 Indoor Unit FAF 060 – N11 / Outdoor Unit YIFA 060 – H13 15 | S e r v i c e M a n u a l... -
Page 17: Tubing Connections
TUBING CONNECTIONS 9. TUBING CONNECTIONS 16 | S e r v i c e M a n u a l... -
Page 18: Control System
CONTROL SYSTEM 10. CONTROL SYSTEM 10.1 Main Functions Forced switch When air conditioner is on, press forced switch, the unit will be turned off; or when air conditioner is off, press the forced switch, unit will be turned on and enter into auto mode operation. Once receiving signal from remote control or wired control, the unit will run in setting mode. - Page 19 CONTROL SYSTEM Auto wind control When unit is set to auto wind by remote controller or wired controller, indoor wind speed will be controlled abide by regulation as follow a) When TA - TS≥3℃, at high speed b) When TS +1℃≤TA＜TS +3℃, at medium speed c) When TA – TS＜1℃, at low speed d) There is no 3 min delay when wind speed switch from low to high, contrary to wind speed switch from high side to low side.
- Page 20 CONTROL SYSTEM Auto wind control When unit is set to auto wind by remote controller or wired controller, indoor wind speed will be controlled abide by regulation as follow a) If TA - TS≥4℃, at high speed b) If TS +3℃≤TA＜TS +4℃, at medium speed c) If TS +2℃≤TA＜TS +3℃, at low speed d) If TS≤TA＜TS +2℃, at low speed intermittently e) If TA＜TS, the indoor fan will restart after stop for 3 min, and operates at low wind.
- Page 21 CONTROL SYSTEM Anti-cold air a）Anti-cold air when the compressor is running b) When TE is raising and TE＜30℃, indoor fan stops, if 30℃≤TE＜38℃, indoor fan runs at low wind speed. c ) When TE≥38℃, indoor fan runs at setting speed d) When TE is descending and TE＞34℃, indoor fan runs at setting speed.
- Page 22 CONTROL SYSTEM Timing The largest timing time is 24 hours, minimum scale is 1 min, single timing style, timing function will keep valid when mode change, and indication lamp keep light once set. Timing off Only when the unit is running, this function can be set, set range is 1min-24h and unit will automatically shutdown when time runs out.
- Page 23 CONTROL SYSTEM Self -check operation Press the forced switch at the same time power on, the buzzer sounds twice and enters into self-check operation process Electric heating motion, indoor fan operates at high speed → operation lamp light for 1s → timing lamp light for 1s →power lamp light for 1s →...
- Page 24 CONTROL SYSTEM High and low pressure protection a) This protection is to guarantee the unit runs in allowing range, free from the compressor damage b) High pressure protection: High pressure switch off and lasts for 3s, high pressure protection appears, the compressor and fan motor all stops, alarm outdoor unit protection, and failure code will not disappear even when high pressure switch returns to normal, but the unit can resume when restart.
- Page 25 CONTROL SYSTEM After the defrosting is finished, outdoor fan will start, 10 s later the compressor will stop, and 15 s later four ways valve will open, 5 more seconds later the compressor will start, the unit returns to normal heating operation, and indoor fan runs as anti-cold wind mode Defrosting entering temperature and heating internal time will auto-adjusted by outdoor defrosting time Defrosting time sequence drawing...
- Page 26 CONTROL SYSTEM -1℃.when indoor fan wind speed climbs 1 grade, temperature modification +1℃ c) Condition No.3 ①The compressor accumulating running time ≥3h ②The continuous compressor running time ≥5min ③The min. difference between TE and TA ＜16℃ d) Condition No.4 ①The min. difference between TE and TA ＜16℃ continuously last for 5 min ②The compressor accumulating running time ≥45 min ③The compressor continuous running time ≥20min If the condition is satisfied unit will enter into defrosting, current TE will be recorded before defrosting.
- Page 27 CONTROL SYSTEM Quit conditions One of following 3 conditions is satisfied unit quit the intelligent defrosting Intelligent defrosting time ≥9min Intelligent defrosting time lasts for 4 min, if TE≥0℃, and in 10s TE increased by 2℃ or more. Intelligent defrosting time lasts for 5min, if TE≥5℃ ...
- Page 28 TRUBLESHOOTING 11. TRUBLESHOOTING 11.1 Failure Code When air condition has failure, the timing lamp on light board of controller will display different code according to different failure case. 27 | S e r v i c e M a n u a l...
- Page 29 TRUBLESHOOTING 11.1.2 Unit failure code for unit power supply is 380-415V Suitable for units: capacity 36000~60000BTU, power supply 380-415V 3N 50Hz Display mode1 Display mode1 Display mode3 （ failure lamp （ indication lamp on display （ wired ailure causing Display on control board）...
- Page 30 TRUBLESHOOTING 11.3 Failure analysis and elimination 11.3.1 Analysis and elimination for the failure with failure code 29 | S e r v i c e M a n u a l...
- Page 31 TRUBLESHOOTING Communication failure between indoor and outdoor unit 30 | S e r v i c e M a n u a l...
- Page 32 TRUBLESHOOTING Drainage system failure 31 | S e r v i c e M a n u a l...
- Page 33 TRUBLESHOOTING Outdoor protection (phase sequence) 32 | S e r v i c e M a n u a l...
- Page 34 TRUBLESHOOTING Cooling high pressure protection 33 | S e r v i c e M a n u a l...
- Page 35 TRUBLESHOOTING Heating high-pressure protection 34 | S e r v i c e M a n u a l...
- Page 36 TRUBLESHOOTING Cooling low-pressure protection 35 | S e r v i c e M a n u a l...
- Page 37 TRUBLESHOOTING Heating low-pressure protection 36 | S e r v i c e M a n u a l...
- Page 38 TRUBLESHOOTING Cooling exhaust temperature protection 37 | S e r v i c e M a n u a l...
- Page 39 TRUBLESHOOTING Heating exhaust temperature protection 38 | S e r v i c e M a n u a l...
- Page 40 TRUBLESHOOTING Refrigerant shortage or four way valve failure protection 39 | S e r v i c e M a n u a l...
- Page 41 TRUBLESHOOTING Sensor failure protection 40 | S e r v i c e M a n u a l...
- Page 42 TRUBLESHOOTING 11.4 Analysis and elimination for the failure without failure code 11.4.1 No action after power-on 41 | S e r v i c e M a n u a l...
- Page 43 TRUBLESHOOTING 11.4.2 Air conditioner operates, but effect is terrible 42 | S e r v i c e M a n u a l...
- Page 44 TRUBLESHOOTING 43 | S e r v i c e M a n u a l...
- Page 45 TRUBLESHOOTING 11.4.3 Abnormal sound or vibration 44 | S e r v i c e M a n u a l...
- Page 46 TRUBLESHOOTING 45 | S e r v i c e M a n u a l...
- Page 47 TRUBLESHOOTING 11.4.4 Abnormal odor 46 | S e r v i c e M a n u a l...
- Page 48 TRUBLESHOOTING 11.4.5 Air switch action when air conditioner starting up 47 | S e r v i c e M a n u a l...
- Page 49 TRUBLESHOOTING 11.4.6 Air conditioner water leakage 11.5 Non-aircon failure 11.5.1 Poor cooling or heating efficiency, but it is not failure During the process of using air conditioner, some phenomenon seems to be malfunction but actually not. Thus when cooling effect does not achieve to your expectation, the following factors have to be ruled out Phenomenon Causing explanation...
- Page 50 TRUBLESHOOTING It is not malfunction, need to find out the causing, if the causing is the electricity net Power voltage is too low, causing AC uneasy voltage is too low, user should load a power manostat to keep voltage between 220V- to start and shut down after starting, or fuse be 380V for AC normally running burned out etc.
- Page 51 TRUBLESHOOTING 11.6 Electric components malfunction inspection Component Inspection methods name Using multi-meter ohm phase, there is correct resistance value among windings (single phase compressor refers to specification, three phase compressor Compressor resistance approximately equal), resistance of winding should be infinite. 1.
- Page 52 TRUBLESHOOTING 11.7 Sensor resistance reference table 11.7.1 Coil and environment temperature sensor 5K3470 resistance reference table Coil and environment temperature sensor 5K3470 Average (KΩ) Average (KΩ) Average (KΩ) Tx(℃) Tx(℃) Tx(℃) 72.99 5.854 1.421 35.16 5.626 1.376 33.43 5.408 1.334 31.80 5.199 1.293...
- Page 53 TRUBLESHOOTING 11.8 Exhaust temperature sensor 6.339K3954 Exhaust temperature sensor R80：6.339KΩ±1% B25/80=3954K±1% Rmin [KΩ] Rmin [KΩ] Rmin [KΩ] Rmin [KΩ] T [℃] T [℃] T [℃] T [℃] 440.7 60.42 12.32 3.377 417.0 57.79 11.89 3.279 394.7 55.29 11.48 3.184 373.7 52.91 11.08 3.093...
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Page 54: Exploded Views And Spare Parts Lists
EXPLODED VIEWS AND SPARE PARTS LISTS EXPLODED VIEWS AND SPARE PARTS LISTS 12.1 Indoor Unit RATING CONDITIONS Part Description Part code number Quantity Air-inlet filter A16420012000002 Air-inlet grill(white) A16420010000002 In the center filter net A16420012000003 Air-inlet grill(white) A16420010000003 Left side adornment plank A16420015000002 The electricity controls a box A16421038000009... - Page 55 EXPLODED VIEWS AND SPARE PARTS LISTS Indoor Unit Part Description Part code number Quantity Left suspend plate A16421001000029 Bracket board welding assembly of left-hand A16321006000005 Left foam A16428001000017 Chassis welding assembly A16321006000020 Evaporator assembly A16324006000012 Sway a breeze leaf A16420005000004 The crest covers plank A16420014000015 Topmost foam...
- Page 56 EXPLODED VIEWS AND SPARE PARTS LISTS 12.2 Outdoor Unit Part Description Part Code Number Quantity Top cover board A11321009000010 Motor bracket assembly A16321004000117 Big panel A11321005000047 Net for big panel A16420020000009 Axial-flow wind leaves A16444008000025 Small panel A11321005000048 Outdoor Motor A16430001000223 Wind-defending vertical board A11321025000034...