Bu sayfa, kılavuzun PDF dosyasındaki metnin tamamıdır (sayfa sayfa). Görseller ve çizimler için PDF'i açın. — sibastore.com
ULTRA HEAT GMV5 MULTI VRF TECHNICAL SALES GUIDE BE TTERCONDITIONERSGREE MAKING BETTER CONDITIONERSGREE MAKING BETTER CONDITIONERSGREE MAKING BETTER CONDITION TTERCONDITIONERSGREE MAKING BETTER CONDITIONERS GREE MAKING BETTER CONDITIONERSGREE MAKING BETTER CONDITIONER (G 201703 c ) TECHNICAL SALES GUIDE-60Hz CAPACITY RANGE:36~48Btu/h GREE ELECTRIC APPLIANCES INC.OF ZHUHAI
1 OUTLINE OF MULTI VRF ........................................................................... 1 2 SUMMARY OF SYSTEM EQUIPMENTS .................................................. 2 3 CONTROLLER .............................................................................................. 6 4 BASIC SYSTEM CONFIGURATION .......................................................... 7 5 EQUIPMENT SELECTION PROCEDURE ................................................. 8 6 REFRIGERANT PIPING DESIGN ............................................................. 13 7 WIRING DESIGN ........................................................................................ 19 8 ACCESSORIES ............................................................................................ 21 9 TECHNICAL SPECIFICATIONS ............................................................... 21 10 DIMENSIONAL DRAWINGS ................................................................. 23 Ultra Heat GMV5 Series Technical Sales Guide CONTENTS
1 OUTLINE OF MULTI VRF 1.1 Product List. Model 1.2 Product Features 1.2.1 General introduction Gree Multi VRF System adopts inverter compressor technology. By changing the displacement of compressor, stepless capacity regulation within range of 15%~100% can be realized. Various product lineups are provided with capacity range from 36000Btu/h to 48000Btu/h, which can be widely used in residential, commercial and working area and especially applicable to places with big load change. It features Superior heating performance, high capacity and energy efficiency 1.2.2 Introduction of Features (1) Superior heating performance Continuous heating down to -25℃without weakening, which is the highest level in the trade. (2) High capacity and energy efficiency When heating at low temperature and cooling at high temperature, its capacity has increased by 60% and COP has increased by 20% compared to the traditional systems. (3) No-bridge PFC control technology Compared to traditional one, no-bridge PFC control technology has many advantages like less energy wasting, low electromagnetism disturbing and so on. (4) Intelligent temperature and humidity control energy-saving technology Use the intelligent temperature and humidity control energy-saving technology to make sure that the room temperature and humidity are comfortable for human beings. It saves more than 30% energy and makes human beings far away from diseases. (5) Intelligent liquid-spray protection technology With the intelligent liquid-spray protection technology, units can calculate the current air injection dryness and control the liquid height, to accurately control the air injection dryness. (6) New generation CAN bus communication Due to the latest communication method-CAN Bus Communication, system’s anti-interference capability is strong and the control on indoor units is more accurate, with higher reliability. Specialized shield wire is no more needed and ordinary communication wire can be applied in the construction, which has increased the installation flexibility. (7) Reliable low-temperature running The controller uses the low temperature elements, which can run reliably at -35℃. The compressor can normally start up below -35℃. (8) Small floor area and easy installation The floor area it occupies is the smallest one in the same capacity at the market. (9) Complete protection Units are equipped with a series of protection to accurately identify errors and protect the units, which has ensured reliable and safe operation. GMV-36WL/B-T(U) GMV-48WL/B-T(U) 1
2 SUMMARY OF SYSTEM EQUIPMENTS 2.1 Outdoor Unit Cooling Capacity Heating Capacity Power Ref. Appearance kW Btu/h kW Btu/h Model Code GMV-36W CN850W0380 10.5 36000 13.2 45000 208V L/B-T(U) GMV-48W CN850W0360 14.1 48000 15.8 54000 L/B-T(U) 2.1.1 Nomenclature GMV □ - □ □ □ □ W □ / □ □ □ 1 2 3 4 5 6 7 8 9 10 No. Description Options 1 Product code GMV-Gree Multi VRF Units 2 Suitable climate Blank-T1 condition; T2-low temperature climate; T3-high temperature climate 3 Unit type DC Inverter (omit) Q—Heat Recovery; S—Water Heater; W—Water-cooled Unit; X—Fresh Air Unit Leave blank if above functions 4 Function code are unavailable. 5 Code of cooling Nominal capacity/ 1000（Btu/h） capacity 6 Unit structure M—Modular (top discharge); L—Non-modular (side discharge); blank—Non-modular (top discharge) 7 Refrigerant R410a (omit) 8 Design No. Named in order of A, B, C, or combined with 1, 2, 3… 9 Power supply 24000~61000Btu/h, 1 phase—omit; 3 phase—S 2.1.2 Rated Conditions Indoor side inlet air status Outdoor side inlet air status Dry bulb temperature Wet bulb temperature Dry bulb temperature Wet bulb temperaturea ℃ ℉ ℃ ℉ ℃ ℉ ℃ ℉ Cooling 27 81 19 66.6 35 95.4 24 75.6 Heating 20 68 15 59 7 44.6 6 42.8 Supply /230V R410a 60Hz 2
2.2 Branching joints Model name Usage Appearance to other branches or IDUs Outlet 1 Y-type branch GMV-36WL/B-T(U) Inlet Y-shape branching joint FQ01A Field supplied Outlet 2 Field supplied ODU GMV-48WL/B-T(U) 2.3 Indoor Unit Cooling Capacity Heating Capacity Type Appearance Model kW Btu/h kW Btu/h GMV-ND07PLS/A-T(U) 2.2 7500 2.5 8500 GMV-ND09PLS/A-T(U) 2.8 9500 3.1 10500 Low Static GMV-ND12PLS/A-T(U) 3.5 12000 4.0 13500 Pressure Duct type GMV-ND14PLS/A-T(U) 4.0 13800 4.5 15500 indoor unit GMV-ND18PLS/A-T(U) 5.3 18000 5.9 20000 GMV-ND22PLS/A-T(U) 6.3 22000 7.1 24000 Cooling Capacity Heating Capacity Type Appearance Model kW Btu/h kW Btu/h GMV-ND07T/A-T(U) 2.2 7500 2.5 8500 GMV-ND09T/A-T(U) 2.8 9500 3.1 10500 GMV-ND12T/A-T(U) 3.5 12000 4.0 13500 Four-way GMV-ND15T/A-T(U) 4.4 15000 5.1 17000 Cassette GMV-ND18T/A-T(U) 5.3 18000 5.9 20000 GMV-ND24T/A-T(U) 7.0 24000 7.9 27000 GMV-ND30T/A-T(U) 8.8 30000 10 34000 GMV-ND36T/A-T(U) 10.6 36000 11.7 40000 Cooling Capacity Heating Capacity Type Appearance Model kW Btu/h kW Btu/h GMV-ND07T/B-T(U) 2.2 7500 2.5 8500 GMV-ND09T/B-T(U) 2.8 9500 3.1 10500 GMV-ND12T/B-T(U) 3.5 12000 4.0 13500 Compact Four-way Cassette GMV-ND15T/B-T(U) 4.4 15000 5.0 17000 GMV-ND18T/B-T(U) 5.3 18000 5.9 20000 3
Type Appearance Model Wall Mounted Type GMV-N24G/A3A-D(U) 7.0 24000 7.5 25500 Type Appearance Model High Static Pressure Duct Type Indoor Unit Type Appearance Model Floor Ceiling Type Indoor Unit Type Appearance Model Console Type Type Appearance Model Two-way Cassette Type Ultra Heat GMV5 must abide by these types of indoor unit as the lists. Cooling Capacity Heating Capacity kW Btu/h kW Btu/h GMV-N07G/A3A-D(U) 2.2 7500 2.5 8500 GMV-N09G/A3A-D(U) 2.8 9500 3.1 10500 GMV-N12G/A3A-D(U) 3.5 12000 4.0 13500 GMV-N18G/A3A-D(U) 5.2 18000 5.8 20000 Cooling Capacity Heating Capacity kW Btu/h kW Btu/h GMV-ND18PHS/A-T(U) 5.3 18000 5.9 20000 GMV-ND24PHS/A-T(U) 7.0 24000 7.9 27000 GMV-ND30PHS/A-T(U) 8.8 30000 10 34000 GMV-ND36PHS/A-T(U) 10.6 36000 11.7 40000 Cooling Capacity Heating Capacity kW Btu/h kW Btu/h GMV-ND09ZD/A-T(U) 2.8 9500 3.1 10500 GMV-ND12ZD/A-T(U) 3.5 12000 4.0 13500 GMV-ND18ZD/A-T(U) 5.3 18000 5.9 20000 GMV-ND24ZD/A-T(U) 7.0 24000 7.9 27000 GMV-ND30ZD/A-T(U) 8.8 30000 10 34000 GMV-ND36ZD/A-T(U) 10.6 36000 11.7 40000 Cooling Capacity Heating Capacity kW Btu/h kW Btu/h GMV-ND07C/A-T(U) 2.2 7500 2.5 8500 GMV-ND09C/A-T(U) 2.8 9500 3.2 11000 GMV-ND12C/A-T(U) 3.5 12000 4.0 13500 GMV-ND18C/A-T(U) 5.3 18000 5.8 20000 Cooling Capacity Heating Capacity kW Btu/h kW Btu/h GMV-ND09TS/A-T(U) 2.8 9500 3.1 10500 GMV-ND12TS/A-T(U) 3.5 12000 4.0 13500 GMV-ND15TS/A-T(U) 4.4 15000 5 17000 GMV-ND18TS/A-T(U) 5.3 18000 5.9 20000 GMV-ND24TS/A-T(U) 7.0 24000 7.9 27000 4
2.3.1 Nomenclature Code for - Code for Motor type Function code Cooling capacity multi VRF indoor unit R-heat pump L-cooling only X-fresh air GMV - N D-DC motor W-dual heat Nominal cooling Default-AC motor sources capacity/100(W) Q-heat recovery Default-electric heating Classification With water pump or not Series number Power supply PL-Low static pressure duct type indoor unit; With water pump-S(All A, B, C… or 1, 2, 3… Select power P-Standard static pressure duct type indoor; cassette indoor units supply code PH-High static pressure duct type indoor are with water pump, S according to unit; PB-Thin duct type indoor unit; is not presented in the power supply T-Fourway cassette; TD-Single-way model same) specification cassette; TSTwo-way cassette; C-Floor mounting unit; ZD-Floor ceiling unit; G-Wall-mounted unit 5
3 CONTROLLER Model Name Appearance Application Function name Wired XK42 controller YAD1F Remote controller YV1L1 1）Elegant appearance and adopts big LCD screen with back light; 2） Ten touch buttons to avoid complicated combination buttons, which is convenient for operation; 3） Optional modes: Auto, cool, dry, fan, heat mode or floor heating, 3D heat supply(heating + floor heating) mode; 4）7 kinds of fan speed; 5） Clock can be displayed and set; 24h preset ON or OFF is available (countdown, clock timer function); 6） Dual wired controllers can be equipped. The two wired controllers can control the same indoor unit simultaneously. Or one wired controller can control several indoor units simultaneously; 7）Settable functions: sleep, air, quiet(auto quiet), light, energy saving, E-heater, X-fan, memory, low ambient temperature drying, heating in absence, controllable drying and E-heater, filter cleaning reminding; 8）With project parameter viewing and setting functions, which is convenient for project installation and debugging; 9）Adopts dual wire power carrier communication technology, which means power supply and communication share the same two-core wire. Users can purchase the wire by themselves, flexible for project installation and wiring. Besides the common functions, the following functions are also available: up & down swing, timer on, timer off, I-feel, sleep and 8℃ heating operation, etc. Besides the common functions, the following functions are also available: up & down swing, left & right swing, quiet, timer on, timer off, sleep, I-feel, low ambient temperature drying and 8 ℃ heating operation, etc. 6
4 BASIC SYSTEM CONFIGURATION 4.1 System legend(ex.) Model name of outdoor unit: GMV-48WL/B-T(U) ● Allowed max. indoor unit:6 ● Allowed capacity code of indoor unit:Min:7500Btu/h Max: 48000Btu/h. Note: The total capacity code of indoor units shall be within 100% of the capacity code of selected outdoor unit. Total capacity code of indoor units is 18+12+9+9=48, so the selected outdoor unit is GMV-48WL/B-T(U). 7
5 EQUIPMENT SELECTION PROCEDURE 5.1 Selection flow chart 5.2 Combination conditions for indoor unit and outdoor unit （1）The capacity code of indoor units = total capacity code of outdoor unit × (50%~100%) （2）For outdoor unit, min or maximum No. of connectable indoor units and total capacity code of indoor units are decided. Capacity code of Model name of outdoor outdoor unit Min. No. of indoor Max. No. of indoor unit units kW Btu/h units GMV-36WL/B-T(U) 10.5 36000 2 5 GMV-48WL/B-T(U) 14.1 48000 2 6 5.3 Cooling/Heating capacity characteristics (1) Cooling capacity calculation method (2) Heating capacity calculation method Cooling or heating capacity calculation method: R410A outdoor unit capacity = outdoor unit capacity in rated condition × correction factor of indoor and outdoor temperature condition × connection pipe distance, correction factor of height difference between indoor unit and outdoor unit. ① If the total capacity code of indoor units is smaller than the capacity code of outdoor unit, the capacity of outdoor unit in rated condition equals to the total capacity code of indoor units; ② If the total capacity code of indoor units is bigger than the capacity code of outdoor unit, the capacity of outdoor unit in rated condition equals to its rated cooling capacity; 8
③ Correction factor of indoor and outdoor temperature condition 1) Correction factor of cooling capacity 2) Correction factor of heating capacity ④ Correction factor of connection pipe distance and height difference Symbol instruction: Hp: Height difference (m) between indoor unit and outdoor unit when indoor unit is lower than outdoor unit; Hm: Height difference (m) between indoor unit and outdoor unit when indoor unit is higher than outdoor unit; L: Single-pass equivalent connection pipe length L Outdoor air dry bulb temperature ℃℉ correction factor Indoor air wet bulb temperature ℃℉ Indoor air dry bulb temperature ℃℉ Correction factor Outdoor air wet bulb temperature ℃℉ 9
The following chart is the capacity change rate in 100% load under standard condition (thermostat is set in 16℃(61℉) in cooling and set in 30℃(61℉) in heating). 0.93 0.93 0.91 0.91 0.87 0.87 0.89 0.89 0.95 0.95 50 50 50 50 40 40 40 40 0.97 0.97 30 30 30 30 20 20 1.0 1.0 20 20 Hp(m) Hp(m) 1.0 1.0 Hp(m) Hp(m) 10 10 20 20 30 30 10 10 20 20 30 30 10 10 0 60 60 40 40 50 50 70 70 80 80 110 110 90 90 100 100 120 120 150 150 10 10 0 60 60 40 40 50 50 70 70 80 80 110 110 90 90 100 100 120 120 150 150 L(m) L(m) 130 130 140 140 10 10 Hm(m) Hm(m) 10 10 Hm(m) Hm(m) 20 20 20 20 30 30 30 30 40 40 40 40 Change Change rate rate of of heating heating capacity capacity Change Change rate rate of of cooling cooling capacity capacity Note： （m） 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 （ft） 0 33 66 98 131 164 197 230 262 295 328 361 394 427 459 492 (3) Capacity calculation for each indoor unit Capacity of each indoor unit=Capacity of outdoor unit × Total capacity of indoor units/Total capacity of synchronously operating indoor units (4) Operating temperature range Temperature range ℃ ℉ Cooling 10~52 50~129.2 Heating -35~27 -31~80.6 5.4 Example of equipment selection （1） Overview of building model a. Temperature condition b. Outdoor temperature: 35℃（95℉） DB; Indoor temperature: 17℃（62.6℉） WB c. Load in cooling Room A Room B Room C Room D Load Kw 2.4 3.2 2.4 4.7 Btu/h 8200 10900 8200 16000 （2） Selection Criteria for each floor Pipe length: 55m; Height difference between indoor unit and outdoor unit: 25m (indoor unit is higher than outdoor unit) （3） Procedure and result of equipment selection a. Procedure of equipment selection Introduce the equipment selection procedure step by step 10 0.99 0.99 0.97 0.97 0.95 0.95 L(m) L(m) 130 130 140 140
b．Equipment selection and capacity check ① Selection of indoor unit Select suitable indoor unit according to the corrected load of indoor unit capacity Corrected load of indoor unit capacity=Load/Corrected ratio of cooling capacity related to temperature condition Referring to the corrected ratio chart of cooling capacity related to temperature condition, under outdoor temperature of 35℃（95℉）DB and indoor temperature of 17℃ （62.6℉）WB, the corrected ratio of cooling capacity is 0.94. Selection result is as below: Room A Room B Room C Room D Corrected Kw 2.55 3.40 2.55 5.0 load of capacity Btu/h 8720 11600 8720 17020 Unit size 09 12 09 18 ② Selection of outdoor unit The total capacity code of indoor units is 48. Please select suitable outdoor unit according to the total capacity of indoor units and corrected situation. Capacity of outdoor unit=Total capacity of indoor units/(Corrected ratio of cooling capacity related to temperature condition × Correction of connection pipe length and height difference) After calculating the capacity of outdoor unit, select suitable outdoor unit according to 50%~100% of the capacity of outdoor unit. Select the outdoor unit with capacity code of 48 and nominal cooling capacity of 14.1Kw(48000Btu/h). The capacity code ratio between indoor unit and outdoor unit is 48/48×100%=100%, which is within 50%~100% and accords with the equipment selection standard. ③ Correction of outdoor unit capacity Suppose the combination situation between indoor unit and outdoor unit is as below Outdoor unit: GMV-48WL/B-T(U) Indoor unit: GMV-ND09PLS/A-T(U)×2, GMV-ND12PLS/A-T(U)×1, GMV-ND18PLS/A-T(U)×1 If the total capacity code of indoor units is bigger than the capacity code of outdoor unit, the capacity of outdoor unit in rated condition equals to its rated cooling capacity. So the capacity of outdoor unit under rated condition is 14.1Kw(48000Btu/h). ④ Referring to the corrected ratio chart of cooling capacity related to temperature condition, under outdoor temperature of 35℃(95℉) DB and indoor temperature of 17℃(62.6℉) WB, the corrected ratio of cooling capacity is 0.94. ⑤ Referring to the corrected ratio of connection pipe of 55m（180ft） long and height difference between indoor unit and outdoor unit of 25m（82ft） (outdoor unit is lower than indoor unit), the corrected ratio is 0.95. Capacity of outdoor unit=48×0.94×0.95=42.864Btu/h（12.56Kw） ⑥Correction of indoor unit capacity Capacity of each indoor unit=Capacity of outdoor unit × Total capacity of indoor units/Total capacity of synchronously operating indoor units GMV-ND09PLS/A-T(U)：48×9/48=9kBtu/h GMV-ND12PLS/A-T(U)：48×12/48=12kBtu/h GMV-ND09PLS/A-T(U)：48×18/48=18kBtu/h 11
The result is as below: Air conditioning load Equipment selection Indoor air conditionin Indoor unit Outdoor unit g load Floor Room Capacity No. Capacity(Btu/h) Cooling (Btu/h) Model (Btu/h) Model Cooling Cooling A 8200 GMV-ND09PLS/ A-T(U) 9500 B 10900 GMV-ND12PLS/ A-T(U) 12000 GMV-48WL/B- 1 T(U) 48000 C 8200 GMV-ND09PLS/ A-T(U) 9500 D 16000 GMV-ND18PLS/ A-T(U) 18000 Piping distance Capacity correction Capacity check after correction Equivalent Height difference Pipe correction × Capacity length Floor Room Judgment m Ft m Ft kW Btu/h kW Btu/h temp. correction No. 2.55 8720 The selection A 25（ ODU is lower B 3.40 11600 82m(ODU is lower than IDU) 12.56 4286 0 should accord with the standard 1 85 280 than IDU ） C 2.55 8720 D 5.00 17020 c. Schematic diagram Explain the location of units in each room and connection way of indoor unit and outdoor unit with single-line chart. 12
6 REFRIGERANT PIPING DESIGN 6.1 Warning on refrigerant leakage (1) Introduction of leakage detection method Procedures of leakage detection Before ex-factory, the cut-off valves of gas pipe and liquid pipe of outdoor unit are closed. Please confirm it before installation. Before testing, apply some suitable lubricant on the joint of cap and pipe. Use two wrenches when fixing the cap. Connecting outdoor pipeline for testing is not allowed during leakage detection. The testing pressure of R410A system is 4.15MPa (for R22 system, it is 3.0Mpa). The medium of airproof test must be dry nitrogen. Increase the pressure slowly in three steps: Step one: Slowly increase pressure to 0.5MPa and maintain pressure for 5min. Big leakage may be found during leakage detection; Step two: Slowly increase pressure to 1.5MPa and maintain pressure for 5min. Small leakage may be found during airproof test; Step three: For R410A system, slowly increase pressure to 4.15MPa(for R22 system, it is 3.0Mpa) and maintain pressure for 5min. Tiny leakage may be found during strength test. Increase pressure to testing pressure and maintain pressure for 24h. Check if the pressure decreases. The test is passed if pressure doesn’t decrease. (2) Introduction of handling method of leakage Firstly, discharge the refrigerant and then charge nitrogen for leakage welding. The nitrogen charging way is the same as that in airproof test. Blow away the impurities and clean the pipeline after finishing welding. Finally, rearrange airproof test for leakage detection until there is no leakage. 6.2 Free branching system ODU Gas pipe Liquid pipe Outdoor connection pipe Connection pipe between ODU and the first indoor branch Connection pipe between indoor branch and IDUs IDU 1 Connection pipe of indoor branchs Branchs of IDUs Connection pipe between indoor branch and IDUs IDU 2 Connection pipe of indoor branchs Connection pipe between indoor branch and IDUs IDU 3 Branchs of IDUs 13
6.3 Allowable length/height difference of refrigerant piping ODU Height difference between IDU and ODU(H≤50m/164ft) L1 a The 1st branch section IDU Equivalent length to the farthest connection pipe(L≤150m/492ft） Equivalent length from the 1st branch L2 to the farthest pipe(L<4om/131ft) L3 b c d IDU IDU IDU Each Y-type branch equals to 0.5m(1-5/8ft) and each branch header equals to 1.0m(3-1/4ft). NOTICE! The equivalent length of one Y shape branching joint is 0.5m(1-5/8ft). Allowable value Piping section M Ft Total extension of pipe (Liquid pipe, real length) 300 984 L1+L2+L3+a+b+c+d Farthest piping length Real length 120 394 L1+L2+L3+d Equivalent length 150 492 Pipe length Equivalent length of farthest piping from 1st branching 40 131 L2+L3+d Upper outdoor unit 50 164 —— Height between indoor Height and outdoor units Lower outdoor unit 40 131 —— difference Upper outdoor unit 15 49 —— Height between indoor Lower outdoor unit 15 49 —— units 6.4 Selection of refrigerant piping Size of main pipe Dimension of pipe from ODU to the 1st indoor branch will be determined by the dimension of outdoor connection pipe. 14 between IDUs(h≤15m/49ft) Height difference
Dimension of outdoor connection pipe: Pipe dimension Model Gas pipe Liquid pipe mm inch mm inch GMV-36WL/B-T(U) Φ15.9 Φ5/8 Φ9.52 Φ3/8 GMV-48WL/B-T(U) Φ15.9 Φ5/8 Φ9.52 Φ3/8 Pipe size between branching joints Select indoor branches according to the total capacity of downstream indoor units. if the capacity exceeds that of the outdoor unit, capacity of outdoor unit prevails. Total capacity of downstream indoor units C (Btu/h) Gas pipe Liquid pipe mm inch mm inch C ≤19000 Φ12.7 Φ1/2 Φ6.35 Φ1/4 19000＜C≤48500 Φ15.9 Φ5/8 Φ9.52 Φ3/8 48500＜C≤76400 Φ19.05 Φ3/4 Φ9.52 Φ3/8 Piping of indoor unit 15
Dimension of pipe between indoor branch and IDU should be consistent with the dimension of indoor pipe. Rated capacity of IDU C (Btu/h) C≤9600 Φ9.52 Φ3/8 Φ6.35 Φ1/4 9600＜C≤17000 Φ12.7 Φ1/2 Φ6.35 Φ1/4 17000＜C≤48000 Φ15.9 Φ5/8 Φ9.52 Φ3/8 48000＜C≤55000 Φ19.05 Φ3/4 Φ9.52 Φ3/8 55000＜C≤96000 Φ22.2 Φ7/8 Φ9.52 Φ3/8 Selection for branching section Select indoor branches according to the total capacity of downstream indoor units. if the capacity exceeds that of the outdoor unit, capacity of outdoor unit prevails. Gas pipe Liquid pipe mm inch mm inch 16
Refrigerant system Total capacity of downstream indoor units C (Btu/h) Model Y type branch 6.5 Charging requirement with additional refrigerant (1) Refrigerant in the system when shipped from the factory Model GMV-36WL/B-T(U) GMV-48WL/B-T(U) kg 6.5 6.5 Refrigerant Qty oz 229.3 229.3 (2) Additional refrigerant charge amount =∑Length of liquid pipe × refrigerant charge amount per meter （Note）： ①The refrigerant amount inside the system before ex-factory doesn’t include the required additional refrigerant charge amount inside the pipeline system of indoor units and the pipeline system connecting indoor unit and outdoor unit. ②For the length of connection pipe in field, the required additional refrigerant charge amount shall be confirmed according to liquid pipe size in field and its length. ③Record additional refrigerant charge amount for future reference. Note: If the total length of liquid pipe is within 20m, no additional refrigerant is needed. When the compressor is not working after ensuring there is no leakage, charge the required additional refrigerant amount to the unit from the valve of liquid pipe of outdoor unit. When the pipe pressure increases and the additional C< 68200 FQ01A 68200≤C≤102400 FQ01B 102400＜C ≤238800 FQ02 238800＜C ≤460600 FQ03 460600＜C FQ04 17
refrigerant can’t be charged to the required amount quickly, please set the unit in cooling operation status and charge refrigerant from the low pressure maintenance port of outdoor unit. 18
7 WIRING DESIGN 7.1 General wiring principle i All electrical work shall be done by professionals according to national and local laws and regulations. ii The unit must be grounded reliably according to the related requirement of GB 50169. iii Connect wire according to the wiring diagram stuck on the unit. 7.2 Electrical wiring design （1） Wiring drawing The communication line “G1, G2” could be used to connect the remote monitor. There are two wiring diagrams for communication wires of indoor/outdoor units and remote monitor: 1.Real line method; 2.Broken line method. Please select it based on the actual installation situation. There are two wiring diagrams for power cord: 1.Real line method; 2.Broken line method. Please select it based on the actual installation situation. Selection of power supply cord and fuse of units Model Power supply GMV-36WL/B-T（U） 208/230V~ 60Hz 50 50 45 GMV-48WL/B-T（U） 208/230V~ 60Hz 50 50 45 Max Fuse Size/Fusible Max. Max Ckt, Bkr Size/Disjoncteur Min. Circuit Ampacity (A) Max.(A) 19
7.3 Wiring diagram of units Connection of power cord and communication wire NOTICE! The remote monitor can be installed when it is necessary. The wire (match with resistance) must be connected with ODU (a and b) only the remote monitor is installed. Separate power supply for IDU and ODU a Connection of power cord and communication wire for IDU and one ODU b Connection of power cord and communication wire for IDU and multi ODUs NOTICE! : ODU n(Max)=16.The wire (match with resistance) must be connected with the last ODU. 20
8 ACCESSORIES Outdoor unit Model name Standard Option Provide for oneself GMV-36WL/B-T(U) √ GMV-48WL/B-T(U) √ FQ01A Y shape √ branching joint Condensate pipe √ Power cord √ Filter √ Signal wires among units √ 9 TECHNICAL SPECIFICATIONS Outdoor unit Model GMV-36WL/B-T(U) GMV-48WL/B-T(U) kW 10.5 14.1 Cooling capacity Btu/h 36000 48000 kW 13.2 15.8 Heating capacity Btu/h 45000 54000 m3/h 6000 6000 Circulating air volume CFM 3531 3531 Noise dB(A) 56 57 Refrigerant charge volume Kg 6.5 6.5 oz 229.3 229.3 Power supply 208/230V～60Hz 208/230V～60Hz Cooling kW 2.7 4.35 Rated power input Heating kW 3.3 4.4 mm 900×340×1345 Unit Dimensions (WxDxH) inch 35_3/7×13_2/5×53 mm 998×458×1515 Dimensions (WxDxH) inch 39_2/7×18×59_2/3 Compressor AQXAW-F518zX440C Water-proof level IPX4 IPX4 Suitable climate T1 T1 mm φ 15.9 φ 15.9 Gas inch φ 5/8 φ 5/8 Connection pipe mm φ 9.52 φ 9.52 Liquid inch φ 3/8 φ 3/8 21
Connection Method Bell mouth connection Bell mouth connection Net weight Kg 134.4 134.4 oz 4741 4741 22
10 DIMENSIONAL DRAWINGS Outdoor unit Include the required dimension of installation space of main unit and single unit. Model A B C D E GMV-36WL/B-T(U) GMV-48WL/B-T(U) (1) Installation dimension: (2) Branching joint Length of each kind of Y-shape branching joint and the dimension of connection pipe port. Y-shape branching joint：FQ01A Unit: mm(inch) 900 340 1345 572 378 (35-3/8) (13-3/8) (53) (22-1/2) (15) 23
Gas pipe Liquid pipe 24
Gree Electric Appliances, Inc. of Zhuhai, founded in 1991, is the world's largest air conditioner enterprise integrating R&D, manufacturing, marketing and services. Technology Innovation and quality are always our priority. With efforts of thousands of Gree's engineers, we own more than 3500 patents for our products. Nowadays, we have 7 production bases in Zhuhai, Chongqing, Hefei and Zhengzhou(China), as well as Brazil, Pakistan and Vietnam, with annual production capacity of 30 million sets of residential air conditioners and 4 million sets of commercial air conditioners. With the installation of Gree commercial air conditioners in important projects at home and abroad like Media Village for 2008 Beijing Olympic Games, Stadiums for 2010 World Cup in South Africa, as well as India Telecom base station, Gree commercial air conditioners are ready to develop steadily to every corner in the world, to present a more comfortable and harmonious working environment and family atmosphere. GREE MAKING BETTER AIR CONDITIONERS GREE MAKING BETTER AIR CONDITIONERS GREE MAKING BETTER AIR CONDITIONER GREE MAKIN BETTER Add: West Jinji Rd,Qianshan Zhuhai,Guangdong,China519070 Tel: (+86-756)8614883 Fax: (+86-756)8614998 Http://www.gree.com Email: gree@gree.com.cn For continous improvement in the products, Gree reserves the right to modify the product specification and appearence in this manual without notice and without incurring and obligations. SJ00460058