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Daikin REYQ16PY1B [118/137] Wiring diagram
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• VRV Systems • Outdoor Units
117
• Outdoor Units • VRV HEAT RECOVERY • REYQ8-48P7Y1B
6 Wiring diagram
6 - 1 Wiring diagram
REMQ8P
2TW29116-1A
NOTES
1 When using the option adapter, refer to the installation manual.
2 Refer to the installation manual, for connection wiring to indoor-outdoor transmission F1 - F2, outdoor-outdoor transmission F1 - F2, outdoor-multi
transmission Q1 - Q2 and on how to use BS1~BS5 and DS1, DS2 switch.
3 Do not operate the unit by short-circuiting protection device S1PH.
A1P~A8P
Printed circuit board L1R Reactor X1M Terminal strip (power supply)
A1P: main A4P: fan M1C Motor (compressor) X1M Terminal strip (control) (A1P)
A2P: noise filter A5P: sub M1F Motor (fan) Y1E Electronic expansion valve (main)
A3P: inverter PS Switching power supply (A1P, A3P) Y2E Electronic expansion valve (charge)
BS1~BS5
Push button switch
(Mode, set, return, test, reset)
Q1DI Earth leakage breaker Y3E Electronic expansion valve (subcool)
Q1RP Reverse phase detection circuit
Y1S~Y3S
Solenoid valve
C1, C63, C66
Capacitator R10 Resistor (current sensor) (A4P) Y1S: RMTG
Y2S: 4 way vvalve (pipe)
E1HC Crankcase Heater R50, R59 Resistor Y3S: 4 way valve (H/E gas)
F1U, F2U Fuse (T, 3.15A, 250V) (A1P) R90 Resistor (current sensor) Y4S: RMTL Y5S: hot gas
F1U Fuse (T, 3.15A, 250V) (A5P) R95 Resistor (current limiting) Y6S: EV bypass Y7S RMTO
F5U Field fuse
R1T~R9T
R31T~R33T
Thermistor Y8S: RMTT
F400U Fuse (T, 6.3A, 250V) (A2P) R1T: air (A1P) R6T: sub cool H/E liq Z1C~Z6C Noise filter (ferrite core)
H1P~H8P
Pilotlamp (service monitor - orange) R1T: fan (A3P) R7T: H/E liquid Z1F Noise filter (with surge absorber)
[H2P] Prepare, test - - - - - - - - flickering
Malfunction detection - - light up
R2T: H/E gas R8T: suction
R4T: H/E deicer R9T: liquid Connector for optional parts
HAP
Pilotlamp (service monitor - green (A1P)(A5P)
R5T: sub cool H/E gas R31T: M1C discharge
X7A Operation output (A5P)
K1~K4
K1: magnetic relay
K2:magnetic contactor (M1)
S1NPH Pressure sensor (high) X9A Power supply (adapter) (A5P)
K3: magnetic relay
K4:magnetic contactor (M1)
S1NPL Pressure sensor (low)
K1R~K11R
Magnetic relay S1PH Pressure swith (high)
K1R: Y5S (A5P) K2R: Y6S (A5P) SD1 Safety devices input
K3R: Y1S (A1P) K3R: Y1S (A5P) V1R Diode bridge (A3P) Power module (A4P)
K4R: Y2S (A1P) K5R: Y3S (A1P) V2R Power module (A3P)
K5R: (for option) (A5P)
K6R: Y7S (A5P) X1A, X2A Connector (M1F)
K7R: E1HC (A1P) K11R: Y4S (A1P) X3A Connector (X1E)
: Field wiring Colors: BLK: Black PNK: Pink
: Terminal Strip BLU: Blue RED: Red
: Connector BRN: Brown WHT: White
: Terminal ORG: Orange YLW: Yellow
: Protective earth (screw) GRY: Grey GRN: Green
Power supply
3/N ~ 380-415V 50Hz
(Note 2)
indoor
(F1)(F2)
outdoor
(F1)(F2)
(Note 1)
Detail of M1C
Position in switch box
Front layer
Rear layer
outdoor
(Q1)(Q2)
To IN/D
unit
To OUT/D
unit
To MULTI
unit
Male connector: BLU
Female connector: WHT
Male connector: BLK
Female connector: WHT
Содержание
- Air conditioning systems 1
- Technical data 1
- Table of contents reyq8 48p7y1b 2
- 1 technical specifications 3
- Specifications 3
- 1 technical specifications 4
- Specifications 4
- 1 technical specifications 5
- Specifications 5
- 2 electrical specifications 6
- Specifications 6
- Options 7
- Remq p 7
- 1 combination table 8
- Capacity tables 8
- 2 cooling capacity tables 9
- Capacity tables 9
- Combination 9
- Oudoor air temp cdb 9
- 2 cooling capacity tables 10
- Capacity tables 10
- Combination 10
- 2 cooling capacity tables 11
- Capacity tables 11
- Combination 11
- Oudoor air temp cdb 11
- 2 cooling capacity tables 12
- Capacity tables 12
- Combination 12
- 2 cooling capacity tables 13
- Capacity tables 13
- Combination 13
- 2 cooling capacity tables 14
- Capacity tables 14
- Combination 14
- 2 cooling capacity tables 15
- Capacity tables 15
- Combination 15
- 2 cooling capacity tables 16
- Capacity tables 16
- Combination 16
- 2 cooling capacity tables 17
- Capacity tables 17
- Combination 17
- 2 cooling capacity tables 18
- Capacity tables 18
- Combination 18
- 2 cooling capacity tables 19
- Capacity tables 19
- 2 cooling capacity tables 20
- Capacity tables 20
- 2 cooling capacity tables 21
- Capacity tables 21
- 2 cooling capacity tables 22
- Capacity tables 22
- 2 cooling capacity tables 23
- Capacity tables 23
- 2 cooling capacity tables 24
- Capacity tables 24
- 2 cooling capacity tables 25
- Capacity tables 25
- 2 cooling capacity tables 26
- Capacity tables 26
- 2 cooling capacity tables 27
- Capacity tables 27
- 2 cooling capacity tables 28
- Capacity tables 28
- 2 cooling capacity tables 29
- Capacity tables 29
- 2 cooling capacity tables 30
- Capacity tables 30
- 2 cooling capacity tables 31
- Capacity tables 31
- 2 cooling capacity tables 32
- Capacity tables 32
- 2 cooling capacity tables 33
- Capacity tables 33
- 2 cooling capacity tables 34
- Capacity tables 34
- 2 cooling capacity tables 35
- Capacity tables 35
- 2 cooling capacity tables 36
- Capacity tables 36
- 2 cooling capacity tables 37
- Capacity tables 37
- 2 cooling capacity tables 38
- Capacity tables 38
- 2 cooling capacity tables 39
- Capacity tables 39
- 2 cooling capacity tables 40
- Capacity tables 40
- 2 cooling capacity tables 41
- Capacity tables 41
- 2 cooling capacity tables 42
- Capacity tables 42
- 2 cooling capacity tables 43
- Capacity tables 43
- 2 cooling capacity tables 44
- Capacity tables 44
- 2 cooling capacity tables 45
- Capacity tables 45
- 2 cooling capacity tables 46
- Capacity tables 46
- 2 cooling capacity tables 47
- Capacity tables 47
- 2 cooling capacity tables 48
- Capacity tables 48
- 2 cooling capacity tables 49
- Capacity tables 49
- 2 cooling capacity tables 50
- Capacity tables 50
- 3 heating capacity tables 51
- Capacity tables 51
- 3 heating capacity tables 52
- Capacity tables 52
- Combination 52
- 3 heating capacity tables 53
- Capacity tables 53
- 3 heating capacity tables 54
- Capacity tables 54
- Combination 54
- 3 heating capacity tables 55
- Capacity tables 55
- 3 heating capacity tables 56
- Capacity tables 56
- Combination 56
- 3 heating capacity tables 57
- Capacity tables 57
- 3 heating capacity tables 58
- Capacity tables 58
- Combination 58
- 3 heating capacity tables 59
- Capacity tables 59
- 3 heating capacity tables 60
- Capacity tables 60
- Combination 60
- 3 heating capacity tables 61
- Capacity tables 61
- 3 heating capacity tables 62
- Capacity tables 62
- 3 heating capacity tables 63
- Capacity tables 63
- 3 heating capacity tables 64
- Capacity tables 64
- 3 heating capacity tables 65
- Capacity tables 65
- 3 heating capacity tables 66
- Capacity tables 66
- 3 heating capacity tables 67
- Capacity tables 67
- 3 heating capacity tables 68
- Capacity tables 68
- 3 heating capacity tables 69
- Capacity tables 69
- 3 heating capacity tables 70
- Capacity tables 70
- 3 heating capacity tables 71
- Capacity tables 71
- 3 heating capacity tables 72
- Capacity tables 72
- 3 heating capacity tables 73
- Capacity tables 73
- 3 heating capacity tables 74
- Capacity tables 74
- 3 heating capacity tables 75
- Capacity tables 75
- 3 heating capacity tables 76
- Capacity tables 76
- 3 heating capacity tables 77
- Capacity tables 77
- 3 heating capacity tables 78
- Capacity tables 78
- 3 heating capacity tables 79
- Capacity tables 79
- 3 heating capacity tables 80
- Capacity tables 80
- 3 heating capacity tables 81
- Capacity tables 81
- 3 heating capacity tables 82
- Capacity tables 82
- 3 heating capacity tables 83
- Capacity tables 83
- 3 heating capacity tables 84
- Capacity tables 84
- 3 heating capacity tables 85
- Capacity tables 85
- 3 heating capacity tables 86
- Capacity tables 86
- 3 heating capacity tables 87
- Capacity tables 87
- 3 heating capacity tables 88
- Capacity tables 88
- 3 heating capacity tables 89
- Capacity tables 89
- 3 heating capacity tables 90
- Capacity tables 90
- 3 heating capacity tables 91
- Capacity tables 91
- 3 heating capacity tables 92
- Capacity tables 92
- 4 capacity correction factor 93
- Capacity tables 93
- 4 capacity correction factor 94
- Capacity tables 94
- 4 capacity correction factor 95
- Capacity tables 95
- 4 capacity correction factor 96
- Capacity tables 96
- 4 capacity correction factor 97
- Capacity tables 97
- 4 capacity correction factor 98
- Capacity tables 98
- 4 capacity correction factor 99
- Capacity tables 99
- 4 capacity correction factor 100
- Capacity tables 100
- 4 capacity correction factor 101
- Capacity tables 101
- 4 capacity correction factor 102
- Capacity tables 102
- 1 dimensional drawing 103
- Dimensional drawing centre of gravity 103
- 1 dimensional drawing 104
- D057885 104
- Dimensional drawing centre of gravity 104
- 1 dimensional drawing 105
- Dimensional drawing centre of gravity 105
- 1 dimensional drawing 106
- Dimensional drawing centre of gravity 106
- 1 dimensional drawing 107
- Dimensional drawing centre of gravity 107
- 1 dimensional drawing 108
- Dimensional drawing centre of gravity 108
- 1 dimensional drawing 109
- Dimensional drawing centre of gravity 109
- 2 centre of gravity 110
- Dimensional drawing centre of gravity 110
- 2 centre of gravity 111
- Dimensional drawing centre of gravity 111
- 2 centre of gravity 112
- Dimensional drawing centre of gravity 112
- Outdoor units vrv heat recovery reyq8 48p7y1b 113
- Piping diagram 113
- Vrv systems outdoor units 112 113
- Piping diagram 114
- Remq10 12p 114
- Remq8p 114
- Piping diagram 115
- Remq14 16p 115
- 1 wiring diagram 116
- Wiring diagram 116
- 1 wiring diagram 117
- Wiring diagram 117
- 1 wiring diagram 118
- Wiring diagram 118
- 1 wiring diagram 119
- Wiring diagram 119
- 1 wiring diagram 120
- Wiring diagram 120
- 2 external connection diagram 121
- All wiring components and materials to be produced on the site must comply with the applicable local and national codes 2 use copper conductors only 3 as for details see wiring diagram 4 install circuit breakers for safety 5 all field wiring and components must be installed by a licensed electrician 6 the unit shall be grounded in compliance with the applicable local and national codes 7 wiring shown are general points of connection guides only and are not intended for or to include all details for a specific installation 121
- Be sure to install the switch and the fuse to the power line of each equipment 9 install the main switch that can interrupt all power sources in an integrated manner because this system consists of the equipment utilizing the multiple power sources 10 the capacity of unit 1 must be larger than unit 2 when the power source is connected in series between the units 11 if there exists the possibility of reversed phase lose phase momentary blackout or the power goes on and off while the product is operating attach a reversed phase protection circuit locally running the product in reversed phase may break the compressor and other parts 121
- Bs units 121
- Cooling only unit 121
- Fuse fuse 121
- Indoor units 121
- Main switch 121
- Outdoor units 121
- Power line 121
- Power supply 121
- Switch 121
- Switch switch 121
- Transmission line 121
- Unit 1 121
- Unit 1 unit 2 121
- Unit 2 121
- Wires cable 121
- Wiring diagram 121
- 2 external connection diagram 122
- Wiring diagram 122
- 1 sound pressure spectrum 123
- Sound data 123
- 1 sound pressure spectrum 124
- Sound data 124
- 1 sound pressure spectrum 125
- Sound data 125
- 2 sound power spectrum 126
- Sound data 126
- 1 service space 127
- Installation 127
- 1 service space 128
- Installation 128
- Or more 128
- 1 service space 129
- Installation 129
- 1 service space 130
- Installation 130
- Or more 130
- 2 fixation and foundation of units 131
- Installation 131
- 1 indicate the outdoor unit multi connection piping kit 132
- 2 in case of multi outdoor system re read outdoor unit to the first outdoor unit multi connection piping kit as seen from the indoor unit 132
- 3 refrigerant pipe selection 132
- Actual and equivalent pipe length 132
- Actual pipe length 132
- Actual pipe length from first outdoor unit multi connection piping kit to outdoor unit 10m equivalent pipe length from first outdoor unit multi connection piping kit to outdoor unit 13m 132
- Allowable height difference 132
- Allowable length after the branch 132
- Assume eqivalent pipe length of refnet joint to be 0 m that of refnet header to be 1m that of bsvq100 160 to be 4m that of bsvq250 to be 6m for calculation purposes 132
- B 40m 8 m n p 40m 8 o 132
- Between first outdoor unit multi connection piping kit and outdoor unit in case of multi system 132
- Between indoor and indoor units 132
- Between outdoor and indoor units 132
- Between outdoor and outdoor units 132
- Between outdoor unit 2 and indoor unit 132
- Branch with refnet header branch with refnet joint and header branch with refnet joint 132
- Bs unit 132
- Bs unit indoor unit cool heat selection possible indoor unit cooling only 132
- Difference in height between adjacent indoor units h2 15m difference in height between adjacent outdoor units h3 5m actual pipe length from first refrigerant branch kit either refnet joint or refnet header to indoor unit 40m note 2 example 8 b c d e s 40m example example 132
- Difference in height between outdoor unit and indoor unit h1 50m max 40m if the outdoor unit is below 132
- Equvalent pipe length between outdoor unit 2 and indoor unit 190m note 1 132
- Example 6 a b 165m 8 a m n p 165 132
- Example 8 a o 132
- First outdoor unit multi connection piping kit 132
- Hp lp gas pipe 132
- Indoor unit side 132
- Installation 132
- Liquid pipe 132
- M equivalent length 132
- Multi outdoor system reyq 18 48 132
- Outdoor unit 132
- Outdoor unit outdoor unit 132
- Outdoor unit side 132
- Pipe length between outdoor unit 2 and indoor unit 165m example 8 a b c d e s 165m 132
- Piping from bs unit to indoor unit or indoor unit used as cooling only piping from refrigerant branch kit to 132
- Piping from outdoor unit to bs unit 132
- Single outdoor system reyq 8 16 132
- Suction gas pipe bold 3 pipes 132
- Suction gas pipe liquid pipe thin 2 pipes 132
- Total piping length from outdoor unit 2 to all indoor unit 1000m 132
- 3 refrigerant pipe selection 133
- Installation 133
- 3 refrigerant pipe selection 134
- A b c d e f g p a h 40 m 134
- B c d e f g p 90 m increase the pipe size of b c d e f g 134
- For calculation of total extension length the actual length of above pipes must be doubled except main pipe and the pipes that are not increased 134
- H i j p 40 m 134
- Indoor unit to the nearest branch kit 40 m 134
- Installation 134
- It is necessary to increase the pipe size between the first branch kit and the final branch kit reducers must be procured on site however the pipes that are same pipe size with main pipe must not be increased 134
- The difference between outdoor unit to the farthest indoor unit and outdoor unit to the nearest indoor unit 40 m 134
- Operation range 135
- Reyq8 10 12 14 16p 135
- Cooling 136
- Heating 136
- Operation range 136
- Naamloze vennootschap zandvoordestraat 300 b 8400 oostende belgium www daikin eu btw be 0412 120 336 rpr oostende 137
- Éeeden07 200 ëí 137
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