Daikin RZQG-L8Y1 Series, Технические данные инструкция

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• Outdoor Unit • RZQG-L(8)Y1
3
• Split - Sky Air • RZQG-L(8)Y1 16
3 Electrical data
3 - 1 Electrical Data
RZQG125-140L(8)Y1
/ŶĨƌĂƐƚƌƵĐƚƵƌĞ
Cooling
FCQHG71FVEB x2 RZQG125L8Y1B 17,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,091 x2 0,5 x2
FCQHG140FVEB RZQG125L8Y1B 18,3 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,244 1,4
FCQG35FVEB x4 RZQG125L8Y1B 18,0
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,044 x4 0,3 x4
FCQG50FVEB x3 RZQG125L8Y1B 17,6 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,039 x3 0,3 x3
FCQG71FVEB x2 RZQG125L8Y1B 17,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,054 x2 0,4 x2
FCQG140FVEB RZQG125L8Y1B 17,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,168 1,0
FFQ35C2VEB x4 RZQG125L8Y1B 18,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,050 x4 0,4 x4
FFQ50C2VEB x3 RZQG125L8Y1B 18,0 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,050 x3 0,4 x3
FBQ35D2VEB x4 RZQG125L8Y1B 19,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,089 x4 0,6 x4
FBQ50D2VEB x3 RZQG125L8Y1B 18,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,089 x3 0,6 x3
FBQ71D2VEB x2 RZQG125L8Y1B 17,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,070 x2 0,5 x2
FBQ140D2VEB RZQG125L8Y1B 18,4 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,187 1,5
FHQ35CAVEB x4 RZQG125L8Y1B 19,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,060 x4 0,6 x4
FHQ50CAVEB x3 RZQG125L8Y1B 18,8
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,060 x3 0,6 x3
FHQ71CAVEB x2 RZQG125L8Y1B 18,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,091 x2 0,8 x2
FHQ140CAVEB RZQG125L8Y1B 18,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,150 1,8
FUQ71CVEB x2 RZQG125L8Y1B 18,8
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,046 x2 0,9 x2
FAQ71CVEB x2 RZQG125L8Y1B 17,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,048 x2 0,4 x2
FVQ140CVEB RZQG125L8Y1B 18,3 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,276 1,4
FDXS35F2VEB x4 RZQG125L8Y1B 18,0
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,034 x4 0,3 x4
FDXS50F2VEB9 x3 RZQG125L8Y1B 18,4 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,060 x3 0,5 x3
FCQHG71FVEB x2 RZQG140L7Y1B 17,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,091 x2 0,5 x2
FCQHG140FVEB RZQG140L7Y1B 18,3
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,244 1,4
FCQG35FVEB x4 RZQG140L7Y1B 18,0 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,044 x4 0,3 x4
FCQG50FVEB x3 RZQG140L7Y1B 17,6 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,039 x3 0,3 x3
FCQG71FVEB x2 RZQG140L7Y1B 17,5
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,054 x2 0,4 x2
FCQG140FVEB RZQG140L7Y1B 17,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,168 1,0
FFQ35C2VEB x4 RZQG140L7Y1B 18,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,050 x4 0,4 x4
FFQ50C2VEB x3 RZQG140L7Y1B 18,0 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,050 x3 0,4 x3
FBQ35D2VEB x4 RZQG140L7Y1B 19,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,089 x4 0,6 x4
FBQ50D2VEB x3 RZQG140L7Y1B 18,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,089 x3 0,6 x3
FBQ71D2VEB x2 RZQG140L7Y1B 17,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,070 x2 0,5 x2
FBQ140D2VEB RZQG140L7Y1B 18,4 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,187 1,5
FHQ35CAVEB x4 RZQG140L7Y1B 19,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,060 x4 0,6 x4
FHQ50CAVEB x3 RZQG140L7Y1B 18,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,060 x3 0,6 x3
FHQ71CAVEB x2 RZQG140L7Y1B 18,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,091 x2 0,8 x2
FHQ140CAVEB RZQG140L7Y1B 18,8
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,150 1,8
FUQ71CVEB x2 RZQG140L7Y1B 18,8 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,046 x2 0,9 x2
FAQ71CVEB x2 RZQG140L7Y1B 17,5 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,048 x2 0,4 x2
FVQ140CVEB RZQG140L7Y1B 18,3
㸫
20
㸫
14,2 0.094+0.094 0.4+0.4 0,276 1,4
FDXS35F2VEB x4 RZQG140L7Y1B 18,0 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,034 x4 0,3 x4
FDXS50F2VEB9 x3 RZQG140L7Y1B 18,4 㸫 20 㸫 14,2 0.094+0.094 0.4+0.4 0,060 x3 0,5 x3
Symbols
MCA: Minimum Circuit Ampere [A]
TOCA: Total overcurrent amps [A]
MFA: Maximum Fuse Ampere [A]
MSC: Maximum current of the starting compressor [A]
RLA: Rated load amps [A]
OFM: Outdoor fan motor
IFM: Indoor fan motor
FLA: Full Load Ampere [A]
KW: Fan motor rated output [kW]
Notes
1. The RLA is based on the following conditions.
Cooling
Indoor temperature 27.0°C DB / 19.0°C WB
Outdoor temperature 35.0°C DB
Heating
Indoor temperature 20.0°C DB
Outdoor temperature 7.0°C DB / 6.0°C WB
2. TOCA is the total value of each overcurrent set.
3. Voltage range
4. The maximum allowable voltage that is unbalanced between phases is 2%.
5. MCA is the maximum input current.
The capacity of the MFA must be greater than that of the MCA.
Select the MFA according to the table.
6. Select the wire size according to the MCA.
7. MFA is used to select the circuit breaker and the ground fault circuit interruptor.
Earth leakage circuit breaker
The units are suitable for use with electrical systems in which the voltage supplied to the unit terminals is not below or above the listed range limits.
3N~ 50Hz
380-415V
M
ini
m
u
m
: 342 V
M
a
x
im
u
m
456 V
3N~ 50Hz
380-415V
M
ini
m
u
m
: 342 V
M
a
x
im
u
m
456 V
MSC RLA kW FLA kW FLA
Compressor OFM IFM
Indoor Outdoor Power supply Voltage range MCA TOCA MFA
3D098292