Produced on 28/03/2016 with Xpress Selection V7.2.7 - database DIL 11.4.4

Project name 	 	CURSO SELECCION VRV 	
Reference 	 	EJEMPLO 	
Client name 	 	DARG 	
Revision 	 	1 	

Selection parameters of the indoor units can be found under the chapter Indoor unit details
Selection parameters of the outdoor units can be found under the chapter Outdoor unit details
Only the data published in the data book are correct. This program uses close approximations of these data.
X.	Material List
Model 	Qty 	Description 	Material cost 	Install. cost 	Subtotal 	
RXYQ18TY1 	2 	Heat pump VRV IV STANDARD LA 	 	 	 	
FXMQ100PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ140PVE 	6 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ40PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ50PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ80PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
KHRP26A22T 	1 	Refnet branch piping kit 	 	 	 	
KHRP26A33T 	2 	Refnet branch piping kit 	 	 	 	
KHRP26A72T 	3 	Refnet branch piping kit 	 	 	 	
KHRP26A73T + KHRP26M73TP 	3 	Refnet branch piping kit 	 	 	 	
DCS301BA61 	1 	(DCS301BA61)Unified ON/OFF control-Providing simultaneous and individual control of 16 groups of indoor units 	 	 	 	
DCS601C51 	1 	Intelligent Touch Controller-Allows detailed and easy monitoring and operation of VRV systems 	 	 	 	
DMS502B51 	1 	(DMS502B51)BACnet Interface-Integrated control system connecting VRV system with BMS system 	 	 	 	
BRC1E62 	10 	Wired Remote Controller (Navigation Remote Controller) 	 	 	 	
BHFP22P100 	1 	Outdoor unit multi connection piping kit 	 	 	 	
R410A 	19,7kg 	Extra refrigerant charge 	 	 	 	
Piping 6,4 	8,0m 	 	 	 	 	
Piping 9,5 	30,0m 	 	 	 	 	
Piping 12,7 	8,0m 	 	 	 	 	
Piping 15,9 	35,0m 	 	 	 	 	
Piping 19,1 	51,0m 	 	 	 	 	
Piping 22,2 	4,0m 	 	 	 	 	
Piping 28,6 	9,0m 	 	 	 	 	
Piping 34,9 	3,0m 	 	 	 	 	
Piping 41,3 	48,0m 	 	 	 	 	
Total cost 	 	 	 	 	 	

X.	Indoor Unit Details
X.	Table of Abbreviations
Name 	Logical name of the device 	
FCU 	Device model name 	
Tmp C 	Indoor conditions in cooling (dry bulb temp. / RH) 	
Rq TC 	Required total cooling capacity 	
Max TC 	Available total cooling capacity 	
TC 	Total cooling capacity 	
Rq SC 	Required sensible cooling capacity 	
Max SC 	Available sensible cooling capacity 	
SC 	Sensible cooling capacity 	
Tevap 	Evaporating temperature of indoor unit coil 	
Tdis C 	Indoor unit discharge air temperature in cooling 	
Tmp H 	Indoor temperature in heating 	
Rq HC 	Required heating capacity 	
Max HC 	Available heating capacity 	
HC 	Heating capacity 	
Tdis H 	Indoor unit discharge air temperature in heating 	
Airflow 	Supplied airflow 	
Sound 	Sound pressure low and high 	
PS 	Power supply (voltage and phases) 	
MCA 	Minimum Circuit Amps 	
Fuses 	Fuses 	
WxHxD 	WidthxHeightxDepth 	
Wght 	Weight of the device 	

X.	Out 1 - RXYQ36TSY1
Capacity data at conditions and connection ratio (123%) as entered
Name 	FCU 	Tmp C 	Rq TC 	Max TC 	Rq SC 	Max SC 	Tevap 	Tdis C 	Tmp H 	Rq HC 	Max HC 	Tdis H 	Airflow 	
 	 	°C 	kW 	kW 	kW 	kW 	°C 	°C 	°C 	kW 	kW 	°C 	m³/min 	
Ind 1 	FXMQ50PVE 	25,6 / 50% 	4,7 	5,3 	3,8 	4,3 	6,0 	15,3 	20,0 	2,8 	6,3 	33,9 	18,0 	
Ind 2 	FXMQ80PVE 	25,6 / 50% 	6,8 	8,6 	5,9 	6,6 	6,0 	14,1 	20,0 	2,5 	10,0 	36,0 	25,0 	
Ind 4 	FXMQ100PVE 	25,6 / 50% 	9,0 	10,7 	7,6 	8,0 	6,0 	14,0 	20,0 	2,1 	12,5 	35,6 	32,0 	
Ind 3 	FXMQ40PVE 	25,6 / 50% 	3,0 	4,3 	2,6 	3,6 	6,0 	17,7 	20,0 	1,6 	5,0 	32,5 	16,0 	
Ind 6 	FXMQ140PVE 	25,6 / 50% 	12,6 	15,3 	11,0 	11,3 	6,0 	13,9 	20,0 	3,5 	18,0 	35,2 	46,0 	
Ind 5 	FXMQ140PVE 	25,6 / 50% 	12,6 	15,3 	11,0 	11,3 	6,0 	13,9 	20,0 	3,5 	18,0 	35,2 	46,0 	
Ind 7 	FXMQ140PVE 	25,6 / 50% 	12,6 	15,3 	11,0 	11,3 	6,0 	13,9 	20,0 	3,5 	18,0 	35,2 	46,0 	
Ind 8 	FXMQ140PVE 	25,6 / 50% 	12,6 	15,3 	11,0 	11,3 	6,0 	13,9 	20,0 	3,5 	18,0 	35,2 	46,0 	
Ind 9 	FXMQ140PVE 	25,6 / 50% 	12,6 	15,3 	11,0 	11,3 	6,0 	13,9 	20,0 	3,5 	18,0 	35,2 	46,0 	
Ind 10 	FXMQ140PVE 	25,6 / 50% 	12,6 	15,3 	11,0 	11,3 	6,0 	13,9 	20,0 	3,5 	18,0 	35,2 	46,0 	

Required cooling capacity towards the outdoor unit: 112,6kW.
Required heating capacity towards the outdoor unit: 30,0kW.
The sum of the required indoor unit capacities is 112,6kW for cooling and 30,0kW for heating.
However, the outdoor unit selection uses reduced load values for cooling of 56,3kW (= -50%) and for heating of 15,0kW (= -50%).
Be aware that unrealistic reductions may lead to reduced comfort levels, different noise levels or increased wear and tear.

Simultaneous operation calculation
Name 	FCU 	Tmp C 	TC 	SC 	Tmp H 	HC 	
 	 	°C 	kW 	kW 	°C 	kW 	
Ind 1 	FXMQ50PVE 	25,6 / 50% 	4,2 	3,8 	20,0 	5,0 	
Ind 2 	FXMQ80PVE 	25,6 / 50% 	6,8 	5,8 	20,0 	8,1 	
Ind 4 	FXMQ100PVE 	25,6 / 50% 	8,5 	7,0 	20,0 	10,1 	
Ind 3 	FXMQ40PVE 	25,6 / 50% 	3,4 	3,2 	20,0 	4,0 	
Ind 6 	FXMQ140PVE 	25,6 / 50% 	11,8 	9,8 	20,0 	14,1 	
Ind 5 	FXMQ140PVE 	25,6 / 50% 	11,8 	9,8 	20,0 	14,1 	
Ind 7 	FXMQ140PVE 	25,6 / 50% 	11,8 	9,8 	20,0 	14,1 	
Ind 8 	FXMQ140PVE 	25,6 / 50% 	11,8 	9,8 	20,0 	14,1 	
Ind 9 	FXMQ140PVE 	25,6 / 50% 	11,8 	9,8 	20,0 	14,1 	
Ind 10 	FXMQ140PVE 	25,6 / 50% 	11,8 	9,8 	20,0 	14,1 	
Σ 	 	 	93,9 	 	 	111,8 	

The heating discharge temperature is calculated using the design ambient temperature 7,0°C, a room temperature of 20,0°C and an operational connection ratio of maximum 130%.
The analysis of the suction and discharge temperature values may help in preventing a cold draft and to ensure a thermal comfort level.The discharge temperature is lower than 35,0°C. Reducing the connection ratio may compensate this and may raise the discharge temperature improving the thermal comfort level.
The cooling discharge temperature is calculated using the design room temperature in cooling of the indoor unit.

Name 	Sound 	PS 	MCA 	Fuses 	WxHxD 	Wght 	
 	dBA 	 	A 	 	mm 	kg 	
Ind 1 	37-41 	220V 1ph 	1,6 	Factory Std 	1000x300x700 	36 	
Ind 2 	39-43 	220V 1ph 	2,3 	Factory Std 	1000x300x700 	36 	
Ind 4 	39-43 	220V 1ph 	2,9 	Factory Std 	1400x300x700 	46 	
Ind 3 	35-39 	220V 1ph 	1,4 	Factory Std 	700x300x700 	28 	
Ind 6 	43-46 	220V 1ph 	3,4 	Factory Std 	1400x300x700 	47 	
Ind 5 	43-46 	220V 1ph 	3,4 	Factory Std 	1400x300x700 	47 	
Ind 7 	43-46 	220V 1ph 	3,4 	Factory Std 	1400x300x700 	47 	
Ind 8 	43-46 	220V 1ph 	3,4 	Factory Std 	1400x300x700 	47 	
Ind 9 	43-46 	220V 1ph 	3,4 	Factory Std 	1400x300x700 	47 	
Ind 10 	43-46 	220V 1ph 	3,4 	Factory Std 	1400x300x700 	47 	

Outdoor unit placed 40,0m above the indoor units.
The minimum connection ratio for this height difference is 50%.

X.	Outdoor Unit Details
X.	Table of Abbreviations
Name 	Logical name of the device 	
Model 	Device model name 	
Tmp C 	Outdoor temperature in cooling 	
CC 	Available cooling capacity 	
Rq CC 	Required cooling capacity 	
EER 	EER at design conditions (design temperatures, actual connection ratio and considering pipe length corrections) 	
 	and at nominal conditions for standard efficiency series (nominal temperatures, 100% connection ratio and without considering pipe length corrections) 	
ESEER 	European Seasonal Energy Efficiency Ratio 	
Tmp H 	Outdoor conditions in heating (dry bulb temp. / RH) 	
HC 	Available heating capacity (integrated heating capacity) 	
Rq HC 	Required heating capacity 	
COP 	COP at design conditions (design temperatures, actual connection ratio and considering pipe length corrections) 	
 	and at nominal conditions for standard efficiency series (nominal temperatures, 100% connection ratio and without considering pipe length corrections) 	
Piping 	Largest distance from indoor unit to outdoor unit 	
Bse Refr 	Standard factory refrigerant charge (5m actual piping length) 	
 	excluding extra refrigerant charge 	
 	For calculation of extra refrigerant charge refer to the databook 	
Ex Refr 	Extra refrigerant charge 	
PS 	Power supply (voltage and phases) 	
MCA 	Minimum Circuit Amps 	
MFA 	Maximum Fuse Amps 	
Run Amps 	Running Amps 	
St Curr 	Starting current 	
Fuses 	Fuses 	
WxHxD 	WidthxHeightxDepth 	
Wght 	Weight of the device 	

X.	Outdoor Details
Name 	Model 	Comb 	Tmp C 	CC 	Rq CC 	EER 	ESEER 	Tmp H 	HC 	Rq HC 	COP 	Piping 	
 	 	% 	°C 	kW 	kW 	 	 	°C 	kW 	kW 	 	m 	
Out 1 	RXYQ36TSY1 	 	123 	35,0 	93,9 	112,6 	3 / 3,2 	 	7,0 / 85% 	111,8 	30,0 	3,8 / 3,7 	70,5 	

Name 	Model 	Refrigerant 	
 	 	Type 	Bse Refr 	Ex Refr 	
 	 	 	kg 	kg 	
Out 1 	RXYQ36TSY1 	R410A 	21,0 	19,7 	

Name 	Model 	PS 	MCA 	MFA 	Run Amps 	St Curr 	Fuses 	WxHxD 	Wght 	
 	 	 	A 	A 	A 	A 	 	mm 	kg 	
Out 1 	RXYQ36TSY1 	400V 3ph 	 	 	 	 	 	 	 	
 	* RXYQ18TY1 	 	31 	35 	 	 	Factory Std 	1240x1657x765 	285 	
 	* RXYQ18TY1 	 	31 	35 	 	 	Factory Std 	1240x1657x765 	285 	

Sufficient distance should be respected between the modules according to the service & operation space rules as mentioned in the databook.

X.	Out 1 - RXYQ36TSY1

Model 	Qty 	Description 	Material cost 	Install. cost 	Subtotal 	
RXYQ18TY1 	2 	Heat pump VRV IV STANDARD LA 	 	 	 	
FXMQ100PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ140PVE 	6 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ40PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ50PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
FXMQ80PVE 	1 	VRV M - Ceiling Mounted Duct 	 	 	 	
KHRP26A22T 	1 	Refnet branch piping kit 	 	 	 	
KHRP26A33T 	2 	Refnet branch piping kit 	 	 	 	
KHRP26A72T 	3 	Refnet branch piping kit 	 	 	 	
KHRP26A73T + KHRP26M73TP 	3 	Refnet branch piping kit 	 	 	 	
BRC1E62 	10 	Wired Remote Controller (Navigation Remote Controller) 	 	 	 	
BHFP22P100 	1 	Outdoor unit multi connection piping kit 	 	 	 	
R410A 	19,7kg 	Extra refrigerant charge 	 	 	 	
Piping 6,4 	8,0m 	 	 	 	 	
Piping 9,5 	30,0m 	 	 	 	 	
Piping 12,7 	8,0m 	 	 	 	 	
Piping 15,9 	35,0m 	 	 	 	 	
Piping 19,1 	51,0m 	 	 	 	 	
Piping 22,2 	4,0m 	 	 	 	 	
Piping 28,6 	9,0m 	 	 	 	 	
Piping 34,9 	3,0m 	 	 	 	 	
Piping 41,3 	48,0m 	 	 	 	 	
Total cost 	 	 	 	 	 	

Standard factory refrigerant charge (5m actual piping length) = 21,0kg
Extra refrigerant charge = 51,0m(ø19,1) × 0,26 + 30,0m(ø9,5) × 0,057 + 8,0m(ø6,4) × 0,022 + 9,0m(ø15,9) × 0,17 + A + B = 19,7kg
A 123% 67,0m = 3,0kg
B 36HP = 0

Piping Limitations
Maximum total length 	1000,0m 	
Maximum longest actual length 	165,0m 	
Maximum longest equivalent length 	190,0m 	
Maximum equivalent length (size up of main pipe required if longer) 	89,9m 	
Maximum length first branch to last branch (size up of intermediate pipes required if longer) 	40,0m 	
Maximum length first branch to indoor units 	90,0m 	
Maximum length of indoor units to nearest branch 	40,0m 	
Maximum length difference between longest and shortest distance to indoor units 	40,0m 	
Maximum height difference, outdoor unit above indoor units 	50,0m 	
Maximum height difference between indoor units 	30,0m 	
Connection ratio range 	50-130% 	

Pipe Capacities
Maximum Connection Index 	Diameters 	
149,9 	9,5×15,9 	
199,9 	9,5×19,1 	
289,9 	9,5×22,2 	
419,9 	12,7×28,6 	
639,9 	15,9×28,6 	
919,9 	19,1×34,9 	
> 919,9 	19,1×41,3 	
Main pipe size up 	22,2×41,3 	

X.	Piping Diagrams
Pipes marked with * in the diagrams must be connected to the device with a reducing joint.
X.	Piping Out 1

X.	Wiring Diagrams

P1P2 = Please select the cable type and size in accordance with the databook.
F1F2 = Please select the cable type and size in accordance with the databook.
X.	Wiring Out 1

X.	Device Options
X.	Outdoor Unit Options
Model 	Description 	Used by 	
BHFP22P100 	Outdoor unit multi connection piping kit 	Out 1 [RXYQ36TSY1] 	

X.	Centralized Controllers
X.	Concept

X.	Control group 1

X.	Dimensional Drawings

Bacnet DMS502B51

Icontroller DCS601C51

Unified On/Off DCS301BA61