FTXM60M - Aircondition DAIKIN - Gratis brugsanvisning og manual

BRUGSANVISNING FTXM60M DAIKIN

Air Conditioning

Technical Data

RXM-M

Exterior view of a DAIKIN air conditioning unit with grid fan and R32 branding (no readable text beyond branding)

TABLE OF CONTENTS

RXM-M

1 Features 2

2 Specifications 3

Capacity and Power input 3

Technical Specifications 4

Electrical Specifications 6

3 Electrical data....7

4 Capacity tables 10

Cooling/Heating Capacity Tables 10

5 Dimensional drawings 17

6 Centre of gravity 19

7 Piping diagrams 23

8 Wiring diagrams 25

Wiring Diagrams - Single Phase 25

9 Sound data 27

Sound Pressure Spectrum 27

10 Operation range 31

1 Features

• Seasonal efficiency values up to A+++
• Anti-corrosion treated outdoor heat exchanger fin
- Daikin outdoor units are neat, sturdy and can easily be mounted on a roof or terrace or simply placed against an outside wall

• Outdoor units are fitted with a swing compressor, renowned for its low noise and high energy efficiency
  • Outdoor units for pair application

1

Exterior view of a DAIKIN air conditioning unit with fan grille and R32 branding (no readable text beyond branding)

Outdoor unit silent operation

2 Specifications

2-1 Capacity and Power input					FTXM20M/RXM20M	FTXM25M/RXM25M	FTXM35M/RXM35M	FTXM42M/RXM42M	FTXM71M/RXM71M	FTXM50M/RXM50M	FTXM60M/RXM60M
Indoor unit FTXM20M FTXM25M FTXM35M FTXM42M FTXM71M FTXM50M					FTXM60M
Outdoor unit RXM20M RXM25M RXM35M RXM42M RXM71M RXM50M RXM60M					FTXM60M
Cooling capacity Rated kW - 7.10 -
				Btu/h - 24	200.00	-
				kcal/h	-				6,100.00	-
				Min.	kW	1.3		1.4	1.7	2.3	1.7
					Btu/h	4,400		4,800	5,800	7,800.0	5,800
					kcal/h	1,120		1,200	1,460	2,000.0	1,460
				Nom.	kW	2.0	2.5	3.40	4.2	7.10	5.00
					Btu/h	6,800	8,500	11,600	14,300	24,200.0	17,100
					kcal/h	1,720	2,150	2,920	3,610	6,100.0	4,300
				Max.	kW	2.6	3.2	4.0	5.0	8.5	5.3
					Btu/h	8,900	11,000	13,600	17,100	29,000.0	18,100
					kcal/h	2,240	2,750	3,440	4,300	7,300.0	4,560
Heating capacity	Rated kW - 8.20 -
					Btu/h - 28	000.00	-
					kcal/h	-			7,000.00	-
	Min.			kW	1.3		1.4	1.7	2.30	1.7
				Btu/h	4,400		4,800	5,800	7,800.0	5,800
				kcal/h	1,120		1,200	1,460	2,000.0	1,460	1,500
	Nom.			kW	2.50	2.8	4.00	5.40	8.20	5.8	7.00
				Btu/h	8,500	9,500	13,600	18,400	28,000.0	19,800	23,900
				kcal/h	2,150	2,400	3,440	4,640	7,000.0	4,990	6,020
	Max.			kW	3.5	4.70	5.2	6.0	10.20	6.5	8.0
				Btu/h	11,900	16,000	17,700	20,500	34,800.0	22,200	27,300
				kcal/h	3,010	4,040	4,470	5,160	8,800.0	5,590	6,900
Power input	Cooling	Min.		kW	0.27		0.31	0.43	0.49	-	0.30
		Nom.		kW	0.44	0.56	0.80	1.12	2.12	1.36	1.77
		Max.		kW	0.63	0.78	1.04	1.47	3.44	-	2.30
	Heating	Min.		kW	0.24		0.32	0.38	0.45	-	0.27
		Nom.		kW	0.50	0.56	0.99	1.31	2.25	1.45	1.94
		Max.		kW	0.91	1.22	1.67	1.89	3.51	-	2.40
Seasonal efficiency (according to EN14825)	Cooling	Energy label			A+++			A++
		Pdesign		kW	2.00	2.50	3.40	4.20	7.10	5.00	6.00
		SEER			8.53	8.52	8.51	7.50	6.11	7.33	6.90
		Annual energy consumption		kWh	83	103	140	196	407	239	304
	Heating (Average climate)	Energy label			A+++			A++	A	A++	A+
		Pdesign		kW	2.30	2.40	2.50	4.00	6.20	4.60
		SCOP/A			5.10			4.60	3.81	4.60	4.30
		Annual energy consumption		kWh	632	659	686	1,216	2,276	1,400	1,496
Piping connections	Liquid	Quantity			-				1	-
	Gas	Quantity			-				1	-
Current - 50Hz	Maximum running current			A	-				18.3	-
Current	Nominal running current (RLA) - 50Hz	Cooling		A	2.09	2.57	4.38	5.11	7.2	6.26	7.90
		Heating		A	2.23	2.48	4.78	5.93	7.2	6.56	8.50
Eurovent	Sound power level outdoor	Cooling	Nom.	dBA	59		61	62	66	62	63
	Sound power level indoor	Cooling	Nom.	dBA	57		60		62	59	60
	Piping length	Cooling	Measuring condition	m	-				5.0	-

2 Specifications

2-1 Capacity and Power input			FTXM20M/RXM20M	FTXM25M/RXM25M	FTXM35M/RXM35M	FTXM42M/RXM42M	FTXM71M/RXM71M	FTXM50M/RXM50M	FTXM60M/RXM60M
Nominal efficiency EER	4.57 4.50 4.23 3.75 3.35 3.68 3.39
	COP 5.00 4.40 4.12 3.65 4.00 3.61
	Annual energy consumption kWh 219 278	421 560 1	172 679 885
	Energy label Cooling	A B A
		Heating	A				-	A

Notes

EER/COP according to Eurovent 2012, for use outside EU only

Nominal efficiency: cooling at 35°/27° nominal load, heating at 7°/20° nominal load

2-2 Technical Specifications					RXM20M	RXM25M	RXM35M	RXM42M	RXM50M	RXM60M	RXM71M
Capacity control	Method				-						Variable (inverter)
Casing	Colour				Ivory white
Dimensions	Unit	Height		mm	550			735			734
		Width		mm	765			825			870
		Depth		mm	285			300			320
	Packed unit	Height		mm	612			797			820
		Width		mm	906			992			1,050
		Depth		mm	402			437			480
Weight	Unit			kg	32			47	44		56.0
	Packed unit			kg	34			48			60
Packing	Material				-						PE wrapping foil / EPS / Carton / PP (Straps)
	Weight kg 2				1			4
Heat exchanger	Length			mm	805			845			920
	Rows	Quantity			2
	Fin pitch			mm	1.4			1.8			1.40
	Face area			m2	-						0.658
	Stages	Quantity			24			32
	Tube type				ø7 Hi-XD			ø8 Hi-XA			7.0 Hi-XD
	Tube material				-						Seamless copper
	Tube diameter			mm	-						7
	Fin	Type			Waffle fin (PE)			Precoat Fin	Waffle fin (PE)
		Treatment			-						Anti Corrosion Hydrophilic
Compressor	Quantity				-						1
	Model				1YC25GXD#C			2YC40JXD C	2YC40GXD #A	2YC40JXD C	2YC71DXD #C
	Oil Amount			cm3	-						900
	Type				Hermetically sealed swing compressor
	Output			W	800			1,300		1,300.0	2,400.0
	Power input	Cooling	Nom.	W	-						2,065
		Heating	Nom.	W	-						2,187
	Running current	Cooling	Nom.	A	-						9
		Heating	Nom.	A	-						10

2 Specifications

2-2 Technical Specifications					RXM20M	RXM25M	RXM35M	RXM42M	RXM50M	RXM60M	RXM71M
Fan Type Propeller fan	Propeller
	Discharge direction - Horizontal
	Quantity -				1
	Air flow rate Cooling	High m3/m	In 36.0 50	9 50.4 67.3
				cfm	1,271			1,800	1,780		2,380
			Low	m3/min	-				38.5		-
				cfm	-				1,359		-
		Heating	High m3/min	28.3 45	4 40.4 55.3
				cfm	999			1,603	1,427		1,950
			Low	m3/min	-				34.3	40.4	-
				cfm	-				1,211	1,427 -
	Running current	Cooling	Standard	A	-						0.4
		Heating	Standard	A	-						0.4
Fan motor	Quantity -				1
	Model				ARW34W8P50DA			KFD-380-50-8D	ARW7406DA		D90B-37
	Index of Protection				-						23
	Insulation grade				-						Class "E"
	Poles				-						8
	Output			W	50			68			128
	Drive				- Brushless
	Speed	Cooling	High	rpm	920			780	710	810	880
			Nom.	rpm	-						780
			Low	rpm	800			620	630	620	700
			Super low	rpm	-						680
		Heating	High	rpm	860			730			740
			Nom.	rpm	-						740
			Low	rpm	400			730	620	730	680
			Super low	rpm	-
Sound power level	Cooling			dBA	59	61		63			64
	Heating			dBA	59	61		63	62	63	64
Sound pressure level	Cooling	High		dBA	46	49		48			47
		Low		dBA	-				44 -
	Heating	High		dBA	47	49		48	49		48
		Low		dBA	-				45 -
Operation range	Cooling	Ambient	Min.	°CDB	-10
			Max.	°CDB	46
	Heating	Ambient	Min.	°CWB	-15
			Max.	°CWB	18
Refrigerant	Type				R-32
	Charge			kg	0.76			1.30	1.4	1.45	1.15
				TCO2eq	0.5			0.9		1.0	0.780
	Control				-						Inverter / Motor operated expansion valve
	GWP				675

2 Specifications

2-2 Technical Specifications					RXM20M	RXM25M	RXM35M	RXM42M	RXM50M	RXM60M	RXM71M
Piping connections Liquid Quantity - 1
		Type - Flare									connection
		OD mm 6.35
	Gas Quantity - 1
		Type - Flare									connection
		OD mm 9.5 12.7 15.9
	Drain	Quantity - 1
		ID		mm	-
		OD mm			18
	Piping length	OU - IU	Min.	m	-						3
			Max.	m	15				30
		System	Chargeless	m	10
	Additional refrigerant charge			kg/m	0.02 (for piping length exceeding 10m)
	Level difference	IU - OU	Max.	m	12				20
	Heat insulation				Both liquid and gas pipes
Refrigerant oil	Type				FW68DA
	Charged volume			I	0.375			0.650 0.9
Defrost method					-						Reversedcycle
Defrost control					-						Outdoorheatexchangerand ambientsensor

Standard Accessories : Drain plug (only heat pump models); Quantity : 1;
Standard Accessories : Installation manual; Quantity : 1;
Standard Accessories : Refrigerant charge label; Quantity : 1;
Standard Accessories : Multilingual fluorinated greenhouse gases labels; Quantity : 1;
Standard Accessories : Drain cap; Quantity : 6;

2-3 Electrical Specifications				RXM20M	RXM25M	RXM35M	RXM42M	RXM50M	RXM60M	RXM71M
Power supply	Name			V1
	Phase			1~
	Frequency		Hz	50
	Voltage		V	220-240
	Voltage range	Min.	%	-						90
		Max.	%	-						110
Current - 50Hz	Maximum fuse amps (MFA)		A	10				15		20
Current	Nominal running current (RLA)	Cooling	A	1.95	2.47	4.23	4.97	6.48	7.72	9.19
		Heating	A	2.12	2.4	4.67	5.83	6.33	8.37	9.70
	Starting current	Cooling	A	3.7		4.4	6.8	6.6		9.5
		Heating	A	3.7		4.4	6.8	6.6		9.5
	Maximum running current	Cooling	A	-						17.7
		Heating	A	-						17.7
Current - 60Hz	Maximum fuse amps (MFA)		A	-

Notes

SL: The silent fan level of the air flow rate setting

Contains fluorinated greenhouse gases

3 Electrical data

3 - 1 Electrical Data

RXM20-35M

Unit combination restrictions		Power supply					COMP		OFM		IFM
Indoor	Outdoor	1	2	3		M	C	A	M	F	A	R
FTXM20M	RXM20M	50 22050 23050 240		MAX. 50Hz 264VMIN. 50Hz 198V	8,0	10	35,0	2.20232.0	0,23	0,022	0,20
FTXM25M	RXM25M	50 22050 23050 240		MAX. 50Hz 264VMIN. 50Hz 198V	8,1	10	46,0	2.80232.6	0,23	0,022	0,20
FTXM35M	RXM35M	50 22050 23050 240		MAX. 50Hz 264VMIN. 50Hz 198V	8,8	10	60,0	4.60234.2	0,23	0,028	0,23

Z

Notes

1 The RLA is based on the following conditions.
Indoor temperature 27°C DB / 19°C WB
Outdoor temperature 35°C DB
2 Select the wire size according to the MCA.
^3 The maximum allowable voltage that is unbalanced between phases is 2%.
4 Use a circuit breaker instead of a fuse.

Symbols

1 Hz

^2 Voltage

3 Voltage range

MCA Minimum Circuit Ampere (A)

MFA Maximum Fuse Ampere (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]
RHz Rated operating frequency [Hz]

3D092132C

RXM42-50M

Unit combination restrictions		Power supply					COMP		OFM		IFM
Indoor	Outdoor	1	2	3	MCA	MFA	RHz	RLA	kW	FLA	kW	FLA
FTXM42M	RXM42M	50	220	MAX. 50Hz 264V	9,3	10	56,5	5.2	0,068	0,34	0,023	0,15
		50	230	MIN. 50Hz 198V				5.0
		50	240					4.8
FTXM50M	RXM50M	50	220	MAX. 50Hz 264V	14,0	15	53,5	4.9	0,068	0,34	0,023	0,15
		50	230	MIN. 50Hz 198V				4.7
		50	240					4.5

Notes

1. The RLA is based on the following conditions.
   Indoor temperature 27°C DB / 19°C WB
   Outdoor temperature 35°C DB
   2 Select the wire size according to the MCA.
   3 The maximum allowable voltage that is unbalanced between phases is 2%.
   4 Use a circuit breaker instead of a fuse.

Symbols

1 Hz

7 Voltage

Voltage range

MCA Minimum Circuit Ampere (A)

MFA Maximum Fuse Ampere (A)

RLA Rated load amps [A]

OFM Outdoor fan motor
IFM Indoor fan motor
FIA Full Load Ampere (A)
kW Fan motor rated output [kW]
RHz Rated operating frequency [Hz]

3D092133A

3 Electrical data

3 - 1 Electrical Data

RXM42-60M

Unit combination restrictions		Power supply					COMP		OFM		IFM
Indoor	Outdoor	1	2	3		M	C	A	M	F	A	R
FTXM42M2V1B	RXM42MV1B	50 22050 23050 240		MAX. 50Hz 264VMIN. 50Hz 198V	9,3	10	56,5	5,20,684,8	0,34	0,028	0,23
FTXM50M2V1B	RXM50MV1B	50 22050 23050 240		MAX. 50Hz 264VMIN. 50Hz 198V	14,0	15	53,5	4,90,684,5	0,34	0,046	0,30
FTXM60M2V1B	RXM60M2V1B	50 22050 23050 240		MAX. 50Hz 264VMIN. 50Hz 198V	14,0	15	73,0	5,90,685,5	0,34	0,049	0,32

H

Notes

1 The RLA is based on the following conditions.
Indoor temperature 27°C DB / 19°C WB
Outdoor temperature 35°C DB
2 Select the wire size according to the MCA.
^3 The maximum allowable voltage that is unbalanced between phases is 2%.
4 Use a circuit breaker instead of a fuse.

Symbols

1 Hz
2 Voltage
3 Voltage range
MCA Minimum Circuit Ampere (A)
MFA Maximum Fuse Ampere (A)
OFM Outdoor fan motor
IFM Indoor fan motor
FLA Full Load Ampere (A)
kw Fan motor rated output [kW]
MHz Rated operating frequency [Hz]

RLA Rated load amps [A]

3D092133B

3 Electrical data

3 - 1 Electrical Data

FTXM71M2V1B - RXM71M2V1B

Unit combination restrictions		Power supply					COMP		OFM		IFM
Indoor unit	Outdoor unit	1	2	3	MCA M	IFA RHz	RLA kW	FLA			kW	FLA
FTXM71M2V1B RXM	71M2V1B	50 23	0 7,6	MAX. 50Hz 264VMIN. 50Hz 198V	18,3 20	49,0 0,05	58 0,38				0,052	0,34
		50 23	0 7,2
		50 24	0 6,9

Notes

1. The RLA is based on the following conditions.

Indoor temperature 27°C DB / 19°C WB

Outdoor temperature 35°C DB

1. Select the wire size according to the MCA.
2. The maximum allowable voltage that is unbalanced between phases is 2%.
3. Use a circuit breaker instead of a fuse.

Symbols

① Hz
② Voltage
③ Voltage range

MCA Minimum Circuit Ampere [A]

MFA Maximum Fuse Ampere [A]

RLA Rated load amps [A]

COMP Compressor

OFM Outdoor fan motor

IFM Indoor fan motor
FLA Full Load Ampere [A]
kW Fan motor rated output [kW]
RHz Rated operating frequency [Hz]

3D105008

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM20M2V1B + RXM20M2V1B

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m
2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

3D099850A

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM25M2V1B + RXM25M2V1B

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m

2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

3D099851A

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM35M2V1B + RXM35M2V1B

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m

2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

3D099852B

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM42M2V1B + RXM42MV1B

AFR 11,2
BF	0,15

Cooling 220-240V 50Hz

1	2	3
		20			25			30			32			35			40
		TC	SHC	PI	TC	SHC	PI	TC	SHC	PI	TC	SHC	PI	TC	SHC	PI	TC	SHC	PI
14 20	3,13 2,9	0 0,15	3	13 2,5	0 0,21	3,13 2	50 0,5	2			3,13	2,50 1,05 3,13	2,50 1	11			3,13	2,50 1,19
16 22	4,19 2,8	9 0,13	4,19 2,89		0,22 4,11	1 2,85	0,52 4	03 2,81					1,06	3,91 2,75	1,11	3,71 2	66			1,20
18 25	4,69 3,1	6 0,14	4,49 3,07	0,2	2 4,30				2,98	0,53 4,22	2,95	1,07 4,10			2,90	1,12 3,91	2,81	1,20
19 27	4,79 3,3	2 0,14	4	59 3,2	3 0,22	4,40 3	15 0,5	3			4,32	3,11 1,07 4,20	3,06 1	12			4,00	2,98 1,21
22 30	5,08 3,1	9 0,14	4,88 3,12		0,22 4,69	3,04	0,53 4	61 3,01					1,08	4,49 2,97	1,13	4,29 2,90				1,22
24 32	5,27 3,1	0 0,14	5,07 3,03	0,2	2 4,88				2,97	0,54 4,80	2,94	1,08 4,68			2,90	1,13 4,91	2,83	1,22

AFR 12,4

Heating 220-240V 50Hz

2	4
	-15	-10 -5 0 6 10
	TC PI	TC PI	TC PI	TC PI				TC PI	TC PI
15 2,57 0,84	3,09 0 89 3,6	1			0,93 4,85 1,22 5,59			1,28 6,07		1,32
20 2,41 0,87	2,93 0 91 3,4	5 0,95	4,67 1,25					5,40 1,31 5,19 1,35
22 2,35 0,88	2,87 0 92 3,3	1			0,96 4,59 1,26 5,33			1,32 5,81		1,36
24 2,29 0,89	2,80 0 93 3,3	2 0,97	4,52 1,27					5,25 1,33 5,74 1,38
25 2,25 0,89	2,77 0 93 3,2	1			0,98 4,48 1,27 5,21			1,34 5,65		1,38
27 2,19 0,90	2,71 0 94 3,2	5 0,99	4,41 1,29					5,14 1,35 5,13 1,39

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m
2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

Symbols

TC: Total capacity [kW]

PI: Power input [kW]

SHC: Sensible heat capacity [kW]

AFR: Air flow rate [m^3/min]

BF: Bypass factor

1 Indoor air temperature [°C DB]
2 Indoor air temperature [°C WB]
3 Outdoor air temperature [°C DB]
4 Outdoor air temperature [°C WB]

3D098038

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM50M2V1B + RXM50MV1B

AFR 11,9
BF	0,13

Cooling 220-240V 50Hz

1	2	3
		20			25			30			32			35			40
		TC	SHC	PI	TC	SHC	PI	TC	SHC	PI	TC	SHC	PI	TC	SHC	PI TC	SHC	P
14	20	3,41	2,72	0,15	3,41	2,72	0,24	3,41	2,72	0,61	3,41	2,72	1,28	3,41	2,72	1,34	3,41	2,72	1,44
16	22	4,56	3,14	0,16	4,56	3,14		4,56	3,14	0,62	4,56	3,14	1,29	4,56	3,14	1,35	4,42	3,07	1,44
18	25	5,58	3,66	0,16	5,35	3,55	0,26	5,12		3,45	0,63	5,02	3,40	1,29	4,88		3,34	1,36	4,65
19	27	5,70	3,83	0,17	5,47	3,72	0,26	5,23	3,62	0,63	5,14	3,58	1,30	5,00	3,52	1,36	4,77	3,42	1,45
22	30	6,04	3,68	0,17	5,81	3,59		5,26	5,58	3,50	0,64	5,49	3,46	1,30	5,35	3,40	1,37	5,11	3,32
24	32	6,27	3,57	0,17	6,04	3,49	0,26	5,81		3,40	0,64	5,72	3,37	1,30	5,58		3,32	1,38	5,84

Heating 220-240V 50Hz

AFR 13,3

2	4
	-15 -10 -5		0 6 10
	TC PI		TC PI	TC PI	TC PI				TC PI	TC PI
15 2,76 0,93	3,32 0,98	3,88				1,03 5,21 1,35 6,00			1,42 6,52		1,47
20 2,59 0,96	3,15 1,07	3,71	,05 5,01 1,38						5,80 1,45 6,22 1,50
22 2,52 0,97	3,08 1,02	3,64				1,07 4,93 1,39 5,72			1,46 6,24		1,51
24 2,46 0,98	3,01 1,03	3,57	,08 4,85 1,40						5,64 1,48 6,16 1,52
25 2,42 0,99	2,98 1,03	3,54				1,08 4,81 1,41 5,60			1,48 6,12		1,53
27 2,35 1,00	2,91 1,04	3,47	,09 4,73 1,42						5,52 1,50 6,04 1,54

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m
2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

Symbols

TC: Total capacity [kW]

PI: Power input [kW]

SHC: Sensible heat capacity [kW]

AFR: Air flow rate [m^3/min]

BF: Bypass factor

1 Indoor air temperature [°C DB]
2 Indoor air temperature [°C WB]
3 Outdoor air temperature [°C DB]
4 Outdoor air temperature [°C WB]

3D098039

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM60M2V1B + RXM60M2V1B

N 17,
BF									6.17
1	2	3
		20			25			30			32			35			40
		IC	SIE	PI	IC	SIE	PI	IC	SIE	PI	IC	SIE	PI	IC	SIE	P	I	G	9
14 20	5.30	0.9	0.9	4.82	3.63	0.31	0.55	0.11	0.9	4.38			3.45	0.65	4.25	3.86	1.72	4.05			3.26	1.88
16 22	6.31	0.8	0.8	5.03	4.05	0.33		5.76	3.93	0.81	66	3.87	1.87
18	25	6.70	4.39	0.20	6.42	4.26	0.34	6.14	4.14	4.16	832	6.02	4.08	1.67
19 27	6.84	90	0.22	6.58	4.46	0.34		6.28	4.34	0.82	57 4.79 1.80
22	30		7.25	4.41	0.22	6.97	4.30	0.34	6.70	4.29	9.83

Symbols
TC: Total capacity [kW]
PI: Power input [kW]
C P SHC: Sensible heat capacity [kW]
AFR: Air flow rate [m^3/min]
BF: Bypass factor

1 Indoor air temperature (°C DB)

2 Indoor air temperature [°C WB]

3 Outdoor air temperature [°C DB]

4 Outdoor air temperature [°C WB]

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m

2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

3D102183

4 Capacity tables

4 - 1 Cooling/Heating Capacity Tables

FTXM71M2V1B + RXM71M2V1B

Notes

1. The capacities are based on the following conditions: Corresponding refrigerant piping length: 5.0 m Level difference: 0m
2. The bold cells indicate the standard conditions. Rated operating frequency [Hz]

3D105003

5 Dimensional drawings

5 - 1 Dimensional Drawings

RXM20-35M

3D099636

RXM42-50M

825 78 124 580 350 330/10 300/25 26 12 325 350 330/10 300/25 26 12 325 4 holes for anchor bolts (38 OR V19) Drain outlet Connection hose (inside diameter: 15.9mm) Handle 735 Manufacturer label Wiring intake Terminal stop with earth terminal Liquid stop valve (φ8.40μT) Outdoor air temperature thermometer Brand name label Gas stop valve (φ12.70μT) Service port 133 160 80 64 19.7

Minimum space for air passage
Wall height on air outlet side < 1200 mm

I height on air outlet side < 1200 mm 350 50 100 350 50 100 350

In case of removing the stop valve cover.

3D092034A

5 Dimensional drawings

5 - 1 Dimensional Drawings

RXM60M

3D101541

RXM71M

3D100867B

6 Centre of gravity

6 - 1 Centre of Gravity

RXM20-35M

Foundation bolt hole

4D099652

6 Centre of gravity

6 - 1 Centre of Gravity

RXM42-50M

825 (78) 735 170 580 121 310 160 330 Foundation bolt hole

4D092035A

6 Centre of gravity

6 - 1 Centre of Gravity

RXM60M

(825) (78) (735) 160 580 122 Foundation bolt hole 310 165 330

4D102113

6 Centre of gravity

6 - 1 Centre of Gravity

RXM71M

DAIKIN 600 196 125

184.1 368 280

4D100855

7 Piping diagrams

7 - 1 Piping Diagrams

RXM20-35M

graph TD
    A["Heat exchanger"] --> B["Heating unit"]
    B --> C["Propeller fan"]
    C --> D["Muffler with filter"]
    D --> E["Mutter with filter"]
    E --> F["Motor-operated valve"]
    F --> G["Muffler with filter"]
    G --> H["Liquid stop valve"]
    H --> I["Field piping (6.40uL)"]
    I --> J["Field piping (9.50uL)"]
    J --> K["Grain flow: Cooling → Heating"]
    L["4-way valve ON: hozting"] --> M["Compressor"]
    N["Discharge pipe thermistor"] --> O["Muffler"]
    P["Accumulator"] --> Q["Condenser"]
    R["Refrigerant flow"] --> S["→ Cooling"]
    R --> T["→ Hozting"]

RXM42-50M

graph TD
    A["Heat exchanger"] --> B["Heat exchanger thermometer"]
    B --> C["Propeller fan"]
    C --> D["4-way valve ON: heating"]
    D --> E["Muller"]
    E --> F["Discharge pipe thermometer"]
    F --> G["Compressor"]
    G --> H["Accumulator"]
    H --> I["Muffler"]
    I --> J["Muffler with filter"]
    J --> K["Electronic expansion valve"]
    K --> L["Receiver gas"]
    L --> M["Liquid stop valve"]
    M --> N["Field piping (6.40μl)"]
    N --> O["Gas stop valve with service port"]
    O --> P["Field piping (12.70μl)"]
    P --> Q["Refrigerant flow"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#cff,stroke:#333
    style J fill:#ffc,stroke:#333
    style K fill:#cfc,stroke:#333
    style L fill:#fcc,stroke:#333
    style M fill:#ffc,stroke:#333
    style N fill:#cfc,stroke:#333
    style O fill:#fcc,stroke:#333
    style P fill:#cfc,stroke:#333
    style Q fill:#fcc,stroke:#333
    style R fill:#ffc,stroke:#333
    style S fill:#cfc,stroke:#333
    style T fill:#fcc,stroke:#333
    style U fill:#cfc,stroke:#333
    style V fill:#fcc,stroke:#333
    style W fill:#cfc,stroke:#333
    style X fill:#fcc,stroke:#333
    style Y fill:#cfc,stroke:#333
    style Z fill:#fcc,stroke:#333

7 Piping diagrams

7 - 1 Piping Diagrams

RXM60M

graph TD
    A["Heat exchanger"] --> B["7.9 CuT"]
    A --> C["7.9 CuT"]
    A --> D["7.9 CuT"]
    A --> E["7.9 CuT"]
    A --> F["7.9 CuT"]
    A --> G["7.9 CuT"]
    A --> H["7.9 CuT"]
    A --> I["7.9 CuT"]
    A --> J["7.9 CuT"]
    A --> K["12.7 CuT"]
    K --> L["Propeller fan"]
    L --> M["12.7 CuT"]
    M --> N["4-way valve ON: heating"]
    N --> O["Muller"]
    O --> P["12.7 CuT"]
    P --> Q["Accumulator"]
    Q --> R["Discharge pipe thermistor"]
    R --> S["Compressor"]
    S --> T["Automatic reset S2PH"]
    S --> U["S1PH"]
    S --> V["Manual reset"]
    T --> W["High pressure switch"]
    U --> X["High pressure switch"]
    W --> Y["Electric expansion valve 6.4 CuT"]
    X --> Z["ReoRver gas 6.4 CuT"]
    Z --> AA["Liquid stop valve 6.4 CuT"]
    AA --> AB["Field piping (6.4 CuT)"]
    AB --> AC["Mufler 5.5 CuT"]
    AC --> AD["Mufler 3.5 CuT"]
    AD --> AE["Gas stop valve with service port 12.7 CuT"]
    AE --> AF["Fied piping (12.7 CuT)"]
    style A fill:#f9f,stroke:#333
    style AF fill:#ccf,stroke:#333
    note right of A
        Outdoor air temperature thermistor
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube
        1-4 Capillary tube

3D101185

RXM71M

graph TD
    A["Outdoor unit"] --> B["Heat exchanger"]
    B --> C["Capillary tube 1: 4.0 CuT"]
    B --> D["Capillary tube 2: 4.5 CuT"]
    B --> E["Capillary tube 3: 4.5 CuT"]
    C --> F["Mutter with filter"]
    D --> F
    E --> F
    F --> G["Electronic expansion valve"]
    G --> H["Filter"]
    H --> I["Gas stop valve with service port"]
    I --> J["Liquid stop valve"]
    J --> K["Field piping 6.4 CuT"]
    I --> L["Field piping 15.9 CuT"]
    M["Propeller fan"] --> N["4-way valve ON: heating"]
    O["Manual reset S1PH"] --> P["9.5 CuT"]
    Q["S2PH"] --> R["Muffler"]
    S["High pressure switch"] --> T["9.5 CuT"]
    U["Compressor"] --> V["Accumulator"]
    W["Discharge pipe thermistor"] --> X["12.7 CuT"]
    Y["Electricity expansion valve"] --> Z["6.4 CuT"]
    AA["Refrigerant flow"] --> AB["Cooling"]
    AA --> AC["Heating"]

3D100850B

8 Wiring diagrams

8 - 1 Wiring Diagrams - Single Phase

RXM20-35M

Wiring diagram For the power requirements, refer to the nameplate. Indoor C7 : Capacitor DB1 : Diode bridge IPM1 : Intelligent power module L : Live M1C : Compressor motor M1F : Fan motor N : Neutral PAM : Pulse-amplitude modulation PCB : Printed circuit board PS : Switching power supply Q1L : Overload protector SA1 : Surge arrester X1M : Terminal strip Y1E : Electronic expansion valve coil Y1S : Reversing solenoid valve coil Z1F : Noise titer Field wiring Z4G N=2 Z3C N=3 PCB HL1 FL3 20A V2 V3 MR810 MRM20 DR1 PAN C7 FRK Y1V 3 S4 7 S40 S20 S80 S30 BLK RCL BLK GRY BLK Y1E MND RLK BLK RCL BLK GRY BLK Y1S R1T-R2T-R3T Outdoor Discharge Condenser MS MIF Protective earth + BLK Black Protection earth WHT White Earth BRN Brown Earth RED Red Earth GRN Green Earth YLW Yellow Earth ORG Orange Earth BLU Blue Earth Grey-GRY

Notes

Size: 140 x 80

Refer to purchasing specification AS303002, unless otherwise specified.

4D099916B

8 Wiring diagrams

8 - 1 Wiring Diagrams - Single Phase

RXM42-50M

graph TD
    A["Power Supply Line"] --> B["PDB1"]
    B --> C["Switch"]
    C --> D["Relay"]
    D --> E["Capacitor"]
    E --> F["Transistor"]
    F --> G["Ground"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#fcf,stroke:#333

Notes
1. Size: length 105 X width 185.
2. Refer to purchasing specification AS303002, unless otherwise specified

3D090522A

RXM60-71M

Wiring diagram For purpose requirements, color is the necessary. Field wiring in rear Power supply PC3 Outdoor C1 C1D2 CE1 PM1 M1V201 M1F202 P4A P5 Q1L SP11 SP19 S41 X4 Y18N5 Y15 A PC3 F01,P02,P03 MR30,MRCW0 MR30,MRCW S20,S40,S70,S80 S60,S11A,S14A VL1,VL2,VL3 VL4,VL5,VL6,VL7,VL8,VL9,VL10,VL11,VL12,VL13,VL14,VL15,VL16,VL17,VL18,VL19,VL20,VL21,VL22,VL23,VL24,VL25,VL26,VL27,VL28,VL29,VL30,VL31,VL32,VL33,VL34,VL35,VL36,VL37,VL38,VL39,VL40,VL41,VL42,VL43,VL44,VL45,VL46,VL47,VL48,VL49,VL50,VL51,VL52,VL53,VL54,VL55,VL56,VL57,VL58,VL59,VL60,VL61,VL62,VL63,VL64,VL65,VL66,VL67,VL68,VL69,VL70,VL71,VL72,VL73,VL74,VL75,VL76,VL77,VL78,VL79,VL80,VL81,VL82,VL83,VL84,VL85,VL86,VL87,VL88,VL89,VL90,VL91,VL92,VL93,VL94,VL95,VL96,VL97,VL98,VL99,VL100 Fuel Motorcycle reset RUT,RST,RCH Motorcycle reset RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH RLT,RST,RCH BLK VHT BRN TRW GRN YUV DRG BUT GRY BLY GLY

Notes
1. Size: length 105 X width 185
2. Refer to purchasing specification AS(Y)303002, unless otherwise specified

3D100894A

9 Sound data

9 - 1 Sound Pressure Spectrum

RXM20M

Legend
dBA = A-weighted sound pressure level (A scale according to IEC).

Cooling

A	B
dBA	46 47

Heating
Total dB

A	B
dBA

Notes

1 Background noise already taken into account.

1. Operating conditions: power source 220-240 V/220 V 50/60 Hz; JIS standard

3 Operating noise varies depending on operation and ambient conditions.

4 The operation noise measuring method is in accordance with JISC9612.

5 Measuring location: anechoic chamber

3D099853

RXM25M

Legend
dBA = A-weighted sound pressure level (A scale according to IEC).

Cooling
Total dB

A	B
dBA	46

Heating
Total dB

A	B
dBA	47

Notes

1 Background noise already taken into account.

2 Operating conditions: power source 220-240 V/220 V 50/60 Hz; JIS standard

3 Operating noise varies depending on operation and ambient conditions.

4 The operation noise measuring method is in accordance with JISC9612.

5 Measuring location: anechoic chamber

3D099854A

9 Sound data

9 - 1 Sound Pressure Spectrum

RXM35M

631252505001000200040008000dBA
Octave band centre frequency [Hz]

Heating mode

Octave band centre frequency [Hz]

Legend
dBA = A-weighted sound pressure level (A scale according to IEC).

Cooling Total dB

A	B
dBA	49 49

Heating
Total dB

A	B
dBA

Notes

1 Background noise already taken into account.
2 Operating conditions: power source 220-240 V/220 V 50/60 Hz; JIS standard
3 Operating noise varies depending on operation and ambient conditions.
4 The operation noise measuring method is in accordance with JISC9612.
5 Measuring location: anechoic chamber

3D099855A

RXM42M

631252505001000200040008000dBA
Octave band centre frequency [Hz]

Heating mode

631252505001000200040008000dBA
Octave band centre frequency [Hz]

Legend
dBA = A-weighted sound pressure level (A scale according to IEC).

Cooling Total dB

A	B
dBA	48 48

Heating
Total dB

A	B
dBA

Notes

1 Background noise already taken into account.
2 Operating conditions: power source 220-240 V/220 V 50/60 Hz; JIS standard
3 Operating noise varies depending on operation and ambient conditions.
4 The operation noise measuring method is in accordance with JISC9612.
5 Measuring location: anechoic chamber

3D098035A

9 Sound data

9 - 1 Sound Pressure Spectrum

RXM50M

Legend
dBA = A-weighted sound pressure level (A scale according to IEC).

Cooling
Total dB

A	B
dBA	48 49

Heating

Total dB
A	B
dBA

Notes

1 Background noise already taken into account.
2 Operating conditions: power source 220-240 V/220 V 50/50 Hz; JIS standard
3 Operating noise varies depending on operation and ambient conditions.
4 The operation noise measuring method is in accordance with JISC9612.
5 Measuring location: anechoic chamber

3D098036A

9 Sound data

9 - 1 Sound Pressure Spectrum

RXM60M

Legend
dBA = A-weighted sound pressure level (A scale according to IEC).

Cooling

Heating	Total dB
	A	B
	dBA

Notes
1 Background noise already taken into account.
2 Operating conditions: power source 220-240 V/220 V 50/60 Hz; JIS standard
3. Operating noise varies depending on operation and ambient conditions.
4 The operation noise measuring method is in accordance with JISC9612.
5 Measuring location: anechoic chamber

3D102112

RANTIN

Workei

1. Exposed on a very possible error
2. 100% of the company's shareholding in 2013 was \$57.9 million, including
3. The following table provides the information in English:
4. The species are varying from the 1980s to 1990s.
   

30105011

10 Operation range

10 - 1 Operation Range

RXM20-50M

Notes 1. The graph is based on the following conditions. Corresponding refrigerant piping length: 5 m Level difference: 0 m Air flow rate High

3D092127C

RXM60-71M

Notes. 1. The graphs is based on the following conditions. Corresponding refrigerant piping length: 5 in Level difference: 0m Air flow rate High

3D100846

Daikin Europe N.V. Naamloze Vennootschap - Zandvoordestraat 300, B-8400 Oostende - Belgium - www.daikin.eu - BE 0412 120 336 - RPR Oostende

Blank white image with a thin border (no text, symbols, or markings)

EEDEN XXX-06/16

Daikin Europe N.V. participates in the Eurovent Certification programme for Liquid Chilling Packages (LCP), Air handling units (AHU), Fan coil units (FCU) and variable refrigerant flow systems (VRF). Check ongoing validity of certificate online: www.eurovent-certification.com or using: www.certiflash.com

The present leaflet is drawn up by way of information only and does not constitute an offer binding upon Daikin Europe N.V.. Daikin Europe N.V. has compiled the content of this leaflet to the best of its knowledge. No express or implied warranty is given for the completeness, accuracy, reliability or fitness for particular purpose of its content and the products and services presented therein. Specifications are subject to change without prior notice. Daikin Europe N.V. explicitly rejects any liability for any direct or indirect damage, in the broadest sense, arising from or related to the use and/or interpretation of this leaflet. All content is copyrighted by Daikin Europe N.V.