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TECHNICAL SPECIFICATIONS

OMEGA SKY Xi

25.1

29.1

35.1

40.1

47.1

53.1

60.1

72.1

81.1

97.1

R513A
Cooling

Refrigeration capacity

(1)

kW

252

304

361

404

459

525

590

718

810

940

Total absorbed power

(1)

kW

52

60

71

79

89

101

113

135

152

181

EER

(1)

4,88

5,06

5,09

5,11

5,16

5,22

5,24

5,32

5,34

5,2

Eurovent efficiency class

(1)

B

A

A

A

A

A

A

A

A

A

ESEER

(10)

7,04

7,24

7,41

7,51

7,6

7,69

7,71

7,66

7,65

7,05

User-side heat exchanger

Quantity

1

1

1

1

1

1

1

1

1

1

Water flow rate

(1)

m³/h

43

52

62

69

79

90

102

124

139

162

Head loss

(1)

kPa

36

40

38

36

33

34

37

35

33

37

Source-side heat exchanger

Quantity

1

1

1

1

1

1

1

1

1

1

Water flow rate

(1)

m³/h

52

62

74

83

94

107

120

146

165

192

Head loss

(1)

kPa

23

27

20

18

21

18

18

28

32

34

R134a
Cooling

Refrigeration capacity

(1)

kW

258

311

370

413

473

536

603

734

829

952

Total absorbed power

(1)

kW

51

60

70

78

88

101

112

134

151

179

EER

(1)

5,02

5,22

5,25

5,29

5,35

5,33

5,37

5,48

5,5

5,32

Eurovent efficiency class

(1)

B

A

A

A

A

A

A

A

A

A

ISEER

(8)

7,03

7,29

7,3

7,37

7,47

7,45

7,5

7,63

7,6

6,74

IPLV

(9)

8,85

9,18

9,18

9,27

9,39

9,44

9,5

9,53

9,49

8,44

ESEER

(10)

7,24

7,46

7,6

7,73

7,86

7,89

7,93

7,87

7,82

7,14

User-side heat exchanger

Quantity

1

1

1

1

1

1

1

1

1

1

Water flow rate

(1)

m³/h

44

54

64

71

81

92

104

126

143

164

Head loss

(1)

kPa

39

42

40

38

35

36

39

37

35

37

Source-side heat exchanger

Quantity

1

1

1

1

1

1

1

1

1

1

Water flow rate

(1)

m³/h

53

63

75

84

96

109

123

149

168

194

Head loss

(1)

kPa

25

28

21

19

22

19

19

30

34

34

Compressors

Compressors/Circuits

n°/n°

1/1

1/1

1/1

1/1

1/1

1/1

1/1

1/1

1/1

1/1

Minimum capacity reduction step

(3)

%

25%

25%

25%

25%

25%

25%

25%

25%

25%

25%

Refrigerant charge - R134a

(6)

kg

63

65

94

92

95

130

127

155

166

210

Refrigerant charge - R513A

(6)

kg

70

71

105

101

104

144

140

171

180

230

Noise levels

Sound power lev.

(4)

dB(A)

99

99

100

100

101

101

102

102

104

106

Sound pressure lev.

(5)

dB(A)

81

81

82

82

83

82

83

83

85

87

Sound power levels LN

(4)

dB(A)

94

94

95

95

96

96

97

97

99

101

Sound pressure levels LN

(5)

dB(A)

76

76

77

77

78

77

78

78

80

82

Sound power levels XLN

(4)

dB(A)

91

91

92

92

93

93

94

94

96

98

Sound pressure levels XLN

(5)

dB(A)

73

73

74

74

75

74

75

75

77

79

Dimensions and weights**

Length

mm

3700

3700

3800

3800

3800

3900

3900

4100

4150

4250

Depth

mm

1500

1500

1550

1550

1550

1550

1550

1670

1670

1850

Height

mm

2050

2050

2100

2100

2100

2150

2150

2300

2400

2400

Operating weight

kg

2215

2335

2694

2832

2987

3381

3509

4260

4742

5460

 

(1) Source-side heat exchanger inlet/outlet water temperature 30/35°C; user-side heat exchanger inlet/outlet water temperature 12/7°C. Values com

-

pliant with standard EN 14511

(3) Approximate value. The minimum capacity reached by the unit depends on the operating conditions. The value shown may not be suitable for 

calculating the minimum volume of water: to do this, consult the “Minimum water content in the system” section.

(4) Unit operating at nominal operating capacity, without any accessories, with source/side heat exchanger inlet/outlet water temperature 30/35°C 

and user/side heat exchanger inlet/outlet water temperature 12/7°C.Binding values. Values obtained from measures taken according to standard 

ISO 3744 and to the Eurovent certification programme where applicable.

(5) Values obtained from the sound power level (conditions: note 4), related to a distance of 1 m from the unit in free field with directivity factor Q=2. 

Non-binding values.

(6) Theoretical values referred to the basic unit (without DC). The amount of gas actually charged in the unit may differ.
(8) Reference to IS16590:2017, user-side heat exchanger outlet temperature 7 °C. Source-side heat exchanger inlet temperatures : part load 100 - 

W39°C; part load 75 - W32°C; part load 50 - W26°C; part load 25 - W20°C.

(9) Reference to AHRI 550/590, user-side heat exchanger outlet temperature 6.7 °C. Source-side heat exchanger inlet temperatures : part load 100 - 

W 35°C; part load 75 - W 26,7°C; part load 50 - W 18,3°C; part load 25 - W 12,8°C.

(10) 

Former Eurovent’s seasonal efficiency index. Value not certified by Eurovent from 2019. Reference: base unit, without any accessories

**  Basic unit without included accessories

Summary of Contents for Omega Sky Xi

Page 1: ...XLN super low noise version DC with total recovery Strengths Max efficiency at partial loads SEER up to 8 3 and SEPR up to 9 3 Ecodesign Tier 2 compliant Non flammable refrigerant R513A with GWP 573 H...

Page 2: ...17 Technical specifications 19 Ecodesign 23 Electrical specifications 29 Electrical specifications 30 Flow rate ranges of heat exchangers 31 Operating limits 32 Omega Sky Xi Omega Sky Xi OH Omega Sky...

Page 3: ...2...

Page 4: ...order to achieve the highest energy efficiency levels on the market with special reference to cooling applications The variation of the compression ratio caused by the sliding of the internal slide va...

Page 5: ...tops ELECTRICAL CONTROL PANEL The electrical control panel is made in a painted galva nised sheet iron box with forced ventilation and IP21 pro tection rating The electrical control panel of the basic...

Page 6: ...outlet of the user side heat ex changer that also acts as antifreeze probe thermal overload protection for compressors water differential pressure switch installed at the fac tory TESTING All the unit...

Page 7: ...tment on the compressor con sisting of a rigid outer cowling made of galvanised and painted sheet metal RAL 7035 lined with sound ab sorbing matting with high acoustic impedance material in between Co...

Page 8: ...he machine 2 way valve 3 way valve inverter controlled pump The signal is linked to the condensing pressure The signal is cumulative and therefore the accessory is suitable for combination on units in...

Page 9: ...y of a specific icon on the display of the controller This alarm stops the unit Accessory as an alternative to Refrigerant leak detector with automatic pump down Hydraulic circuit accessories CFC Flan...

Page 10: ...y monitored through the losses detected by the differential pressure transducer pe When the minimum allowed flow rate threshold is exceeded the control system will open the bypass valve Vbp to recircu...

Page 11: ...harge head of the primary circuit The operating principle can be summarized as follows Flowzer VPS performs intelligent control of the flow rate on the primary circuit and balances it compared to the...

Page 12: ...nd set point 2 to 12 C in heat pump mode only for HPW and OH units set point 1 at 45 C and set point 2 at 40 C CSP Set point compensation depending on external air temperature For units fitted with th...

Page 13: ...upply of the unit must compulsorily include neutral ENM Energy meter The accessory allows the main electrical quantities including voltage current power to be read on the three phases via current tran...

Page 14: ...e reversal an alarm is generated that stops the machine to prevent damage to its main parts FARE Fast Restart The Fast Restart accessory enables the controller to carry out a fast restart of the unit...

Page 15: ...units peripherals Subscribing to any of the Blueye Cloud enables viewing the history of the monitored variables in the form of both numerical values and graphs downloading the history of variables in...

Page 16: ...simple serial cable so allowing their operat ing logics to be merged into a single consciousness that pursues the maximum energy efficiency of the system The RS485 serial interface is already included...

Page 17: ...torily be one of the free cooling units The Multilogic function that can be requested with the unit can be FM0 Multilogic function for Slave unit FM2 Multilogic function for Master unit for managing u...

Page 18: ...allation by the customer and replaces the water differential pressure switch standard GABB Packaging in wooden crate The unit is protected by a made to measure wooden crate The accessory is mandatory...

Page 19: ...er The accessory provides for the installation of a wooden sled for loading and a fixing system inside the container by a strap If this accessory is requested loading is only possible on containers an...

Page 20: ...97 99 101 Sound pressure levels LN 5 dB A 76 76 77 77 78 77 78 78 80 82 Sound power levels XLN 4 dB A 91 91 92 92 93 93 94 94 96 98 Sound pressure levels XLN 5 dB A 73 73 74 74 75 74 75 75 77 79 Dimen...

Page 21: ...1500 1550 1550 1550 1550 1550 1670 1670 Height mm 2050 2050 2100 2100 2100 2150 2150 2300 2400 Operating weight kg 2215 2335 2694 2832 2987 3381 3509 4260 4742 1 Source side heat exchanger inlet outl...

Page 22: ...4742 1 Source side heat exchanger inlet outlet water temperature 30 35 C user side heat exchanger inlet outlet water temperature 12 7 C Values com pliant with standard EN 14511 2 Source side heat exch...

Page 23: ...1 101 102 102 104 Sound pressure lev 5 dB A 81 81 82 82 83 82 83 83 85 Sound power levels LN 4 dB A 94 94 95 95 96 96 97 97 99 Sound pressure levels LN 5 dB A 76 76 77 77 78 77 78 78 80 Sound power le...

Page 24: ...atically illustrates the correspondence between product and reference energy ratio Some notes and clarifications For comfort applications regulation 2016 2281 sets the sc SEER ratio in two different o...

Page 25: ...icated below REGULATION 2016 2281 comfort application REGULATION 2016 2281 process application REGULATION 2013 813 The conformity of the product must be checked according to the type of application wh...

Page 26: ...exemption from Ecodesign PROCESS APPLICATION PRODUCT OUTLET WATER TEMPERA TURE COMPLIANCE INDEX REGULATION Chiller 2 C 12 C SEPR 2016 2281 12 C 8 C 2 C exemption from Ecodesign Some specifications an...

Page 27: ...applications SEPR for process applications As regards the 2016 2281 regulation starting from 1 January 2021 the minimum required efficiency limit will be raised Tier 2 compared to the current standard...

Page 28: ...1 User side heat exchanger water inlet outlet temperature 12 7 C low temperature application with reference to regulation 2016 2281 and stand ard EN 14825 3 User side heat exchanger water inlet outle...

Page 29: ...ature 47 55 C SCOP MT Average climate profile with reference to regulation 2013 813 and norm EN 14825 OMEGA SKY Xi OH 25 1 29 1 35 1 R513A REGULATION 2013 813 Pdesign 1 kW 271 322 384 Compliance 1 Y Y...

Page 30: ...a qualified technician based on the length of the line the type of cable used and the type of installation OMEGA SKY Xi 53 1 60 1 72 1 81 1 97 1 General electrical specifications Max absorbed power F...

Page 31: ...on must be determined by a qualified technician based on the length of the line the type of cable used and the type of installation OMEGA SKY Xi HPW OH 53 1 60 1 72 1 81 1 General electrical specifica...

Page 32: ...19 81 1 70 209 83 248 97 1 81 243 96 288 OMEGA SKY Xi HPW R513A Evaporator Condenser Qmin Qmax Qmin Qmax m h m h m h m h 25 1 30 90 24 71 29 1 36 108 28 84 35 1 43 129 33 99 40 1 49 146 37 111 47 1 55...

Page 33: ...nt ice formation in the exchanger The inlet and outlet temperatures of the user side exchanger must be given on ordering to allow correct setting of the alarm parame ters and verification of the sizin...

Page 34: ...60 101 82 The acoustic data are related to standard conditions source on a reflective surface in free field in referable and reproducible oper ating conditions The environment and the installation co...

Page 35: ...ses or for the verification of binding limits Reference conditions source side heat exchanger input output water temperature 30 35 C user side heat exchanger input output water temperature 12 7 C unit...

Page 36: ...5 DIMENSIONAL DIAGRAMS OMEGA SKY XI XI OH XI HPW DDIM000472 Note These drawings are not contractually binding For the installation design refer to the specific dimensional drawing available on request...

Page 37: ...0 4 pH 7 5 8 5 Electrical conductivity 10 500 S cm Organic elements Hydrogen carbonate HCO3 70 300 ppm Sulphates SO4 2 50 ppm Hydrogen carbonate Sulphates HCO3 SO4 2 1 Chlorides Cl 50 ppm Nitrates NO3...

Page 38: ...ors less wear of them and an increase in the efficiency of the system as a consequence of a reduc tion in the number of transients where Vmin is the minimum water content of the system l Ptot is the t...

Page 39: ...l units side by side you should consider the position and dimensions of the manifolds of the heat exchangers Once the best position for the unit has been identified you must check that the support sla...

Page 40: ...39...

Page 41: ...TC_0000_OSXi_EN_Rev00_20190109...

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