Russia, 443079, Samara, Avrora st. 114

Phone: (846)

 266-66-66

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Chiller - Scroll chiller

Scroll chiller

Model of a chiller

-2/ -2

-3/ -3

-4/ -4

-5/ -5

-6/ -6

-12/ -12/ -12

Cooling capacity Q, kW at T =45°, T0 =2C

5,7

8,5

11,3

14,4

17,1

33,1

Refrigerant mark

R404

R404

R404

R404

R404

R22

Unit model

-ZB15

-ZB21

-ZB30

-ZB38

-ZB45

-SM147

Evaporator model

SCE 08

SCE 15

SCE 15

SCE 15

SCE 23

SCE 35

Quantity of compressors

1

1

1

1

1

1

A number of power levels

1

1

1

1

1

1

A number of cicuits

1

1

1

1

1

1

Nominally acceptable water discharge, m3/hour

1,0

1,5

2,0

2,5

3,0

5,7

Pressure los on evaporator, no more than Pa

40

40

40

40

40

40

Pumpimg station model

200 Pa (20m)

3-50

15-100

15-100

15-100

15-100

15-200

Pumping station model 400 Pa (40m)

15-100

15-400

15-400

15-400

15-400

15-400

Hydro-module model

200 Pa

50/3-50

50/15-100

50/15-100

50/15-100

50/15-100

100/15-200

Hydro-module model

400 Pa

50/15-100

100/15-400

100/15-400

100/15-400

100/15-400

100/15-400

Operating chiller power consumption(compressor+

fans), kW

1,51+0,16

2,19+0,16

2,94+0,33

3,7+0,33

4,19+0,33

7,51+0,36

Pumping station or hydro-module power consumption for 200 Pa

0,165

0,75

0,75

0,75

0,75

1,5

Pumping station or hydro-module power consumption for 400 Pa

0,75

4,0

4,0

4,0

4,0

4,0

Cost of a chiller without pumping station or hydro-module, rub.

120 000

130 000

150 000

160 000

190 000

330 000

Cost of pumping station 200 Pa (20m)

35 000

40 000

40 000

40 000

40 000

50 000

Cost of pumping station 400 Pa (40m)

40 000

60 000

60 000

60 000

60 000

60 000

Cost of hydro-module 200 Pa (20m)

60 000

65 000

65 000

65 000

65 000

85 000

Cost of hydro-module 400 Pa (40m)

65 000

95 000

95 000

95 000

95 000

95 000

Cost of option

11 700

11 700

12 850

12 850

21 050

25 000

Cost of option

4 000

4 000

4 000

4 000

4 000

4 000

Cost of option

1 300

1 300

1 650

1 650

1 950

2 500

Cooling capacity is given under conditions Tinlet of water= +12, Toutlet of water= +7.

Model of a chiller

-122/ -122/ -122

-123/ -123/ -123

-124/ -124/ -124

-125/ -125/ -125

-126/ -126/ -126

Cooling capacity Q, kW at T =45, T0 =2C

66,2

99,3

132,4

165,5

198,6

Refrigerant mark

R22

R22

R22

R22

R22

Unit model

-2SM147

-3SM147

-4SM147

-5SM147

-6SM147

Evaporator model

SCE 70

SCE 110

SCE 70

(2 )

SCE110+SCE70

SCE 110

(2 )

Quantity of compressors

2

3

4

5

6

A number of power levels

2

3

4

5

6

A number of cicuits

1

1

2

2

2

Nominally acceptable water discharge, m3/hour

12

17

23

29

34

Pressure los on evaporator, no more than Pa

40

40

40

40

40

Pumpimg station model

200 Pa (20m)

15-200

15-200

30-200

30-200

30-200

Pumping station model 400 Pa (40m)

15-400

15-400

30-400

30-400

30-400

Hydro-module model

200 Pa

100/15-200

100/15-200

300/30-200

300/30-200

300/30-200

Hydro-module model

400 Pa

100/15-400

100/15-400

300/30-400

300/30-400

300/30-400

Operating chiller power consumption(compressor+

fans), kW

15,02+ 0,96

22,53+ 1,28

30,04+ 1,98

37,55+2,64

37,55+2,64

Pumping station or hydro-module power consumption for 200 Pa

1,5

1,5

6,0

6,0

6,0

Pumping station or hydro-module power consumption for 400 Pa

4,0

4,0

16,0

16,0

16,0

Cost of a chiller without pumping station or hydro-module, rub.

600 000

850 000

1 100 000

1 350 000

1 500 000

Cost of pumping station 200 Pa (20m)

50 000

50 000

75 000

75 000

75 000

Cost of pumping station 400 Pa (40m)

60 000

60 000

100 000

100 000

100 000

Cost of hydro-module 200 Pa (20m)

85 000

85 000

130 000

130 000

130 000

Cost of hydro-module 400 Pa (40m)

99 000

99 000

160 000

160 000

160 000

Cost of option

40 000

70 000

100 000

100 000

100 000

Cost of option

8 000

12 000

16 000

20 000

24 000

Cost of option

4 000

6 000

8 000

10 000

10 000

Cooling capacity is given under conditions Tinlet of water= +12, Toutlet of water= +7Ѡ

LEADER-S Ltd.

Samara, Avrora st. 114A

tel: (846) 266 66 62

e-mail:illarionov@leader-cool.ru

Components of a chiller:

1 – compressor

3 evaporator (located on the same frame inside the room)

2 condenser (located outside (remote) and connected with the unit by two copper pipes).

system is similar to system, but in this case the compressor is located inside the room together with the evaporator, what prevents the evaporator from defrosting in winter. After a long stop of compressor there is no need in heating before starting, it is only needed to set additional options () that are responsible for condensation pressure control and heat a piping and a condenser before starting. Although, one should remember that the unit needs a ventilated unit room, as the unit during operation will discharge heat, and there will also be a need in sound proof unit room so that its operation process will not be so loud. During installation works of the equipment as well as in system it is necessary to contact the installer.

Advantages of the system:

1- there is no possibility of defrosting the evaporator from an ambient temperature,

2- there is no need in using an additional option () for compressor heating,

3- operation at low air temperature (to -32C) is possible (while installing additional options () to control condensation pressure and heating of refrigeration circuit).

Disadvantages of the system:

1 an additional ventilated space for compressor,

2 compressor produces heat and noise in a room.

3 there is a necessity to perform qualified assembling works.

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Application in the fields of

LEADER-S Ltd.

Samara, Avrora st. 114A

tel: (846) 266 66 62

e-mail:illarionov@leader-cool.ru

Components of a chiller:

1 – compressor

3 evaporator (located on the same frame inside the room)

2 condenser (located outside (remote) and connected with the unit by two copper pipes).

system is similar to system, but in this case the compressor is located inside the room together with the evaporator, what prevents the evaporator from defrosting in winter. After a long stop of compressor there is no need in heating before starting, it is only needed to set additional options () that are responsible for condensation pressure control and heat a piping and a condenser before starting. Although, one should remember that the unit needs a ventilated unit room, as the unit during operation will discharge heat, and there will also be a need in sound proof unit room so that its operation process will not be so loud. During installation works of the equipment as well as in system it is necessary to contact the installer.

Advantages of the system:

1- there is no possibility of defrosting the evaporator from an ambient temperature,

2- there is no need in using an additional option () for compressor heating,

3- operation at low air temperature (to -32C) is possible (while installing additional options () to control condensation pressure and heating of refrigeration circuit).

Disadvantages of the system:

1 an additional ventilated space for compressor,

2 compressor produces heat and noise in a room.

3 there is a necessity to perform qualified assembling works.

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