Document:

Unassociated Document

 

Exhibit 4.8.3 - Electronic Catalogue (1,3,4,5) - 30HXC

 

  

  

  

 

 

	  	  	
 

Carrier China

 

Carrier is affiliated to United Technologies. United Technologies ranks 126 in world’s 500 tops (2006), its business extends to architectural industry and aerospace industry around the world.

 

In 1902, Professor Carrier invented first set of scientific air-conditioning system. Since then, carrier’s complete series products and system resolution have become first choice of many world-renowned buildings.

 

In 2007, carrier’s sales revenue reaches 14.6 billion US dollars, leading in the whole industry. Its distributors’ network covers over 170 countries. Carrier is now world’s biggest HVAC manufacturer.

 

Carrier China has 11 companies, 40 sales service offices and 2,500 employees.

 

As the world-class factory, Carrier Yileng has several advanced production lines of units and compressors, covering main units of commercial and residential central air-conditioning systems and air terminal products. The various products can meet diversifying demands from different customers.

 

	
Index

	 	  
	  	 	  
	
Type Explanation

	 	1
	
Specification

	 	1
	
Cooling Capacity

	 	1
	  	 	  
	
Characteristics of units

	 	2
	  	 	  
	
Performance Table

	 	4
	  	 	  
	
Outline Dimensions

	 	8
	  	 	  
	
Unit Hoisting

	 	12
	
Foundation Dimensions

	 	12
	  	 	  
	
Ice Storage Application Performance Table

	 	13
	
Option Explanation

	 	13
	
On-site Wiring Diagram

	 	13

 

  

  

  

 

Type Explanation

 

 

Specification

	 	 	 	 	 	 	 	 	 
	  	 	  	 	  	 	
30HXY

	 	30HXC
	Type	 	
110B

	 	
130B

	 	
165B

	 	
200B

	 	
250B

	 	
300B

	 	
350B

	 	
400B

	
Nominal Cooling Capacity

	 	
kW

	 	
329

	 	
455

	 	
574

	 	
686

	 	
875

	 	
1027

	 	
1204

	 	
1366

	
Cold Amount Regulation Number

	 	
104kcal/h

	 	
30

	 	
40

	 	
50

	 	
60

	 	
75

	 	
90

	 	
105

	 	
120

	  	 	  	 	  	 	
3

	 	
6

	 	
6

	 	
6

	 	
8

	 	
8

	 	
10

	 	
10

	
Minimum Cold Amount

	 	
%

	 	
40

	 	
19

	 	
19

	 	
21

	 	
14

	 	
14

	 	
10

	 	
10

	
Compressor

	 	
Loop A

	 	
No

	 	
1

	 	
2

	 	
2

	 	
2

	 	
2

	 	
2

	 	
2

	 	
2

	  	 	
Loop B

	 	
No

	 	
-

	 	
-

	 	
-

	 	
-

	 	
1

	 	
1

	 	
2

	 	
2

	  	 	
In/out Water Temperature

	 	
°C

	 	  	 	  	 	  	 	12/7	 	  	 	  	 	  
	Evaporatorr	 	
Flow Rate

	 	
m3/h

	 	
57

	 	
78

	 	
99

	 	
118

	 	
150

	 	
177

	 	
207

	 	
235

	  	 	
Water Pressure Drop

	 	
kPa

	 	
65

	 	
45

	 	
50

	 	
66

	 	
66

	 	
73

	 	
74

	 	
75

	  	 	
In/out Diameter

	 	
Dg

	 	
100

	 	
125

	 	
125

	 	
125

	 	
150

	 	
150

	 	
200

	 	
200

	  	 	
In/out Water Temperature

	 	
°C

	 	  	 	  	 	  	 	30/35	 	  	 	  	 	  
	Condenser	 	Flow Rate	 	
m3/h

	 	
69

	 	
95

	 	
120

	 	
143

	 	
182

	 	
214

	 	
251

	 	
284

	  	 	
Water Pressure Drop

	 	
kPa

	 	
63

	 	
83

	 	
77

	 	
69

	 	
68

	 	
59

	 	
68

	 	
69

	  	 	
In/out Diameter

	 	
Dg

	 	
125

	 	
125

	 	
125

	 	
125

	 	
200

	 	
200

	 	
200

	 	
200

	  	 	
Power Supply

	 	  	 	  	 	  	 	  	 	
380V-3Ph-50Hz

	 	  	 	  	 	  
	
Motor

	 	
Input Power Rated operational

	 	
kW

	 	
71

	 	
98

	 	
122

	 	
144

	 	
186

	 	
217

	 	
256

	 	
288

	  	 	
power

	 	
A

	 	
134

	 	
172

	 	
214

	 	
253

	 	
218/108

	 	
254/127

	 	
225/225

	 	
253/253

	  	 	
(Star /Triangle ) Max

	 	  	 	  	 	  	 	  	 	  	 	  	 	  	 	  	 	  
	  	 	
Current for Start Up

	 	
A

	 	
328

	 	
314

	 	
374

	 	
465

	 	
443/288

	 	
510/351

	 	
443/443

	 	
510/510

	HFC-134a	 	Loop A	 	kg	 	
78

	 	
90

	 	
102

	 	
130

	 	
107

	 	
120

	 	
90

	 	
110

	Filling Amount	 	Loop B	 	
kg

	 	
-

	 	
-

	 	
-

	 	
-

	 	
75

	 	
80

	 	
109

	 	
137

	
Unit Weight(Include Refrigerant)

	 	
kg

	 	
1929

	 	
2446

	 	
2520

	 	
2957

	 	
4258

	 	
4378

	 	
5055

	 	
5223

	Operational Weight	 	
kg

	 	
2089

	 	
2589

	 	
2685

	 	
3153

	 	
4618

	 	
4738

	 	
5518

	 	
5686

	
Outline Dimensions

	 	
Length

	 	
mm

	 	
2556

	 	
2988

	 	
2988

	 	
2988

	 	
3512

	 	
3512

	 	
4021

	 	
4021

	  	 	
Width

	 	
mm

	 	
980

	 	
980

	 	
980

	 	
980

	 	
1015

	 	
1015

	 	
1015

	 	
1015

	  	 	
Height

	 	
mm

	 	
1910

	 	
1816

	 	
1816

	 	
1921

	 	
2060

	 	
2060

	 	
2112

	 	
2112

 

Note:

1. The standard design pressure of units is 1.0MPa

2. 110B-200B is single-channel power supply, 250B-400B is double-channel power supply, above current parameters please refer to loop marks.

 

Cooling Capacity

329~1355kW

 

  

1

  

 

Characteristics of Units

Carrier 30HXY/HXC Screw Chiller has no Chloride (no consumption to ozonosphere), and is efficient (consume less power, making contribution to reduce greenhouse effect), stable, easy to maintain, and low operation cost, which is the first choice of central air conditioning system for hotel, restaurant, office, school, hospital and industrial and mining establishments.

Structural Characteristics of Units

	
1.

	
Powerful Pro-Dialog control system, direct-viewing display, and simple operation

	
2.

	
Full-liquid evaporator with reinforced heat-transfer pipes, featuring high heat transfer efficiency

	
3.

	
Electronic expansion valve is agilely controllable.

	
4.

	
Stop valve equipped with refrigerants is easy for maintenance.

	
5.

	
External second-stage oil separator conceal installed inside evaporator by Carrier’s patent technology has high efficiency of separation

	
6.

	
When releasing from factory, evaporator and condenser are fitted with connection pipes and clamps, which are easy for installation.

Characteristics of Compressor

	
1.

	
The compressor can be repaired on-site and Carrier designs dual-screw compressor for HFC-134a

	
2.

	
Semi-closed motor is parallel with compressor, which gears up the system, so that compact structure can be realized.

	
3.

	
Use aerospace gear AGMA12 (the highest grade of American Gear Manufacturer's Association), which runs quietly and is sturdy and durable.

	
4.

	
Employing computer optimization design to produce completely ne w concept tooth of rotor, machining precision of major components can reach micro-size, as a result, compressor is efficient and leakage rate is tiny.

	
5.

	
Use refrigerants to cool motor, and motor can work reliably under low temperature.

	
6.

	
Plunger type unloading device, simple and reliable structure, no internal loss

	
7.

	
Unique design internal silencer reduces gas pulsation of exhaust gas efficiently

Simple and Easy Installation

	
l

	
Compact structure, less space demand, save machine room’s space

	
l

	
The maximum width of units is only 1015mm, which can easily pass through door frame

	
l

	
Whole set of units releases from factory, and the cooling medium has been filled inside

	
l

	
When installing, only need connect water pipe and power supply of evaporator and condenser

Low Operation and Maintenance Cost

	
l

	
The unit is driven by several sets of compressor, wide adjustment scope of refrigerating capacity, high efficient partial loading

	
l

	
The units adopts double-loop design, stable and low maintenance cost

Low Noise (Three-stage noise elimination)

Internal silencer: rational stream guidance of exhaust air, efficiently reduce noise caused by gas pulsation of high pressure exhaust gas

Silencer of gas exhaust pipeline: transform part of sound energy into heat energy, reducing the noise of units

Mute chassis: addition of another noise barrier, significantly reduce noise’s transfer to the machine room

(Refer to the following pictures)

 

  

2

  

 

Microcomputer control system has user-friendly interface and clear flow chart display, which is easy to instruct and operate by powerful diagnosis, security protection and communication functions. It employs PID control to keep stable water temperature from evaporator, effectively keep the units in operation and its stability and economy efficiency.

Friendly Human-Computer Interface

	
l

	
Colorful user panel, provide LED digital display of operation and control parameters, direct-viewing

	
l

	
The unit flow chart clearly displays on user panel, providing immediate access to major operation parameters such as suction/exhaust gas, temperature, running hours of compressor

	
l

	
Quick access to and modify all operation and control parameters by menu operations

Advanced Control Function

	
l

	
Provide local, remote and CCN network to control units start or stop.

	
l

	
Advanced EXV electronic expansion valve is driven by 1500-stage stepper motor, which matches screw compressor and full-liquid evaporator, ensuring stable and efficient operation under full or partial loading.

	
l

	
Automatically control each refrigeration loops, and start stop of each compressor in each loop, as well as up/down load, in order to balance the operation time of each loop and compressor.

	
l

	
Realize interlock control between units and cold water and chilled water to assure units run under efficient and secure conditions.

	
l

	
Provide “requirement limitation” function that limits the maximum refrigerating capacity of units through power control. The function can be used for energy management of multi-units, realizing the optimization of whole system operation efficiency by limiting the cold amount of individual unit.

	
l

	
When unit starts up, it will reduce flow rate to control water temperature within adjustable scope (0.1-1.1/min), in order to avoid energy loss caused by low temperature water. It will promote energy efficiency ratio of unit, prolong unit’s lifetime.

	
l

	
It offers “Energy save Restoration” function, which will settle a negative correction of cold capacity in accordance with variation tendency of outdoor temperature or return water temperature (provide users with temperature signals), so that unnecessary energy waste can avoid. And it immediately matches the external reducing fluctuation tendency to raise the operation efficiency of units.

 

Strong diagnosis function

	
l

	
Before starting up the unit, the function will quickly confirm every switch, sensor, voltage and compressor by analog inspection.

	
l

	
During its operation, human-computer interface will display a variety of setting points and real operation parameters, monitoring units’ operation. When it is necessary, the system will alarm.

	
l

	
The unit may provide more than 140 display and alarm information. The operator can resort to relevant solution to remove faults by alarm information.

Complete Security Protection Function

	
l

	
The system provides functions such as temperature of cold water is too low, oil pressure is low, pressure of refrigerating fluid is too high, leak current, motor overload, voltage too high or too low, open-phase protection and many others.

Advanced Group Control Function

Every set of unit can provide RS485 Standard serial interface, with which can realize group control to multiple-units, if through CNN network (need phase). The system can connect with the counterparts of other buildings; the standard protocol includes BACnet/Modbus/Lonwork.

 

  

3

  

 

Performance Table

 

30HXY110B

	 	 	 	 	 	 	 	 	 	 	 
	
Ref. Capacity

	 	
Input Power

	 	
Evaporator

	 	
Condenser

	  	 	  	 	
Cold water

	 	
Cold Water

	 	
Flow Rate

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
out Tep(°C)

	 	
in Tep(°C)

	 	
(m3 / h)

	 	
Out Tep(°C)

	 	
In Tep(°C)

	 	
(m3 / h)

	
316

	 	
64

	 	  	 	  	 	
54

	 	
31

	 	
26

	 	
65

	
312

	 	
67

	 	5	 	10	 	
54

	 	
33

	 	
28

	 	
65

	
308

	 	
70

	 	  	 	  	 	
53

	 	
35

	 	
30

	 	
65

	
305

	 	
74

	 	  	 	  	 	
52

	 	
37

	 	
32

	 	
65

	
326

	 	
64

	 	  	 	  	 	
56

	 	
31

	 	
26

	 	
67

	
322

	 	
67

	 	 6	 	11	 	
55

	 	
33

	 	
28

	 	
67

	
319

	 	
70

	 	  	 	  	 	
55

	 	
35

	 	
30

	 	
67

	
315

	 	
74

	 	  	 	  	 	
54

	 	
37

	 	
32

	 	
67

	
336

	 	
65

	 	  	 	  	 	
58

	 	
31

	 	
26

	 	
69

	
333

	 	
68

	 	7	 	
12

	 	
57

	 	
33

	 	
29

	 	
69

	
329

	 	
71

	 	  	 	  	 	
57

	 	
35

	 	
30

	 	
69

	
325

	 	
74

	 	  	 	  	 	
56

	 	
37

	 	
32

	 	
69

	
347

	 	
65

	 	  	 	  	 	
60

	 	
31

	 	
26

	 	
71

	
343

	 	
68

	 	8	 	13	 	
59

	 	
33

	 	
28

	 	
71

	
339

	 	
71

	 	  	 	  	 	
58

	 	
35

	 	
30

	 	
70

	
335

	 	
75

	 	  	 	  	 	
58

	 	
37

	 	
32

	 	
70

	
357

	 	
65

	 	  	 	  	 	
61

	 	
31

	 	
26

	 	
73

	
353

	 	
68

	 	
9

	 	14	 	
61

	 	
33

	 	
28

	 	
73

	
349

	 	
72

	 	  	 	  	 	
60

	 	
35

	 	
30

	 	
72

	
345

	 	
75

	 	  	 	  	 	
59

	 	
37

	 	
32

	 	
72

	
367

	 	
65

	 	  	 	 	 	
63

	 	
31

	 	
26

	 	
74

	
363

	 	
68

	 	10	 	15	 	
62

	 	
33

	 	
28

	 	
74

	
360

	 	
72

	 	  	 	  	 	
62

	 	
38

	 	
30

	 	
74

	
355

	 	
75

	 	  	 	  	 	
61

	 	
37

	 	
32

	 	
74

30HXC130B

	 	 	 	 	 	 	 	 	 	 	 
	
Ref. Capacity

	 	
Input Power

	 	
Evaporator

	 	
Condenser

	  	 	  	 	
Cold water

	 	
Cold Water

	 	
Flow Rate

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
out Tep(°C)

	 	
in Tep(°C)

	 	
(m3 / h)

	 	
Out Tep(°C)

	 	
In Tep(°C)

	 	
(m3 / h)

	
439

	 	
89

	 	  	 	  	 	
76

	 	
31

	 	
26

	 	
91

	
431

	 	
93

	 	5	 	10	 	
74

	 	
33

	 	
28

	 	
90

	
424

	 	
98

	 	  	 	  	 	
73

	 	
35

	 	
30

	 	
90

	
416

	 	
102

	 	  	 	  	 	
72

	 	
37

	 	
32

	 	
89

	
456

	 	
89

	 	  	 	  	 	
78

	 	
31

	 	
26

	 	
94

	
448

	 	
93

	 	6	 	
11

	 	
77

	 	
33

	 	
28

	 	
93

	
439

	 	
98

	 	  	 	  	 	
76

	 	
35

	 	
30

	 	
92

	
430

	 	
103

	 	  	 	  	 	
74

	 	
37

	 	
32

	 	
92

	
473

	 	
90

	 	  	 	  	 	
81

	 	
31

	 	
26

	 	
97

	
464

	 	
94

	 	
7

	 	12	 	
80

	 	
33

	 	
28

	 	
96

	
455

	 	
98

	 	  	 	  	 	
78

	 	
35

	 	
30

	 	
95

	
447

	 	
103

	 	  	 	  	 	
77

	 	
37

	 	
32

	 	
95

	
488

	 	
90

	 	  	 	  	 	
84

	 	
31

	 	
26

	 	
99

	
480

	 	
94

	 	8	 	13	 	
82

	 	
33

	 	
28

	 	
99

	
472

	 	
99

	 	  	 	  	 	
81

	 	
35

	 	
30

	 	
98

	
462

	 	
103

	 	  	 	  	 	
79

	 	
37

	 	
32

	 	
97

	
505

	 	
90

	 	  	 	  	 	
87

	 	
31

	 	
26

	 	
102

	
495

	 	
95

	 	9	 	14	 	
85

	 	
33

	 	
28

	 	
101

	
486

	 	
99

	 	  	 	  	 	
84

	 	
35

	 	
30

	 	
101

	
478

	 	
104

	 	  	 	  	 	
82

	 	
37

	 	
32

	 	
100

	
521

	 	
91

	 	  	 	  	 	
90

	 	
31

	 	
6

	 	
105

	
512

	 	
95

	 	
10

	 	15	 	
88

	 	
33

	 	
28

	 	
104

	
503

	 	
99

	 	  	 	  	 	
87

	 	
35

	 	
30

	 	
104

	
493

	 	
104

	 	  	 	  	 	
85

	 	
37

	 	
32

	 	
103

 

  

4

  

 

Performance Table

 

30HXC165B

	 	 	 	 	 	 	 
	
Ref. Capacity

	 	
Input Power

	 	
evaporator

	 	
Condenser

	  	 	  	 	
Cold water

	 	
Cold Water

	 	
Flow Rate

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
out Tep(°C)

	 	
in Tep(°C)

	 	
(m3 / h)

	 	
Out Tep(°C)

	 	
In Tep(°C)

	 	
(m3 / h)

	
554

	 	
110

	 	  	 	  	 	
95

	 	
31

	 	
26

	 	
114

	
544

	 	
115

	 	5	 	10	 	
94

	 	
33

	 	
28

	 	
113

	
533

	 	
122

	 	  	 	  	 	
92

	 	
35

	 	
30

	 	
113

	
524

	 	
127

	 	  	 	  	 	
90

	 	
37

	 	
32

	 	
112

	
575

	 	
111

	 	  	 	  	 	
99

	 	
31

	 	
26

	 	
118

	
564

	 	
117

	 	
6

	 	11	 	
97

	 	
33

	 	
28

	 	
117

	
554

	 	
122

	 	  	 	  	 	
95

	 	
35

	 	
30

	 	
116

	
543

	 	
128

	 	  	 	  	 	
93

	 	
37

	 	
32

	 	
115

	
595

	 	
111

	 	 	 	  	 	
102

	 	
31

	 	
26

	 	
121

	
586

	 	
117

	 	
7

	 	12	 	
101

	 	
33

	 	
28

	 	
121

	
574

	 	
122

	 	  	 	  	 	
99

	 	
35

	 	
30

	 	
120

	
563

	 	
128

	 	  	 	  	 	
97

	 	
37

	 	
32

	 	
119

	
617

	 	
111

	 	  	 	  	 	
106

	 	
31

	 	
29

	 	
125

	
606

	 	
117

	 	
8

	 	13	 	
104

	 	
33

	 	
28

	 	
124

	
594

	 	
123

	 	  	 	  	 	
102

	 	
35

	 	
30

	 	
123

	
584

	 	
128

	 	  	 	  	 	
100

	 	
37

	 	
32

	 	
122

	
637

	 	
111

	 	  	 	  	 	
110

	 	
31

	 	
26

	 	
129

	
626

	 	
117

	 	
9

	 	14	 	
108

	 	
33

	 	
28

	 	
128

	
615

	 	
123

	 	  	 	  	 	
106

	 	
35

	 	
30

	 	
127

	
604

	 	
129

	 	  	 	  	 	
104

	 	
34

	 	
32

	 	
126

	
658

	 	
112

	 	  	 	  	 	
113

	 	
31

	 	
26

	 	
132

	
646

	 	
118

	 	
10

	 	
15

	 	
111

	 	
33

	 	
28

	 	
131

	
635

	 	
123

	 	  	 	  	 	
109

	 	
35

	 	
30

	 	
130

	
622

	 	
129

	 	  	 	  	 	
107

	 	
37

	 	
32

	 	
129

30HXC200B

	  	 	  	 	  	 	  	 	  	 	  	 	  	 	  
	
Ref. Capacity

	 	
Input Power

	 	
evaporator

	 	
Condenser

	  	 	  	 	
Cold water

	 	
Cold Water

	 	
Flow Rate

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
out Tep(°C)

	 	
in Tep(°C)

	 	
(m3 / h)

	 	
Out Tep(°C)

	 	
In Tep(°C)

	 	
(m3 / h)

	
658

	 	
129

	 	  	 	  	 	
113

	 	
31

	 	
26

	 	
135

	
651

	 	
137

	 	
5

	 	
10

	 	
112

	 	
33

	 	
28

	 	
135

	
644

	 	
143

	 	  	 	  	 	
111

	 	
35

	 	
30

	 	
135

	
636

	 	
150

	 	  	 	  	 	
109

	 	
37

	 	
32

	 	
135

	
680

	 	
130

	 	  	 	  	 	
117

	 	
31

	 	
26

	 	
139

	
672

	 	
137

	 	
6

	 	
11

	 	
116

	 	
33

	 	
28

	 	
139

	
664

	 	
143

	 	  	 	  	 	
114

	 	
35

	 	
30

	 	
139

	
657

	 	
151

	 	  	 	  	 	
113

	 	
37

	 	
32

	 	
139

	
701

	 	
130

	 	  	 	  	 	
121

	 	
31

	 	
26

	 	
143

	
694

	 	
138

	 	
7

	 	
12

	 	
119

	 	
33

	 	
28

	 	
143

	
686

	 	
144

	 	  	 	  	 	
118

	 	
35

	 	
30

	 	
143

	
678

	 	
151

	 	  	 	  	 	
117

	 	
37

	 	
32

	 	
143

	
723

	 	
131

	 	  	 	  	 	
124

	 	
31

	 	
26

	 	
147

	
715

	 	
138

	 	
8

	 	13	 	
123

	 	
33

	 	
28

	 	
147

	
708

	 	
144

	 	  	 	  	 	
122

	 	
35

	 	
30

	 	
146

	
699

	 	
152

	 	  	 	  	 	
120

	 	
37

	 	
32

	 	
146

	
744

	 	
131

	 	  	 	  	 	
128

	 	
31

	 	
26

	 	
151

	
737

	 	
139

	 	9	 	14	 	
127

	 	
33

	 	
28

	 	
151

	
728

	 	
145

	 	  	 	  	 	
125

	 	
35

	 	
30

	 	
150

	
720

	 	
152

	 	  	 	  	 	
124

	 	
37

	 	
32

	 	
150

	
766

	 	
134

	 	  	 	  	 	
64

	 	
31

	 	
26

	 	
155

	
758

	 	
139

	 	10	 	
15

	 	
64

	 	
33

	 	
28

	 	
154

	
750

	 	
145

	 	  	 	  	 	
63

	 	
35

	 	
30

	 	
154

	
741

	 	
153

	 	  	 	  	 	
62

	 	
37

	 	
32

	 	
154

 

  

5

  

 

Performance Table

 

30HXC250B

	 	 	 	 	 	 	 
	
Ref. Capacity

	 	
Input Power

	 	
evaporator

	 	
Condenser

	  	 	  	 	
Cold water

	 	
Cold Water

	 	
Flow Rate

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
out Tep(°C)

	 	
in Tep(°C)

	 	
(m3 / h)

	 	
Out Tep(°C)

	 	
In Tep(°C)

	 	
(m3 / h)

	
845

	 	
168

	 	  	 	  	 	
145

	 	
31

	 	
29

	 	
174

	
829

	 	
176

	 	
5

	 	
10

	 	
143

	 	
33

	 	
28

	 	
173

	
813

	 	
185

	 	  	 	  	 	
140

	 	
35

	 	
30

	 	
172

	
797

	 	
193

	 	  	 	  	 	
137

	 	
37

	 	
32

	 	
170

	
877

	 	
169

	 	  	 	  	 	
151

	 	
31

	 	
26

	 	
180

	
860

	 	
177

	 	6	 	11	 	
148

	 	
33

	 	
28

	 	
178

	
844

	 	
185

	 	  	 	  	 	
145

	 	
35

	 	
30

	 	
177

	
827

	 	
193

	 	  	 	  	 	
142

	 	
37

	 	
32

	 	
175

	
909

	 	
170

	 	  	 	  	 	
156

	 	
31

	 	
26

	 	
186

	
892

	 	
178

	 	
7

	 	12	 	
153

	 	
33

	 	
28

	 	
184

	
875

	 	
186

	 	  	 	  	 	
150

	 	
35

	 	
30

	 	
182

	
858

	 	
194

	 	  	 	  	 	
148

	 	
37

	 	
32

	 	
181

	
941

	 	
170

	 	  	 	  	 	
162

	 	
31

	 	
26

	 	
191

	
924

	 	
178

	 	8	 	13	 	
159

	 	
33

	 	
28

	 	
190

	
906

	 	
187

	 	  	 	  	 	
156

	 	
35

	 	
30

	 	
188

	
889

	 	
195

	 	  	 	  	 	
153

	 	
37

	 	
32

	 	
186

	
974

	 	
171

	 	  	 	  	 	
167

	 	
31

	 	
26

	 	
197

	
956

	 	
179

	 	9	 	14	 	
164

	 	
33

	 	
28

	 	
195

	
937

	 	
187

	 	  	 	  	 	
161

	 	
35

	 	
30

	 	
193

	
920

	 	
195

	 	  	 	  	 	
158

	 	
37

	 	
32

	 	
192

	
1005

	 	
172

	 	  	 	  	 	
173

	 	
31

	 	
26

	 	
202

	
988

	 	
180

	 	10	 	
15

	 	
170

	 	
33

	 	
28

	 	
201

	
969

	 	
188

	 	  	 	  	 	
167

	 	
35

	 	
30

	 	
199

	
950

	 	
196

	 	  	 	  	 	
163

	 	
37

	 	
32

	 	
197

30HXC300B

	 	 	 	 	 	 	 
	
Ref. Capacity

	 	
Input Power

	 	
evaporator

	 	
Condenser

	  	 	  	 	
Cold water

	 	
Cold Water

	 	
Flow Rate

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
out Tep(°C)

	 	
in Tep(°C)

	 	
(m3 / h)

	 	
Out Tep(°C)

	 	
In Tep(°C)

	 	
(m3 / h)

	
985

	 	
196

	 	  	 	  	 	
169

	 	
31

	 	
26

	 	
203

	
974

	 	
205

	 	5	 	10	 	
167

	 	
33

	 	
28

	 	
203

	
963

	 	
215

	 	  	 	  	 	
166

	 	
35

	 	
30

	 	
203

	
951

	 	
225

	 	  	 	  	 	
164

	 	
37

	 	
32

	 	
202

	
1017

	 	
197

	 	  	 	  	 	
175

	 	
31

	 	
26

	 	
209

	
1007

	 	
206

	 	
6

	 	11	 	
173

	 	
33

	 	
28

	 	
209

	
996

	 	
216

	 	  	 	  	 	
171

	 	
35

	 	
30

	 	
208

	
983

	 	
226

	 	  	 	  	 	
169

	 	
37

	 	
32

	 	
208

	
1051

	 	
198

	 	  	 	  	 	
181

	 	
31

	 	
26

	 	
215

	
1039

	 	
206

	 	
7

	 	12	 	
179

	 	
33

	 	
28

	 	
214

	
1027

	 	
217

	 	  	 	  	 	
177

	 	
35

	 	
30

	 	
214

	
1014

	 	
227

	 	  	 	  	 	
174

	 	
37

	 	
32

	 	
213

	
1082

	 	
199

	 	  	 	  	 	
186

	 	
31

	 	
26

	 	
220

	
1070

	 	
207

	 	
8

	 	13	 	
184

	 	
33

	 	
28

	 	
220

	
1058

	 	
218

	 	  	 	  	 	
182

	 	
35

	 	
30

	 	
220

	
1046

	 	
228

	 	  	 	  	 	
180

	 	
37

	 	
32

	 	
219

	
1115

	 	
200

	 	  	 	  	 	
192

	 	
31

	 	
26

	 	
226

	
1103

	 	
208

	 	
9

	 	14	 	
190

	 	
33

	 	
28

	 	
225

	
1091

	 	
218

	 	  	 	  	 	
188

	 	
35

	 	
30

	 	
225

	
1078

	 	
229

	 	  	 	  	 	
185

	 	
37

	 	
32

	 	
225

	
1148

	 	
200

	 	  	 	  	 	
197

	 	
31

	 	
26

	 	
232

	
1135

	 	
209

	 	10	 	15	 	
195

	 	
33

	 	
28

	 	
231

	
1122

	 	
219

	 	  	 	  	 	
193

	 	
35

	 	
30

	 	
231

	
1110

	 	
230

	 	  	 	  	 	
191

	 	
37

	 	
32

	 	
230

  

6

  

 

Performance Table

	
30HXC350B

	 	  	 	  
	  	 	  	 	  	 	  
	  	 	  	 	
evaporator

	 	
Condenser

	
Ref. Capacity

	 	
Input Power

	 	
Cold water

	 	
Cold Water

	 	
Flow Rate out

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
Tep( ̊C)

	 	
in Tep( ̊C)

	 	
(m3 / h)

	 	
Out Tep( ̊C)

	 	
In Tep( ̊C)

	 	
(m3 / h)

	
1161

1140

1117

1095

	 	
231

243

254

266

	 	
5

	 	
10

	 	
200

196

192

188

	 	
31

33

35

37

	 	
26

28

30

32

	 	
239

238

236

234

	
1206

1184

1161

1138

	 	
232

255

255

267

	 	
6

	 	
11

	 	
207

200

200

196

	 	
31

35

35

37

	 	
26

30

30

32

	 	
247

243

243

242

	
1250

1227

1204

1180

	 	
233

245

256

267

	 	
7

	 	
12

	 	
215

211

207

203

	 	
31

33

35

37

	 	
26

28

30

32

	 	
255

253

251

249

	
1295

1270

1247

1223

	 	
234

245

257

268

	 	
8

	 	
13

	 	
223

218

215

210

	 	
31

333

35

37

	 	
26

28

30

32

	 	
263

261

259

256

	
1339

1315

1291

1265

	 	
235

246

258

269

	 	
9

	 	
14

	 	
230

226

222

218

	 	
31

33

35

37

	 	
26

28

30

32

	 	
271

268

266

264

	
1382

358

1333

1308

	 	
236

247

258

270

	 	
10

	 	
15

	 	
238

234

229

225

	 	
31

33

35

37

	 	
26

28

30

32

	 	
278

276

274

271

 

	
30HXC400B

	 	  	 	  
	  	 	  	 	  	 	  
	  	 	  	 	
evaporator

	 	
Condenser

	
Ref. Capacity

	 	
Input Power

	 	
Cold water

	 	
Cold Water

	 	
Flow Rate out

	 	
Chill Water

	 	
Chill Water

	 	
Chill Water

	
(kW)

	 	
(kW)

	 	
Tep( ̊C)

	 	
in Tep( ̊C)

	 	
(m3 / h)

	 	
Out Tep( ̊C)

	 	
In Tep( ̊C)

	 	
(m3 / h)

	
1310

1296

1282

1265

	 	
259

273

286

299

	 	
5

	 	
10

	 	
225

223

220

218

	 	
31

33

35

37

	 	
26

28

30

32

	 	
270

270

270

269

	
1353

1339

1324

1308

	 	
261

274

287

301

	 	
6

	 	
11

	 	
233

230

228

225

	 	
31

33

35

37

	 	
26

28

30

32

	 	
278

277

277

277

	
1396

1382

1366

1350

	 	
263

276

288

303

	 	
7

	 	
12

	 	
240

238

235

232

	 	
31

33

35

37

	 	
26

27

30

32

	 	
285

285

284

284

	
1441

1425

1408

1392

	 	
264

277

290

305

	 	
8

	 	
13

	 	
248

245

242

239

	 	
31

33

35

37

	 	
26

28

30

32

	 	
293

293

292

292

	
1484

1468

1451

1435

	 	
265

278

291

306

	 	
9

	 	
14

	 	
255

252

250

247

	 	
31

33

35

37

	 	
26

28

30

32

	 	
301

300

300

299

	
1528

1511

1495

1476

	 	
266

379

292

307

	 	
10

	 	
15

	 	
263

260

257

254

	 	
31

33

35

37

	 	
26

28

30

32

	 	
309

308

307

307

  

7

 

Outline Dimension

 

30HXY110B

Note:

	
1.

	
picture 1 is space for maintenance, 2 is space for drawn pipe (the drawn pipes on right side and left side can exchange)

	
2.

	
Pi and Pi’ are two sets of holes for stone bolts, which can select one set to install

	
3.

	
On-site water pipe uses clamp connection, clamp and fitting connection pipes are provided randomly (blue section), and the length of connection pipe is 120mm.

 

	
Type

	 	
A

	 	 	
B

	 	 	
C

	 	 	
D

	 	 	
E

	 	
S

	 	
R

	
30HXY110B

	 	238	 	 	287	 	 	320	 	 	279	 	 	1910	 	
Dg100

	 	
Dg125

 

	
Loading Distribution(kg)

	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 
	
Type

	 	
P1

	 	 	
P2

	 	 	
P3

	 	 	
P4

	 	 	
P1’

	 	 	
P2’

	 	 	
P3’

	 	 	
P4’

	 	 	
PT

	 
	
30HXY110B

	 	601	 	 	451	 	 	590	 	 	447	 	 	619	 	 	473	 	 	568	 	 	429	 	 	2089	 

  

8

 

 

30HXC130B~200B

Note:

	
4.

	
picture 1 is space for maintenance, 2 is space for drawn pipe (the drawn pipes on right side and left side can exchange)

	
5.

	
Pi and Pi’ are two sets of holes for stone bolts, which can select one set to install

	
6.

	
On-site water pipe uses clamp connection, clamp and fitting connection pipes are provided randomly (blue section), and the length of connection pipe is 120mm.

	
Type

	 	
A

	 	 	
B

	 	 	
C

	 	 	
D

	 	 	
E

	 	 	
S

	 	 	
R

	 
	
30HXC130B

30HXC165B

	 	210	 	 	302	 	 	320	 	 	235	 	 	1816	 	 	
Dg125

	 	 	
Dg125

	 
	
30HXC200B

	 	272	 	 	297	 	 	320	 	 	235	 	 	1921	 	 	
Dg125

	 	 	
Dg125

	 

 

	
Loading Distribution(kg)

	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 
	
Type

	 	
P1

	 	 	
P2

	 	 	
P3

	 	 	
P4

	 	 	
P1’

	 	 	
P2’

	 	 	
P3’

	 	 	
P4’

	 	 	
PT

	 
	
30HXC130B

	 	804	 	 	543	 	 	741	 	 	501	 	 	840	 	 	506	 	 	773	 	 	470	 	 	2589	 
	
30HXC165B

	 	834	 	 	563	 	 	768	 	 	520	 	 	871	 	 	526	 	 	803	 	 	485	 	 	2685	 
	
30HXC200B

	 	978	 	 	662	 	 	903	 	 	610	 	 	1021	 	 	618	 	 	942	 	 	572	 	 	3153	 

  

9

 

Outline Dimension

 

30HXC250B~300B

Note:

	
7.

	
picture 1 is space for maintenance, 2 is space for drawn pipe (the drawn pipes on right side and left side can exchange)

	
8.

	
Pi and Pi’ are two sets of holes for stone bolts, which can select one set to install

	
9.

	
On-site water pipe uses clamp connection, clamp and fitting connection pipes are provided randomly (blue section), and the length of connection pipe is 120mm.

	
Type

	 	
A

	 	 	
B

	 	 	
C

	 	 	
D

	 	 	
E

	 	 	
S

	 	 	
R

	 
	
30HXC250B

30HXC300B

	 	306	 	 	340	 	 	357.5	 	 	284	 	 	2060	 	 	
Dg150

	 	 	
Dg200

	 

 

	
Loading Distribution (kg)

	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 
	
type

	 	
P1

	 	 	
P2

	 	 	
P3

	 	 	
P4

	 	 	
P1’

	 	 	
P2’

	 	 	
P3’

	 	 	
P4’

	 	 	
PT

	 
	
30HXC250B

	 	1350	 	 	960	 	 	1355	 	 	953	 	 	1403	 	 	911	 	 	1396	 	 	908	 	 	4618	 
	
30HXC300B

	 	1388	 	 	988	 	 	1380	 	 	982	 	 	1440	 	 	937	 	 	1431	 	 	930	 	 	4738	 

  

10

 

 

30HXC350B~400B

Note:

	
10.

	
picture 1 is space for maintenance, 2 is space for drawn pipe (the drawn pipes on right side and left side can exchange)

	
11.

	
Pi and Pi’ are two sets of holes for stone bolts, which can select one set to install

	
12.

	
On-site water pipe uses clamp connection, clamp and fitting connection pipes are provided randomly (blue section), and the length of connection pipe is 120mm.

	
type

	 	
A

	 	 	
B

	 	 	
C

	 	 	
D

	 	 	
E

	 	 	
S

	 	 	
R

	 
	
30HXC350B

30HXC400B

	 	290	 	 	379	 	 	340	 	 	309	 	 	2112	 	 	
Dg200

	 	 	
Dg200

	 

	
Loading Distribution (kg)

	 	 	 	 	 	 	 	 	 	 	 	 	 
	
type

	 	
P1

	 	 	
`P2

	 	 	
P3

	 	 	
P4

	 	 	
P1’

	 	 	
P2’

	 	 	
P3’

	 	 	
P4’

	 	 	
PT

	 
	
30HXC350B

	 	1799	 	 	1313	 	 	1391	 	 	1015	 	 	1864	 	 	1249	 	 	1438	 	 	967	 	 	5518	 
	
30HXC400B

	 	1851	 	 	1360	 	 	1432	 	 	1043	 	 	1918	 	 	1287	 	 	1486	 	 	995	 	 	5686	 

  

11

 

Unit Hoisting

Note:Each supporting chain shall bear whole weight of equipment; the center of unit shall be on the spandrel girder.

Center of gravity

 

	  	  	  	  	  	  	  	  	  	  	  	  	  	  	  	  	  	
(mm)

	  
	
type

	  	
X

	  	  	
Y

	  	  	
Z

	  	  	
W (Min)

	  	  	
L (Min)

	  	  	
Operation Weight  (kg)

	  
	
30HXY110B

	  	
1156

	  	  	
398

	  	  	
900

	  	  	
1200

	  	  	
1828

	  	  	
2089

	  
	
30HXC130B

	  	
1299

	  	  	
405

	  	  	
892

	  	  	
1200

	  	  	
1828

	  	  	
2589

	  
	
30HXC165B

	  	
2685

	  
	
30HXC200B

	  	
1299

	  	  	
400

	  	  	
870

	  	  	
1200

	  	  	
1828

	  	  	
3153

	  
	
30HXC250B

	  	
1652

	  	  	
426

	  	  	
1031

	  	  	
1200

	  	  	
2515

	  	  	
4618

	  
	
30HXC300B

	  	
4738

	  
	
30HXC350B

	  	
1888

	  	  	
432

	  	  	
1103

	  	  	
1200

	  	  	
3113

	  	  	
5518

	  
	
30HXC400B

	  	
1877

	  	  	
438

	  	  	
1098

	  	  	
1200

	  	  	
3113

	  	  	
5686

	  

Foundation Dimensions

 

Note:

	
1.

	
If unit uses first generation mute chassis, the foundation shall be made as whole, and its surface should be horizontal. The dimensions of foundation is according to the outline dimensions of unit, each side in the length direction shall add more than 250mm, each side in the width direction shall add more than 150mm. The dash dot line shows foundation dimension of unit, after installing mute chassis.

	
2.

	
Four pieces of stone bolts, each one is M20X300

	
3.

	
The position for stone bolts can be 1 2 3 4 or 1' 2’ 3’ 4’ shown on the picture

 

	  	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	
(mm)

	 
	
Type

	 	
A

	 	 	
B

	 	 	
C

	 	 	
P

	 	 	
Q

	 	 	
R

	 
	
30HXY110B

	 	468	 	 	1600	 	 	2554	 	 	930	 	 	100	 	 	980	 
	
30HXC130B

30HXC165B

30HXC200B

	 	658	 	 	1546	 	 	2988	 	 	930	 	 	100	 	 	980	 
	
30HXC250B

30HXC300B

	 	650	 	 	2111	 	 	3512	 	 	965	 	 	100	 	 	1015	 
	
30HXC350B

30HXC400B

	 	710	 	 	2503	 	 	4021	 	 	965	 	 	100	 	 	1015	 

  

12

 

 

Ice Storage Application Performance Table

	
type

	 	
30HXY

	 	 	
30HXC

	 
	  	  	  	 	
110B

	 	 	
130B

	 	 	
165B

	 	 	
200B

	 	 	
250B

	 	 	
300B

	 	 	
350B

	 	 	
400B

	 
	
空调

	
制冷量

	
kW

	 	317	 	 	438	 	 	554	 	 	654	 	 	845	 	 	985	 	 	1161	 	 	1307	 
	
工况

	
输入功率

	
kW

	 	71	 	 	98	 	 	122	 	 	144	 	 	185	 	 	215	 	 	254	 	 	287	 
	
蓄冰

	
制冷量

	
kW

	 	211	 	 	270	 	 	336	 	 	436	 	 	509	 	 	656	 	 	699	 	 	869	 
	
工况

	
输入功率

	
kW

	 	69	 	 	94	 	 	119	 	 	140	 	 	179	 	 	207	 	 	246	 	 	277	 
	
额定工况电流

	
A

	 	131	 	 	171	 	 	213	 	 	251	 	 	323	 	 	375	 	 	444	 	 	501	 
	
最大启动电流

	
A

	 	328	 	 	314	 	 	374	 	 	465	 	 	575	 	 	650	 	 	745	 	 	840	 
	
蒸

	
流量

	
m3/h

	 	58	 	 	80	 	 	102	 	 	120	 	 	155	 	 	179	 	 	214	 	 	238	 
	
发

	
空调工况水压降

	
kPa

	 	80	 	 	54	 	 	64	 	 	80	 	 	81	 	 	89	 	 	91	 	 	92	 
	
器

	
蓄冰工况水压降

	
kPa

	 	139	 	 	96	 	 	109	 	 	126	 	 	76	 	 	84	 	 	104	 	 	88	 

 

Note:

	
1.

	
Work condition of air conditioner: cold water in/out temperature is 7/12°C, chilled water in/out temperature 30/35°C

	
2.

	
Work condition of ice storage: cold water outlet temperature is -6°C, chilled water inlet temperature is 30°C.

	
3.

	
refrigerating medium shall be 25%

Option Explanation

 

	
l

	
Interfaces of water room of evaporator and condenser can reverse respectively

Interface of water room of standard unit is on the right side (control cabinet is front side), the option offers left side interface.

	
l

	
Water room of evaporator and condenser can provide 1.6Mpa/2.1Mpa high bearing pressure options

	
l

	
Low temperature unit:

Temperature scope of low temperature ethylene glycol and salting liquid:-6°C~+4°C

Can provide minimum -10°C low temperature option, meeting technological demand

	
l

	
Mute Chassis

First generation mute chassis can denoise the unit over 10dB(A), easy for installation, no effect to maintenance and management of unit, handsome appearance (please see P2)

	
Type

	 	
Size(L x W x H) mm

	 	
Weight (kg)

	 	
Type

	 	
Size(L x W x H) mm

	 	
Weight (kg)

	
30HXY110B

	 	
2867 x 1192 x 2080

	 	
500

	 	
30HXY110B

	 	
When installing second generation

	 	
130

	
30HXC130B~30HXC200B

	 	
3315 x 1192 x 2143

	 	
600

	 	
30HXC130B

	 	
Generation Mute chassis

	 	
130

	
30HXC250B~30HXC300B

	 	
3724 x 1221 x 2212

	 	
700

	 	
30HXC165B

	 	
Chassis, outline is same

	 	
130

	
30HXC350B~30HXC400B

	 	
4333 x 1221 x 2312

	 	
800

	 	
30HXC200B

	 	
to the original set.

	 	
160

	
注:When ordering the equipment, user shall specific the detailed type on the contract.

On-site Wiring Diagram

 

  

13Unassociated Document

Exhibit 4.8.4 - Electronic Catalogue (1,3,4,5) - 39CBF39CBFI

 

  

  

  

Carrier China

Carrier is affiliated to United Technologies. United Technologies ranks 126 in world’s 500 tops (2006), its business extends to architectural industry and aerospace industry around the world.

In 1902, Professor Carrier invented first set of scientific air-conditioning system. Since then, carrier’s complete series products and system resolution have become first choice of many world-renowned buildings.

In 2007, carrier’s sales revenue reaches 14.6 billion US dollars, leading in the whole industry. Its distributors’ network covers over 170 countries. Carrier is now world’s biggest HVAC manufacturer.

Carrier China has 11 companies, 40 sales service offices and 2,500 employees.

As the world-class factory, Carrier Yileng has several advanced production lines of units and compressors, covering main units of commercial and residential central air-conditioning systems and air terminal products. The various products can meet diversifying demands from different customers.

Index

	
39CBFI Series Modular Air-Conditioning Unit

	
 

	
Mark Method of Unit Type

	
1

	
Air Amount scope

	1
	
Characteristics of Unit

	
2

	
Introduction of software

	
4

	
Control Illusion of Unit

	
5

	
Control

	
6

	
Swift Model Selection

	
7

	
Sketch Map of Function Section

	
8

	
Adjustment of air valve

	9
	
Cold amount and heat amount of unit and pipe coil configuration

	10
	
Weight of Pipe Coil

	12
	
Connection dimension of pipe coil installation

	13
	
Fan section

	16
	
Humidifier Option

	19
	
Silencer

	20
	
Filter

	21
	
Specification and number of Filter

	22
	
Filtering grade of purification needed

	23
	
Electrical heating section

	24
	
Case Weight

	24
	  	  
	
39CBF Series Modular Air-Conditioning Unit

	  
	
Mark Method of 39CBF

	25
	
Air Amount Scope of 39CBF

	
25

	
Characteristics of Unit 39CBF

	
26

	
Swift Model Selection of 39CBF

	
28

	
Other Specification

	
29

  

  

  

Mark Method of Unit Type

 

 

Computing Formula for Unit Modulus and Dimension

39CBFI

 

(1)  Unit Height = Height Modulus × 100 + 100 + 100 (Base)

 

 (2)  Unit Width = Width Modulus× 100 + 100

 

Example:39CBFI 0712

 

07 Height Modulus

 

Height of Unit is:7 × 100 + 100 + 100 (底座) =900mm

 

12 Width Modulus

 

Width of Unit:12 × 100 + 100 =1300mm

Scope of Air Amount

 

39CBFI    2209~57766m3/h

  

1

  

Characteristics of Unit

Double-Panel Structure, Outstanding Heat Prevention

50mm foam panel is light and rigid, and its thermal conductivity is less than 0.0199W/M.°C. The framework and framing strips have been specially treated for insulation, preventing the appearance of cold bridge. Double metal panels are quality color steel sheet and galvanized steel panel, ensuring fire-proof and anti-corrosion performance of the unit. Meanwhile, external panel can be optionally painted by powder of cold-rolled steel sheet, internal panel can be use stainless steel, to satisfy different demand from customers.

 

New sealing material, minimize air leakage

The case of unit includes panel, framework and gland strip. The panel adopts unique embedding method, so that connection points can be connected precisely. The new gland strip is applied between frame and panel, and each access door and pass-through of pipes has been meticulously designed to ensure air tightness of unit. It completely complies with or beyond the GB/T14294-93.

 

Elaborate design of water pan

Water pan shall be galvanized steel panel, and stainless steel water pan is available. The down drain method ensures all the condensed water discharged. The lowest point of pipe coil loop equips a freeing port, which can empty the standing water inside pipe coil. This can avoid frost crack of pipe coil.

 

Cold/Hot water pipe coil, international high-level design

	
l

	
Pipe coil employs Carrier’s latest ripple fins to install on copper pipe by mechanic expansion pipe method, which has excellent heat transfer efficiency. Customers can select hydrophilic aluminum foil to more excellent reach heat transfer performance.

Pipe coil header is steel header, and copper header is available if user has such requirement. The drain valve and air evacuation valve are installed on pipe coil header to ensure no air on loop, meanwhile empty standing water inside pipe coil to avoid frost crack.

	
l

	
When face velocity is more than 2.5m/s, water-dam can be added behind pipe coil, which can effectively separate water from air.

 

Corrugated air damper, flexible adjustment

Handle or electric mode can be selected. Using corrugated link mechanism adjustment, and air damper can open flexibly. Electric remote control device can be installed.

 

  

2

  

 

 

Unit Base

Each section equips unit base to strength whole machine, reduce unit’s vibration, easy for transport and split joint.

Use optimized “many-swings on front side and curve on back side double intakes centrifugal fan, low noise and high efficiency

Blade wheel and belt pulley have been adjusted by dynamic poise, and whole fan has been regulated by vibration test, so that the whole fan can run smoothly.  The base that fan and motor used together installs shock absorbers, soft connection have been provided between air outlet and chassis, so that operational components can be completely isolated, so does shock. The blade of front section or back section can be selected in accordance with air pressure and air flow rate.

 

Provide all kinds of filers to cater different need

	
l

	
Provide all-level filters, ranging from preliminary filter (board-structure, efficiency can reach G4 level), to medium filter (bag-structure, efficiency can reach F8 level), and high efficiency filter (H13). And provide active carbon filter, filter cartridge filter, antistatic filter and other special filters.

Modulus design and convenient model selection

The width, height and length of unit add in proportion by modulus of 100mm

Each regulation of flow shall have certain type of unit to match

Modulus products save the material to maximum, control production cost

Standard modules products are convenient and quick for mode shaping and manufacture.

Easy and Convenient Repair

Parts have strong commonality, very easy to change, and price is cheap. Detachable panel can be installed on one side of unit; furthermore, access doors are set to necessary function setting. It is convenient to maintain fan, pipe coil and filters. Pipe coil is installed on lead rail of water pan, easy to maintain, clean and dismantle.

 

 

  

3

  

Introduction of Software

Computer Model Selection

The company provides swift and précised computer model selection service. Calculate the most idea function configuration and most economic type.

Function Charateristics

·   Project Management

·   Modulus Management

·   Flexible Combination of Functions

·   Provide several configurations according to user’s requirement

·   Sub-Box Section Configuration

·   Unit Performance Calculation

·   Whole-set Quotation

·   Output Drawing and technical specification

·   Chinese Interface, Easy use

  

4

  

Example of Unit Control

	 	
Control of AC Unit

	 	 
	 	 	 	 
	 	
Monitor Equipment

	 	
Monitor Contents

	 	  	 	  
	 	
AC Unit

	 	

Fan Start stop control; Fan Operation Status, Fault Alarm, Handle and auto status; , Filter silting Alarm; (pipe coil freeze protection Alarm) Cold Water Valve regulation, Hot Water Valve Regulation; Fresh-air Damper Adjustment; recirculation door Adjustment; Himidifier Switch; Supply Temperature; Supply Temperature; recirculation humidity level; indoor temperature and humidity level; outdoor temperature and humidity level

	 	 	 	 
	 	
Schematic diagram of AC unit (Example)

	
1  humility of return air

	
2  Temperature of Return air

	
3  Damper adjustment of Return air

	
4   Fresh-air damper adjust

	
5  Screen silting Alarm

	
6  Hot Water Valve Adjust  

	
7  Cold Water Valve adjustment

	
8  humidifier Switch

	
9   Fan Operation Status

	
10 Fan Handle or auto Status

	
11 Fan Fault

	
12 Fan Stop Control

	
13 Temperature of Supply Air

	  	  

	 	AC Unit Fresh-Air Control
	 	 	 	 
	 	
Monitor equipment

	 	
monitor content

	 	 	 	 
	 	
Fresh-air Unit

	 	

Fan Start Stop Control; Fan Operational Status, Fault Alarm, Handle and auto status, filter silt alarm; (pipe coil freeze protection Alarm) Cold Water Valve Adjustment, hot water Valve Adjustment, Fresh-air damper adjustment; temperature of supply air, indoor temperature and humidity, outdoor temperature and humidity

	 	 	 	 
	 	
Schematic diagram of Fresh-air unit (Example)

	
1   Fresh-air Damper openness

	
2   Screen Silting Alarm

	
3   Valve Adjustment

	
4   Fan Operation

	
5   handle – Auto Status

	
6   Fan Fault Alarm

	
7   Fan Start-stop

	
8   temperature of Supply air

	
9   Outdoor Temperature

	  

  

5

  

Control

Realize single machine and network control to AC unit according to customer’s requirement

 

Function

 

	 	
●

	
aim to all kinds of AC unit and terminals, provide all-level control system solution

 

	 	
●

	
Through communication signal line, assemble temperature, humility, valve and damper’s signals on AC unit and terminals, send alarms through internal logical procedure, control valve, damper openness, monitor fan, screen status, auto alarm.

 

	 	
●

	
Equip special system monitor interface, realizing system control of simple AC Unit.

Single Machine Control Module of AC Unit

 

  

6

  

Quick Model Selection

	
Unit Specification

	 	
Pipe coil in the wind

	 	
Outline Diamension

	 	
Air

	 	
Full Pressure of

	  	 	  	 	  	  	 	
Flow

	 	
External unit

	
39CFI

	 	
Area (m2)

	 	
Height H*

	
Width W

	 	  	 	  	 	  	 	  
	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
0609

	 	
0.24

	 	
700

	
1000

	 	
2008

	 	
2209

	 	
2430

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
0610

	 	
0.34

	 	
700

	
1100

	 	
2755

	 	
3058

	 	
3364

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
0712

	 	
0.49

	 	
800

	
1300

	 	
3979

	 	
4417

	 	
4859

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
0813

	 	
0.70

	 	
900

	
1400

	 	
5663

	 	
6286

	 	
6915

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
0914

	 	
0.81

	 	
1000

	
1500

	 	
6582

	 	
7306

	 	
8037

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1015

	 	
1.05

	 	
1100

	
1600

	 	
8495

	 	
9429   

	 	
10372

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1016

	 	
1.15

	 	
1100

	
1700

	 	
9337

	 	
10364

	 	
11400

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1117

	 	
1.44

	 	
1200

	
1800

	 	
11632

	 	
12912

	 	
14703

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1317

	 	
1.68

	 	
1400

	
1800

	 	
13623

	 	
15121

	 	
16633

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1518

	 	
2.07

	 	
1600

	
1900

	 	
16837

	 	
18689

	 	
20558

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1522

	 	
2.36

	 	
1600

	
2300

	 	
19133

	 	
21238

	 	
23362

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1622

	 	
2.55

	 	
1700

	
2300

	 	
20664

	 	
22937

	 	
25231

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1822

	 	
2.93

	 	
1900

	
2300

	 	
23725

	 	
26335

	 	
28968

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1824

	 	
3.30

	 	
1900

	
2500

	 	
26786

	 	
29733

	 	
32706

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
1825

	 	
3.59

	 	
1900

	
2600

	 	
29082

	 	
32281

	 	
35509

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
2025

	 	
3.96

	 	
2100

	
2600

	 	
30143

	 	
35679

	 	
39247

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
2226

	 	
4.63

	 	
2300

	
2700

	 	
37501

	 	
41626

	 	
45789

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	
2330

	 	
5.48

	 	
2400

	
3100

	 	
44388

	 	
49271

	 	
54198

	 	
200~800

	  	 	  	 	  	  	 	  	 	  	 	  	 	  
	Unit height, not inclusive of base, 100mm	
400

	
3500

	 	
52041

	 	
57766

	 	
63543

	 	  

  

7

  

Function Section Sketch

	
Serial No.

	 	
Description

	 	
Simple Graph

	 	  	 	
Note

	  	 	  	 	  	 	  	 	  
	
1

	 	
Combined Section

	 	

	 	
(0609~0813) 5M

0914~1317) 6M

(1518~1622) 8M

(1822~2025) 9M

(2226~2334) 11M

	 	  
	  	 	  	 	  	 	  	 	  
	
2

	 	
Bag Filter Section

	 	

	 	
6M

	 	
The function section is recommended to set repair section

	  	 	  	 	  	 	  	 	  
	
3

	 	
Comprehensive Filter Section

	 	

	 	
6M

	 	
The function section is recommended to set repair section

	  	 	  	 	  	 	  	 	  
	
4

	 	
Surface Cold Section

	 	

	 	
6M

	 	
Include water-dam

	  	 	  	 	  	 	  	 	  
	
5

	 	
Hot Water pipe coil section

	 	

	 	
3M

	 	
When surface cold section did not include wet film humidifier and water-dam, can be installed with cold water pan

	  	 	  	 	  	 	  	 	  
	
6

	 	
Steam pipe coil section

	 	

	 	
3M

	 	  
	  	 	  	 	  	 	  	 	  
	
7

	 	
Electricity Heat Section

	 	

	 	
3M

	 	  
	  	 	  	 	  	 	  	 	  
	
8

	 	
Steam Humidifier Section

	 	

	 	
6M

	 	  
	  	 	  	 	  	 	  	 	  
	
9

	 	
Wet Film Humidifying Section

	 	

	 	
3M

	 	
Can directly install with pipe coil, water pan, no space Demand

	  	 	  	 	  	 	  	 	  
	
10

	 	
High Pressure Spray humidifying Section

	 	

	 	
6M

	 	
Can be neighbor with surface cold machine, use water-dam

	  	 	  	 	  	 	  	 	  
	
11

	 	
Fan Section

	 	

	 	  	 	
Fan has four air-out directions

	  	 	  	 	  	 	  	 	  
	
12

	 	
Fresh-air return air section

	 	

	 	
(0609~0813) 10M

(0914~1825) 12M

(2025~2334) 18M

	 	  
	  	 	  	 	  	 	  	 	  
	
13

	 	
Silencing Section

	 	

	 	
6M, 12M

	 	
The function section is recommended to set repair section

	  	 	  	 	  	 	  	 	  
	
14

	 	
Air Outlet Section

	 	

	 	
(0609~0813) 5M

(0914~1317) 6M

(1518~1622) 8M

(1822~2025) 9M

(2226~2334) 11M

	 	
The outlet can be on the side or on the top

	  	 	  	 	  	 	  	 	  
	
15

	 	
Empty Section

	 	

	 	
3M, 6M

	 	  
	  	 	  	 	  	 	  	 	  
	
16

	 	
High Efficient filter section

	 	

	 	
9M

	 	  

注:以上模数长度仅限于 0609~2334 机组。

  

8

  

Sketch Map Identification of Unit Direction

 

	
Direction of unit: 

	
favorable current direction, pipe coil in/out water pipe those the access door on the left are left side door, and verse vise.

 

Adjustment Air Valve

It combines return air valve side rod drive openness ripple valve, which is light and flexible to operate, air resistance small, good sealant. It can be hand control, or electronic executor control. The dimension of adjustable air valve shows as follows:

	  	
39CBFI

	
Unit Spec

	
L × H

	
Weight

	
39CBFI

	
mm

	
kg

	
0609

	
848.0 × 420.5

	
19.7

	
0610

	
948.0 × 420.5

	
20.9

	
0712

	
1148.0 × 420.5

	
23.8

	
0813

	
1248.0 × 420.5

	
25.3

	
0914

	
1348.0 × 578.0

	
36.7

	
1015

	
1448.0 × 578.0

	
38.5

	
1016

	
1548.0 × 578.0

	
40.0

	
1117

	
1648.0 × 578.0

	
42.7

	
1317

	
1648.0 × 578.0

	
42.7

	
1518

	
1748.0 × 735.0

	
46.0

	
1522

	
2148.0 × 735.5

	
62.4

	
1622

	
2148.0 × 735.5

	
62.4

	
1822

	
2148.0 × 893.0

	
72.0

	
1824

	
2348.0 × 893.0

	
76.8

	
1825

	
2448.0 × 893.0

	
79.5

	
2025

	
2448.0 × 893.0

	
79.5

	
2226

	
2548.0 × 1050.5

	
89.7

	
2330

	
2948.0 × 1050.5

	
100.7

	
2334

	
3348.0 × 1050.5

	
111.0

 

  

9

  

 

Cold Amount and heat amount of unit, and configuration of pipe coil

Unit equipped with cold/hot water pipe coil and heat pipe coil. The cold/hot water pipe coil can use cold water and hot water in winter and summer in turn. Heat pipe coil is heated by special hot water, or select steam pipe coil.

	  	  	
4 Row

	
6 Row

	
Unit Spec

	
air volume

	
Total cold

	
A. cold

	
Air .resist.

	
Water Flow

	
Water Resis

	
Loop

	
Total C

	
A. cold

	
Air Resist

	
39CBFI

	
(CMH)

	
(kW)

	
(kW)

	
(Pa)

	
(L/s)

	
(kPa)

	  	
(kW)

	
(kW)

	
(Pa)

	
0609

	
2209

	
12.1

	
9.12

	
128

	
0.58

	
7.9

	
HF

	
17.16

	
11.75

	
196

	
0610

	
3058

	
16.58

	
11.90

	
124

	
0.79

	
12.4

	
HF

	
24.69

	
16.65

	
188

	
0712

	
4417

	
23.92

	
17.11

	
126

	
1.1

	
17.1

	
HF

	
36.07

	
24.24

	
192

	
0813

	
6286

	
35.39

	
25.27

	
126

	
1.7

	
34.6

	
HF

	
48.28

	
33.18

	
191

	
0914

	
7306

	
40.83

	
29.04

	
128

	
1.96

	
39.5

	
HF

	
55.62

	
38.37

	
192

	
1015

	
9429

	
53.41

	
38.08

	
127

	
2.6

	
46.9

	
HF

	
72.84

	
49.96

	
191

	
1016

	
10364

	
59.51

	
42.16

	
128

	
2.85

	
55.8

	
HF

	
81.18

	
55.39

	
191

	
1117

	
12912

	
79.53

	
58.65

	
125

	
3.8

	
17.8

	
FL

	
103.39

	
69.97

	
191

	
1317

	
15121

	
93.44

	
68.79

	
126

	
4.5

	
20.8

	
FL

	
121.26

	
82.01

	
192

	
1518

	
18689

	
116.43

	
85.41

	
127

	
5.6

	
26.7

	
FL

	
150.61

	
101.68

	
193

	
1522

	
21238

	
135.61

	
98.38

	
127

	
6.5

	
25.2

	
FL

	
173.71

	
116.64

	
192

	
1622

	
22937

	
145.83

	
105.99

	
127

	
7

	
27.7

	
FL

	
187.1

	
125.76

	
192

	
1822

	
26335

	
167.58

	
121.76

	
127

	
8

	
28.1

	
FL

	
214.93

	
144.44

	
192

	
1824

	
29733

	
193.22

	
139.09

	
128

	
9.2

	
35.6

	
FL

	
245.77

	
164.41

	
193

	
1825

	
32281

	
212.52

	
152.13

	
128

	
10.2

	
45

	
FL

	
257.06

	
174.31

	
191

	
2025

	
35679

	
234.3

	
167.90

	
128

	
11.2

	
44.8

	
FL

	
283.45

	
192.37

	
191

	
2226

	

41628

	
275.39

	
196.72

	
129

	
13.2

	
51.8

	
FL

	
332.93

	
225.39

	
191

	
2330

	
49271

	
331.15

	
234.96

	
129

	
15.8

	
69.5

	
FL

	
399.05

	
268.91

	
192

	
2334

	
57766

	
*371.14

	
*268.51

	
*129

	
*14.1

	
*68.9

	
FL

	
*450.89

	
*308.05

	
*193

Standard operation

	  	  	
6 Row

	
8 row

	  	
Air

	  	  	  	  	  	  	  	  	  
	
Unit Spec

	
volume

	
W Flow

	
Water Resis

	
Loop

	
Total Cold

	
A. Cold

	
Air Resistant

	
Water Fl

	
Water Resis

	
Loop

	
39CBFI

	
(CMH)

	
(L/s)

	
(kPa)

	  	
(kW)

	
(kW)

	
(Pa)

	
(L/s)

	
(kPa)

	  
	
0609

	
2209

	
0.8

	
16.1

	
HF

	
19.7

	
12.91

	
264

	
0.9

	
26.6

	
HF

	
0610

	
3058

	
1.2

	
40.2

	
HF

	
27.73

	
18.07

	
253

	
1.3

	
64.2

	
HF

	
0712

	
4417

	
1.7

	
43.58

	
HF

	
37.96

	
25.18

	
254

	
1.8

	
14.8

	
FL

	
0813

	
6286

	
2.3

	
19.1

	
FL

	
55.05

	
36.28

	
257

	
2.6

	
29.2

	
FL

	
0914

	
7306

	
2.7

	
19.6

	
FL

	
63.8

	
42.09

	
258

	
3.1

	
29.5

	
FL

	
1015

	
9429

	
3.5

	
18.6

	
FL

	
83.77

	
54.95

	
256

	
4

	
29.5

	
FL

	
1016

	
10364

	
3.9

	
24.1

	
FL

	
92.6

	
60.76

	
257

	
4.4

	
38

	
FL

	
1117

	
12912

	
4.9

	
37.7

	
FL

	
116.72

	
76.14

	
256

	
5.6

	
57.8

	
FL

	
1317

	
15121

	
5.8

	
43.1

	
FL

	
136.75

	
89.19

	
257

	
6.5

	
64.6

	
FL

	
1518

	
18689

	
7.2

	
41.8

	
FL

	
169.37

	
110.39

	
259

	
8.1

	
65.2

	
FL

	
1522

	
21238

	
8.3

	
54.1

	
FL

	
182.96

	
121.25

	
256

	
8.7

	
22.6

	
DB

	
1622

	
22937

	
8.9

	
58.1

	
FL

	
196.83

	
130.62

	
256

	
9.4

	
23.8

	
DB

	
1822

	
26335

	
10.3

	
59.5

	
FL

	
226.3

	
150.1

	
256

	
10.8

	
18.8

	
DB

	
1824

	
29733

	
11.8

	
75.8

	
FL

	
258.44

	
170.76

	
257

	
12.4

	
25.8

	
DB

	
1825

	
32281

	
12.3

	
36.6

	
DB

	
282.03

	
186.02

	
258

	
13.5

	
31.4

	
DB

	
2025

	
35679

	
13.6

	
37.8

	
DB

	
311.39

	
205.46

	
258

	
14.9

	
33.5

	
DB

	
2226

	
41628

	
15.9

	
43.7

	
DB

	
364.32

	
240.16

	
258

	
17.4

	
38.5

	
DB

	
2330

	
49271

	
19.1

	
57.7

	
DB

	
433.94

	
285.45

	
259

	
20.8

	
49.8

	
DB

	
2334

	
57766

	
18

	
56.8

	
DB

	
521.38

	
340.26

	
259

	
24.9

	
76.1

	
DB

 

HF—Semi loop  FL—Full Loop  DB—Double Loop  Standard Operation Condition:inlet dry bulb temperature —27oC  inlet wet bulb temperature —19.5oC  inlet water —7oC Note:* refers to control refrigerating water pipe pressure drop , differential return water temperature is  5oC

 

  

10

  

 

Cold Amount and heat amount of unit, and configuration of pipe coil

 

	
Unit Cold

	  
	
Amount

	
Fresh-air

	  	
Operational

	  	
Condition

	
Unit spec

	
Air volume

	
4 Row

	
6 Row

	
39CBFI

	
(CMH)

	
Total Cold

	
A. Cold

	
Air Resist

	
Water Res

	
Water Flow

	
Loop

	
T Cold

	
A Cold

	
Air Consist

	  	  	
(kW)

	
(kW)

	
(Pa)

	
(L/s)

	
(kPa)

	  	
(kW)

	
(kW)

	
(Pa)

	
0609

	
2209

	
31.55

	
13.66

	
134

	
1.5

	
27

	
HF

	
39.51

	
16.75

	
201

	
0610

	
3058

	
45.81

	
19.63

	
128

	
2.2

	
59.4

	
HF

	
51.03

	
21.75

	
193

	
0712

	
4417

	
59.83

	
26.18

	
130

	
2.9

	
15.1

	
FL

	
76.05

	
32.32

	
195

	
0813

	
6286

	
87.31

	
38.01

	
131

	
4.2

	
28

	
FL

	
109.86

	
46.64

	
197

	
0914

	
7306

	
102.48

	
44.53

	
132

	
4.9

	
49.2

	
FL

	
128.37

	
54.48

	
198

	
1015

	
9429

	
133.99

	
58.08

	
130

	
6.4

	
52.5

	
FL

	
160.2

	
68.89

	
195

	
1016

	
10364

	
*149.59

	
64.66

	
131

	
7.2

	
59.0

	
FL

	
177.02

	
76.12

	
196

	
1117

	
12912

	
*183.57

	
*79.32

	
*131

	
*7.3

	
*60.1

	
FL

	
*214.73

	
*92.33

	
*196

	
1317

	
15121

	
*215.15

	
*92.94

	
*132

	
*8.6

	
*70.3

	
FL

	
*253.28

	
108.91

	
*197

	
1518

	
18689

	
*261.47

	
*113.29

	
*132

	
*9.6

	
*62

	
FL

	
*314.54

	
*135.25

	
*197

	
1522

	
21238

	
*296.3

	
*128.45

	
*131

	
*10.1

	
*63.6

	
FL

	
*348.73

	
*149.95

	
*196

	
1622

	
22937

	
*318.64

	
*138.24

	
*132

	
*10.9

	
*62.9

	
FL

	
*379.61

	
*163.23

	
*196

	
1822

	
26335

	
*366.3

	
*158.88

	
*132

	
*12.5

	
*65.3

	
FL

	
*435.05

	
*187.07

	
*196

	
1824

	
29733

	
*412.33

	
*178.94

	
*133

	
*13.1

	
*57.4

	
FL

	
*490.59

	
*210.96

	
*197

	
1825

	
32281

	
*443.04

	
*192.65

	
*133

	
*313.2

	
*61.6

	
FL

	
*531.97

	
*226.88

	
*197

	
2025

	
35679

	
*488.74

	
*212.6

	
*133

	
*14.6

	
*68

	
FL

	
*585.95

	
*250

	
*197

	
2226

	
41628

	
*561.78

	
*245.1

	
*134

	
*15.8

	
*69.8

	
FL

	
*675.37

	
*288.55

	
*198

	
2330

	
49271

	  	  	  	  	  	  	
*795.42

	
*340.05

	
*198

	
2334

	
57766

	  	  	  	  	  	  	
*916.95

	
*392.85

	
*198

Fresh-air operation condition

	  	  	
6 Row

	
8 Row

	
Unit Spec

	
Air

	  	  	  	  	  	  	  	  	  
	
39CBFI

	
Volume

	
W Flow

	
Flow Resist

	
Loop

	
T. Cold

	
A. Cold

	
Air Resis

	
W Flow

	
Water Resi

	
Loop

	  	
(CMH)

	
(L/s)

	
(kPa)

	  	
(kW)

	
(kW)

	
(Pa)

	
(L/s)

	
(kPa)

	  
	
0609

	
2209

	
1.9

	
63

	
HF

	
41.12

	
17.41

	
268

	
2

	
12.7

	
FL

	
0610

	
3058

	
2.4

	
18.8

	
FL

	
57.83

	
24.48

	
257

	
2.8

	
20.6

	
FL

	
0712

	
4417

	
3.6

	
31.6

	
FL

	
85.25

	
36.09

	
260

	
4.1

	
40.3

	
FL

	
0813

	
6286

	
5.3

	
52.6

	
FL

	
119.37

	
50.14

	
267

	
5.7

	
28.47

	
DB

	
0914

	
7306

	
6.1

	
64.9

	
FL

	
138.16

	
58.03

	
268

	
6.6

	
31.08

	
DB

	
1015

	
9429

	
7.7

	
36.15

	
DB

	
177.27

	
75.45

	
266

	
8.5

	
34.2

	
DB

	
1016

	
10364

	
8.5

	
38.88

	
DB

	
192.67

	
80.92

	
267

	
9.2

	
34.88

	
DB

	
1117

	
12912

	
*8.5

	
*40.12

	
DB

	
*241.20

	
*101.30

	
*266

	
*9.6

	
*37.91

	
DB

	
1317

	
15121

	
*10.1

	
*38.93

	
DB

	
*283.07

	
*118.89

	
*267

	
*11.3

	
*38.25

	
DB

	
1518

	
18689

	
*11.6

	
*41.76

	
DB

	
*349.11

	
*146.63

	
*269

	
*12.8

	
*38.88

	
DB

	
1522

	
21238

	
*11.9

	
*51.7

	
DB

	
*389.59

	
*165.04

	
*268

	
*13.3

	
*41.3

	
DB

	
1622

	
22937

	
*13

	
*53.9

	
DB

	
*418.82

	
*177.46

	
*267

	
*14.3

	
*50

	
DB

	
1822

	
26335

	
*14.8

	
*52.36

	
DB

	
*481.33

	
*203.93

	
*267

	
*16.4

	
*52.8

	
DB

	
1824

	
29733

	
*15.6

	
*57.6

	
DB

	
*542.69

	
*229.64

	
*268

	
*17.3

	
*48

	
DB

	
1825

	
32281

	
*15.9

	
*58.7

	
DB

	
*584.99

	
*247.94

	
*268

	
*17.5

	
*50.9

	
DB

	
2025

	
35679

	
*17.5

	
*60.6

	
DB

	
*645.87

	
*273.76

	
*269

	
*19.3

	
*54.5

	
DB

	
2226

	
41628

	
*19

	
*60.4

	
DB

	
*745.61

	
*316.21

	
*269

	
*21

	
*54.5

	
DB

	
2330

	
49271

	
*21.9

	
*69.2

	
DB

	
*879.19

	
*372.94

	
*269

	
*23.4

	
*61.9

	
DB

	
2334

	
57766

	
*21.9

	
*76.7

	
DB

	
*1016.91

	
*431.73

	
*269

	
*24.3

	
*72

	
DB

 

HF—Semi loop  FL—Full Loop  DB—Double Loop  Standard Operation Condition:inlet dry bulb temperature —35oC  inlet wet bulb temperature —28oC  inlet water —7oC Note:* refers to control refrigerating water pipe pressure drop , differential return water temperature is  5oC

 

  

11

  

 

Cold Amount and heat amount of unit, and configuration of pipe coil

Unit Heat Energy:(2 Row)

	  	
Inlet temperature of hot water

	
Unit Spec

	
60 °C

	
70 °C

	
80°C

	
39CBFI

	
Heat

	
air resist

	
w resist

	
w Flow

	
Heat

	
air resist

	
w resist

	
w Flow

	
Heat

	
air resist

	
w resist

	
w Flow

	  	
(kW)

	
(Pa)

	
(kPa)

	
(L/s)

	
(kW)

	
(Pa)

	
(kPa)

	
(L/s)

	
(kW)

	
(Pa)

	
(kPa)

	
(L/s)

	
0609

	
12.79

	
55

	
1.0

	
0.3

	
20.22

	
56

	
2.2

	
0.5

	
22.92

	
57

	
2.8

	
0.5

	
0610

	
20.42

	
56

	
2.8

	
0.5

	
78.58

	
60

	
4.8

	
0.7

	
32.38

	
54

	
6.4

	
0.8

	
0712

	
32.34

	
58

	
4.2

	
0.8

	
41.72

	
58

	
6.6

	
1.0

	
47.19

	
55

	
8.6

	
1.1

	
0813

	
43.34

	
54

	
7.0

	
1.0

	
60.47

	
57

	
8.7

	
1.3

	
72.16

	
62

	
10.1

	
1.4

	
0914

	
54.38

	
61

	
7.5

	
1.2

	
69.91

	
58

	
11.8

	
1.6

	
83.63

	
62

	
12.8

	
1.7

	
1015

	
70.73

	
60

	
10.4

	
1.6

	
90.73

	
61

	
16.4

	
2.1

	
108.46

	
61

	
17.7

	
2.2

	
1016

	
78.40

	
55

	
13.2

	
1.8

	
92.25

	
60

	
17.8

	
2.1

	
119.29

	
61

	
18.8

	
2.2

	
1117

	
91.03

	
55

	
17.4

	
2.1

	
115.38

	
56

	
24.1

	
2.5

	
137.06

	
55

	
24.6

	
2.5

	
1317

	
114.81

	
61

	
21.3

	
2.5

	
134.37

	
55

	
26.9

	
2.8

	
160.37

	
55

	
28.7

	
3.0

	
1518

	
141.54

	
62

	
25.5

	
3.0

	
166.57

	
62

	
34.5

	
3.5

	
198.72

	
56

	
36.9

	
3.7

	
1522

	
151.63

	
58

	
16.0

	
3.2

	
196.27

	
59

	
26.0

	
4.1

	
235.90

	
61

	
29.5

	
4.3

	
1622

	
162.63

	
58

	
17.4

	
3.4

	
211.41

	
59

	
29.2

	
4.4

	
258.37

	
61

	
36.4

	
5.2

	
1822

	
186.85

	
55

	
22.1

	
3.9

	
242.87

	
60

	
37.3

	
5.1

	
291.96

	
61

	
42.4

	
5.4

	
1824

	
214.15

	
59

	
29.2

	
4.5

	
276.48

	
58

	
47.2

	
5.7

	
333.27

	
55

	
50.9

	
6.1

	
1825

	
233.49

	
61

	
33.7

	
4.8

	
302.41

	
60

	
56.8

	
6.2

	
363.08

	
61

	
64.7

	
6.6

	
2025

	
257.75

	
57

	
40.1

	
5.3

	
333.67

	
58

	
67.4

	
6.8

	
398.91

	
61

	
70.7

	
7.1

	
2226

	
320.56

	
58

	
55.7

	
6.6

	
374.32

	
57

	
70.5

	
7.5

	
445.08

	
55

	
72.8

	
7.6

	
2330

	
348.95

	
60

	
58.4

	
7.0

	
461.95

	
60

	
71.1

	
9.0

	
530.27

	
55

	
75.8

	
11.5

	
2334

	
446.20

	
58

	
66.2

	
9.7

	
553.49

	
58

	
74.4

	
11.3

	
660.44

	
61

	
79.8

	
11.7

 

Note: Inlet dry bulb temperature —15oC; from 0609 to 1518 unit employs semi-loop, from 1522 to  2334 unit employs full loop。

Weight of pipe coil section

 

(单位: kg)

	
Unit Number

	
Pipe Coil Number

	
39CBFI

	
2 Row

	
4 Row

	
6 Row

	
8 Row

	
0609

	
35.30

	
73.16

	
77.70

	
83.92

	
0610

	
40.30

	
78.42

	
84.62

	
92.77

	
0712

	
42.60

	
89.86

	
98.80

	
104.68

	
0813

	
47.36

	
97.27

	
108.26

	
122.00

	
0914

	
51.30

	
103.46

	
115.90

	
131.38

	
1015

	
54.00

	
114.76

	
131.21

	
151.08

	
1016

	
56.36

	
119.38

	
137.55

	
159.12

	
1117

	
64.01

	
131.26

	
153.89

	
180.26

	
1317

	
69.90

	
142.88

	
169.35

	
187.94

	
1518

	
75.53

	
160.33

	
193.00

	
230.45

	
1522

	
111.54

	
178.95

	
217.85

	
256.74

	
1622

	
116.32

	
187.78

	
228.89

	
271.11

	
1822

	
124.14

	
204.02

	
252.26

	
300.51

	
1824

	
128.02

	
226.15

	
273.16

	
327.49

	
1825

	
129.86

	
228.14

	
288.05

	
347.01

	
2025

	
136.98

	
254.93

	
319.51

	
384.74

	
2226

	
166.16

	
284.69

	
359.83

	
435.83

	
2330

	
188.06

	
323.33

	
412.93

	
504.93

	
2334

	
206.11

	
363.44

	
468.24

	
576.24

 

Note:The weight on the chart only refers to the weight of pipe coil, exclusive of weight of box.

 

  

12

  

 

Connection dimension of installation of pipe coil

 

 

* MPT- outside thread

 

	
39CBFI

	
A

	
B

	
øC

	
F

	
0609

	
800

	
357

	
1—  ′′

	
233

	  	  	  	
1/2 MPT

	  
	
0610

	
800

	
421

	
1—  ′′

	
233

	  	  	  	
1/2 MPT

	  
	
0712

	
900

	
484

	
1—  ′′

	
233

	  	  	  	
1/2 MPT

	  
	
0813

	
1000

	
611

	
1—  ′′

	
233

	
0914

	
1100

	
675

	
1/2 MPT

	
233

	
1015

	
1200

	
802

	
1—  ′′

	
233

	  	  	  	
1/2 MPT

	  
	
1016

	
1200

	
802

	
1—  ′′

	
233

	  	  	  	
1/2 MPT

	  
	
1117

	
1300

	
917

	
1—  ′′

	
240

	  	  	  	
1/2 MPT

	  
	
1317

	
1500

	
1107

	
1—  ′′

	
240

	  	  	  	
1/2 MPT

	  
	
1518

	
1700

	
1298

	  	
240

	
39CBFI

	
D

	
E

	
øC

	
2 排   热水

	
55

	
138

	
1-1/2′′

	
4 排

	
91

	
173

	  
	
6 排

	
63

	
201

	
见上表

	
8 排

	
88

	
226

	  

 

 

	
39CBFI

	
A

	
B

	
øC

	
F

	
1522

	
1700

	
1298

	
2′′ MPT

	
240

	
1622

	
1800

	
1361

	
2′′ MPT

	
240

	
1822

	
2000

	
1523

	
3′′ MPT

	
254

	
1824

	
2000

	
1523

	
3′′ MPT

	
254

	
1825

	
2000

	
1523

	
3′′ MPT

	
254

	
39CBFI

	
D

	
E

	
øC

	
2 row hot water

	
55

	
138

	
1-1/2′′

	
4 row(diameter 2′′ MPT)

	
116

	
198

	
Refer to

	
4 row(diameter 3′′ MPT)

	
88

	
226

	
above chart

	
6 row、8 row

	
88

	
226

	  

 

  

13

  

 

Connection dimension of installation of pipe coil

	
39CBFI

	
A

	
B

	
øC

	
øF

	
2025

	
2200

	
982

	
2′′ MPT

	
3′′ MPT

	
2226

	
2400

	
1173

	
2′′ MPT

	
3′′ MPT

	
2330

	
2500

	
1300

	
2′′ MPT

	
3′′ MPT

	
2334

	
2500

	
1300

	
2′′ MPT

	
3′′ MPT

	
39CBFI

	
D1

	
D2

	
E1

	
E2

	
øC

	
2 row hot

	
55

	
138

	
1-1/2” MPT

	
4 row

	
116

	
88

	
198

	
226

	
Refer to above

	
6 row 8 Row

	
88

	
226

	
chart avove

Steam pipe coil Section

(Unit: kW)

	
Unit Spec

	
Pipe Coil

	
Steam

	
Weight

	
39CBFI

	
Type

	
Pressure(MPa)

	
kg

	
0609

	
(GL-2R-09-06)× 1

	
28.3

	
32.6

	
36.2

	
45

	
0610

	
(GL-2R-09-07)× 1

	
38.2

	
44.2

	
49.1

	
48

	
0712

	
(GL-2R-11-09)× 1

	
53.9

	
62.3

	
69.1

	
57

	
0813

	
(GL-2R-15-10)× 1

	
76.4

	
88.3

	
97.9

	
80

	
0914

	
(GL-2R-17-11)× 1

	
92.1

	
106.5

	
118.1

	
98

	
1015

	
(GL-2R-19-12)× 1

	
115.9

	
136.7

	
151.5

	
107

	
1016

	
(GL-2R-19-13)× 1

	
129.6

	
149.9

	
166.2

	
114

	
1117

	
(GL-2R-22-14)× 1

	
161.1

	
186.4

	
206.7

	
126

	
1317

	
(GL-2R-13-14)× 2

	
188.5

	
217.9

	
241.6

	
167

	
1518

	
(GL-2R-15-15)× 2

	
234.9

	
271.6

	
301.3

	
212

	
1522

	
(GL-2R-15-19)× 2

	
271.4

	
313.8

	
348.1

	
243

	
1622

	
(GL-2R-17-19)× 2

	
298.9

	
345.7

	
382.8

	
269

	
1822

	
(GL-2R-19-19)× 2

	
345.6

	
399.4

	
442.7

	
286

	
1824

	
(GL-2R-19-21)× 2

	
387.4

	
448.1

	
496.3

	
303

	
1825

	
(GL-2R-19-22)× 2

	
416.6

	
481.7

	
533.0

	
320

	
2025

	
(GL-2R-22-22)× 2

	
464.8

	
537.8

	
595.5

	
354

	
2226

	
(GL-2R-22-23)× 2

	
525.6

	
607.3

	
672.5

	
374

	
2330

	
(GL-2R-22-27)× 2

	
620.7

	
717.4

	
795.9

	
413

	
2334

	
(GL-2R-22-31)× 2

	
724.0

	
835.8

	
927.9

	
471

 

	
注: Inlet Day-bulb temperature is 7oC .the weight on the chart only refers to the weight of pipe coil, exclusive of weight of box.

  

14

  

 

 

	
39CBFI

	
A

	
B

	
øC

	
F

	
0609

	
800

	
287

	
2′′ MPT

	
278

	
0610

	
800

	
287

	
2′′ MPT

	
278

	
0712

	
900

	
358

	
2′′ MPT

	
278

	
0813

	
1000

	
500

	
2′′ MPT

	
278

	
0914

	
1100

	
571

	
2′′ MPT

	
278

	
1015

	
1200

	
678

	
2′′ MPT

	
278

	
1016

	
1200

	
678

	
2′′ MPT

	
278

	
1117

	
1300

	
784

	
2′′ MPT

	
278

	
39CBFI

	
D

	
E

	
2 排

	
80

	
154

 

 

	
39CBFI

	
A

	
B

	
øC

	
F

	
1317

	
1500

	
429

	
2′′ MPT

	
278

	
1518

	
1700

	
500

	
2′′ MPT

	
278

	
1522

	
1700

	
500

	
2′′ MPT

	
278

	
1622

	
1800

	
571

	
2′′ MPT

	
278

	
1822

	
2000

	
678

	
2′′ MPT

	
278

	
1824

	
2000

	
678

	
2′′ MPT

	
278

	
1825

	
2000

	
678

	
2′′ MPT

	
278

	
2025

	
2200

	
784

	
2′′ MPT

	
278

	
2226

	
2400

	
784

	
2′′ MPT

	
478

	
2330

	
2500

	
784

	
2′′ MPT

	
478

	
2334

	
2500

	
784

	
2′′ MPT

	
478

	
39CBFI

	
D

	
E

	
2 排

	
80

	
154

 

  

15

  

 

Fan Section

Configuration of fan and motor

	
Unit Spec 39CBFI

	
Fitting Fan

	
Max Power of

Fan

(kW)

	
Max seat of Fan

	
Length of Fan 

Section(mm)

HorizontaVertical

	
Weight(kg)

	
0609

	
ADZ180

	
1.5

	
Y90

	
600

	
900

	
20.55

	
0610

	
ADZ180

	
2.2

	
Y100

	
600

	
900

	
20.55

	
ADZ200

	
700

	
900

	
23.21

	
0712

	
ADZ225

	
3.7

	
Y112

	
700

	
900

	
32.98

	
ADZ/RDZ250

	
700

	
900

	
34.98/37.08

	
0813

	
ADZ/RDZ280

	
5.5

	
Y132

	
800

	
900

	
41.44/43.64

	
ADZ/RDZ315

	
800

	
900

	
46.44/47.64

	
0914

	
ADZ/RDZ315

	
5.5

	
Y132

	
800

	
900

	
46.44/47.64

	
ADZ/RDZ355

	
900

	
900

	
60.41/64.41

	
1015

	
ADZ/RDZ355

	
7.5

	
Y132

	
900

	
900

	
60.41/64.41

	
ADZ/RDZ400

	
900

	
900

	
73.48/76.48

	
1016

	
ADZ/RDZ355

	
7.5

	
Y132

	
900

	
900

	
64.21/68.21

	
ADZ/RDZ400

	
900

	
900

	
77.21/80.21

	
1117

	
ADZ/RDZ400

	
11

	
Y160

	
900

	
900

	
79.02/82.02

	
ADZ/RDZ450

	
1100

	
1100

	
88.02/97.52

	
1317

	
ADZ/RDZ400

	
15

	
Y160

	
900

	
900

	
79.02/82.02

	
ADZ/RDZ450

	
1100

	
1100

	
88.02/97.52

	
1518

	
ADZ/RDZ450

	
15

	
Y160

	
1100

	
1100

	
88.02/97.52

	
ADZ/RDZ500

	
1100

	
1100

	
97.16/108.16

	
1522

	
ADZ/RDZ500

	
18.5

	
Y180

	
1100

	
1100

	
97.16/108.16

	
ADZ/RDZ560

	
1300

	
1300

	
186.0/195.0

	
1622

	
ADZ/RDZ560

	
18.5

	
Y180

	
1300

	
1300

	
186.0/195.0

	
ADZ/RDZ630

	
1400

	
1400

	
250.0/253.0

	
1822

	
ADZ/RDZ560

	
18.5

	
Y180

	
1300

	  	
186.0/195.0

	
ADZ/RDZ630

	
1400

	  	
250.0/253.0

	
1824

	
ADZ/RDZ560

	
22

	
Y180

	
1300

	  	
186.0/195.0

	
ADZ/RDZ630

	
1400

	  	
250.0/253.0

	
1825

	
ADZ/RDZ630

	
30

	
Y200

	
1400

	  	
250.0/253.0

	
ADZ/RDZ710

	
1500

	  	
281.0/323.0

	
2025

	
ADZ/RDZ630

	
30

	
Y200

	
1400

	  	
250.0/253.0

	
ADZ/RDZ710

	
1500

	  	
281.0/323.0

	
2226

	
ADZ/RDZ710

	
30

	
Y200

	
1500

	  	
281.0/323.0

	
ADZ/RDZ800

	
1700

	  	
370.0/405.0

	
2330

	
ADZ/RDZ800

	
37

	
Y225

	
1700

	  	
370.0/405.0

	
ADZ/RDZ900

	
1900

	  	
442.0/490.0

	
2334

	
ADZ/RDZ800

	
45

	
Y225

	
1700

	  	
370.0/405.0

	
ADZ/RDZ900

	
1900

	  	
442.0/490.0

Note: The weight on the chart only refers to the weight of pipe coil, exclusive of weight of box.,

 

  

16

  

 

Fan Section

Outlet direction of horizontal unit and flange size

 

(单位:mm)

	
Unit Spec

39CBFI

	
Fitting Fan

	
A

	
D

	
E

	
THF

	
BHF

	
UBF

	
UBR

	
0609

	
ADZ180

	
289.5

	
229

	
290.5

	
193.5

	
125

	
222

	
0610

	
ADZ180

	
314.5

	
229

	
290.5

	
193.5

	
125

	
222

	
ADZ200

	
312.5

	
256

	
298.5

	
192.5

	
125

	
231

	
0712

	
ADZ/RDZ225

	
411.5

	
288

	
312.5

	
192.5

	
125

	
268

	
ADZ/RDZ250

	
411.5

	
322

	
324.0

	
192.0

	
125

	
257

	
0813

	
ADZ/RDZ280

	
392.5

	
361

	
340.5

	
193.5

	
125

	
306

	
ADZ/RDZ315

	
349.5

	
404

	
359.5

	
191.5

	
125

	
293

	
0914

	
ADZ/RDZ315

	
399.5

	
404

	
359.5

	
191.5

	
125

	
293

	
ADZ/RDZ355

	
391.5

	
453

	
384.5

	
194.5

	
125

	
315

	
1015

	
ADZ/RDZ355

	
441.5

	
453

	
384.5

	
194.5

	
125

	
315

	
ADZ/RDZ400

	
391.5

	
507

	
413.0

	
193.0

	
125

	
345

	
1016

	
ADZ/RDZ355

	
491.5

	
453

	
384.5

	
194.5

	
125

	
315

	
ADZ/RDZ400

	
491.5

	
507

	
413.0

	
193.0

	
125

	
345

	
1117

	
ADZ/RDZ400

	
541.5

	
507

	
413.0

	
193.0

	
125

	
345

	
ADZ/RDZ450

	
424.5

	
569

	
441.5

	
193.5

	
125

	
373

	
1317

	
ADZ/RDZ400

	
541.5

	
507

	
413.0

	
193.0

	
125

	
345

	
ADZ/RDZ450

	
379.5

	
569

	
441.5

	
193.5

	
125

	
373

	
1518

	
ADZ/RDZ450

	
429.5

	
569

	
441.5

	
193.5

	
125

	
373

	
ADZ/RDZ500

	
410.5

	
638

	
463.5

	
193.5

	
125

	
395

	
1522

	
ADZ/RDZ500

	
610.5

	
638

	
463.5

	
193.5

	
125

	
395

	
ADZ/RDZ560

	
617.5

	
715

	
554.5

	
253.5

	
125

	
426

	
1622

	
ADZ/RDZ560

	
617.5

	
715

	
554.5

	
253.5

	
125

	
426

	
ADZ/RDZ630

	
531.5

	
801

	
596.5

	
252.5

	
125

	
469

	
1822

	
ADZ/RDZ560

	
617.5

	
715

	
554.5

	
253.5

	
125

	
426

	
ADZ/RDZ630

	
531.5

	
801

	
596.5

	
252.5

	
125

	
469

	
1824

	
ADZ/RDZ560

	
717.5

	
715

	
554.5

	
253.5

	
125

	
426

	
ADZ/RDZ630

	
691.5

	
801

	
596.5

	
252.5

	
125

	
469

	
1825

	
ADZ/RDZ630

	
741.5

	
801

	
596.5

	
252.5

	
125

	
469

	
ADZ/RDZ710

	
629.5

	
898

	
644.5

	
253.5

	
125

	
516

	
2025

	
ADZ/RDZ630

	
741.5

	
801

	
596.5

	
252.5

	
125

	
469

	
ADZ/RDZ710

	
629.5

	
898

	
644.5

	
253.5

	
125

	
516

	
2226

	
ADZ/RDZ710

	
679.5

	
898

	
644.5

	
253.5

	
125

	
516

	
ADZ/RDZ800

	
620.0

	
1007

	
713.5

	
266.5

	
125

	
572

	
2330

	
ADZ/RDZ800

	
820.0

	
1007

	
713.5

	
266.5

	
125

	
572

	
ADZ/RDZ900

	
792.0

	
1130

	
770.5

	
266.5

	
125

	
629

	
2334

	
ADZ/RDZ800

	
1020.0

	
1007

	
713.5

	
266.5

	
125

	
572

	
ADZ/RDZ900

	
1167.0

	
1130

	
770.5

	
266.5

	
125

	
629

 

  

17

  

 

Fan Section

Outlet direction of vertical unit and flange size

 

(单位:mm)

	
Unit Spec

39CBFI

	
Fitting Fan

	
A

	
D

	
E

	
THF

	
BHF

	
UBF

	
UBR

	
0609

	
ADZ180

	
289.5

	
229

	
940.5

	
843.5

	
125

	
222

	
0610

	
ADZ180

	
339.5

	
229

	
940.5

	
843.5

	
125

	
222

	
ADZ200

	
312.5

	
256

	
948.5

	
842.5

	
125

	
231

	
0712

	
ADZ/RDZ225

	
411.5

	
288

	
1062.5

	
842.5

	
125

	
268

	
ADZ/RDZ250

	
411.5

	
322

	
1074.0

	
942.0

	
125

	
257

	
0813

	
ADZ/RDZ280

	
392.5

	
361

	
1190.5

	
1043.5

	
125

	
306

	
ADZ/RDZ315

	
349.5

	
404

	
1209.5

	
1041.5

	
125

	
293

	
0914

	
ADZ/RDZ315

	
399.5

	
404

	
1309.5

	
1141.5

	
125

	
293

	
ADZ/RDZ355

	
391.5

	
453

	
1334.5

	
1144.5

	
125

	
315

	
1015

	
ADZ/RDZ355

	
441.5

	
453

	
1434.5

	
1244.5

	
125

	
315

	
ADZ/RDZ400

	
391.5

	
507

	
1463.0

	
1243.0

	
125

	
345

	
1016

	
ADZ/RDZ355

	
491.5

	
453

	
1434.5

	
1244.5

	
125

	
315

	
ADZ/RDZ400

	
491.5

	
507

	
1463.0

	
1243.0

	
125

	
345

	
1117

	
ADZ/RDZ400

	
541.5

	
507

	
1563.0

	
1343.0

	
125

	
345

	
ADZ/RDZ450

	
424.5

	
569

	
1591.5

	
1343.5

	
125

	
373

	
1317

	
ADZ/RDZ400

	
541.5

	
507

	
1763.0

	
1543.0

	
125

	
345

	
ADZ/RDZ450

	
379.5

	
569

	
1791.5

	
1543.5

	
125

	
373

	
1518

	
ADZ/RDZ450

	
429.5

	
569

	
1991.5

	
1743.5

	
125

	
373

	
ADZ/RDZ500

	
410.5

	
638

	
2013.5

	
1743.5

	
125

	
395

	
1522

	
ADZ/RDZ500

	
610.5

	
638

	
2013.5

	
1743.5

	
125

	
395

	
ADZ/RDZ560

	
617.5

	
715

	
2104.5

	
1803.5

	
125

	
426

	
1622

	
ADZ/RDZ460

	
617.5

	
715

	
2204.5

	
1903.5

	
125

	
426

	
ADZ/RDZ5630

	
531.5

	
801

	
2246.5

	
1902.5

	
125

	
469

  

18

  

 

Selection Humidifier

The unit humidifier can add dry steam humidifier, or high pressure spray humidifier and wet film humidifier.

Dry Steam Humidifier

The steam pressure scope of dry steam is (0.02 ~ 0.4)MPa

High –pressure Spray Humidifier

When using high pressure humidifier, it should consider humidifying efficiency which is 40-50%. Humidifying number =Spray amount ×humidifying efficiency

Spray water pressure is 0.5MPa

Wet Film Humidifier

Wet Film humidifier is equipment that  water molecule process spontaneous evaporation to wet the air, in which water supply is as 3 folders as humidifying amount.

    

	
Unit Spec 39CBFI

	
Humidifying amount of  day steam kg/h

	
High Pressure spray amount高压喷雾量 kg/h

	
0609

	
6.3~20

	
5~15

	
0610

	
10~40

	
5~15

	
0712

	
25~63

	
11~25

	
0813

	
20~80

	
15~35

	
0914

	
32~80

	
26~45

	
1015

	
40~80

	
36~65

	
1016

	
63~125

	
36~65

	
1117

	
80~160

	
46~80

	
1317

	
125~200

	
46~80

	
1518

	
125~200

	
66~110

	
1522

	
160~200

	
81~130

	
1622

	
160~200

	
81~130

	
1822

	
160~200

	
81~130

	
1824

	
200~315

	
111~140

	
1825

	
200~315

	
111~140

	
2025

	
315~400

	
141~180

	
2226

	
315~500

	
141~180

	
2330

	
315~630

	
150~220

	
2334

	
315~630

	
150~220

	
Unit Spec39CBFI

	
Humidifying amount of wet film(kg / h)

	
Efficient40%

	
efficient 60%

	
efficient 75%

	
efficient 85%

	
0609

	
5.8

	
8.6

	
10.8

	
11.5

	
0610

	
8.0

	
11.9

	
14.9

	
15.9

	
0712

	
11.5

	
17.2

	
21.5

	
23.0

	
0813

	
16.4

	
24.5

	
30.7

	
32.7

	
0914

	
19.0

	
28.5

	
35.6

	
38.0

	
1015

	
24.5

	
36.8

	
46.0

	
49.0

	
1016

	
27.0

	
40.4

	
50.0

	
53.9

	
1117

	
33.6

	
50.4

	
63.0

	
67.2

	
1317

	
39.3

	
59.0

	
73.8

	
78.7

	
1518

	
48.6

	
72.9

	
91.2

	
97.3

	
1522

	
55.3

	
82.9

	
103.6

	
110.5

	
1622

	
59.7

	
89.5

	
111.9

	
119.3

	
1822

	
68.5

	
102.8

	
128.5

	
137.0

	
1824

	
77.4

	
116.0

	
145.0

	
154.7

	
1825

	
84.0

	
126.0

	
157.5

	
168.0

	
2025

	
92.8

	
139.2

	
174.0

	
185.6

	
2226

	
108.3

	
162.4

	
203.0

	
216.6

	
2330

	
128.2

	
192.3

	
240.3

	
256.4

	
2334

	
150.3

	
225.4

	
281.8

	
300.6

 

  

19

  

 

Silencer

 

Specification and Weight of Silencer

	
Unit Spec

	
First Grade Silencing(6M)

	
Weight

	
39CBFI

	
6M-I

	
7M-I

	
8M-I

	
9M-I

	
10M-I

	
11M-I

	
12M-I

	
6M-II

	
7M-II

	
8M-II

	
9M-II

	
10M-II

	
11M-II

	
12M-II

	
kg

	
0609

	
2

	  	  	  	  	  	  	
2

	  	  	  	  	  	  	
30

	
0610

	
2

	  	  	  	  	  	  	
2

	  	  	  	  	  	  	
30

	
0712

	  	
3

	  	  	  	  	  	  	
2

	  	  	  	  	  	
44

	
0813

	  	  	
3

	  	  	  	  	  	  	
2

	  	  	  	  	
50

	
0914

	  	  	  	
5

	  	  	  	  	  	  	  	  	  	  	
65

	
1015

	  	  	  	  	
4

	  	  	  	  	  	  	
2

	  	  	
74

	
1016

	  	  	  	  	
4

	  	  	  	  	  	  	
2

	  	  	
74

	
1117

	  	  	  	  	  	
6

	  	  	  	  	  	  	  	  	
90

	
1317

	
6

	
6

	  	  	  	  	  	  	  	  	  	  	  	  	
114

	
1518

	  	
5

	
5

	  	  	  	  	  	
2

	
2

	  	  	  	  	
136

	
1522

	  	
6

	
6

	  	  	  	  	  	
2

	
2

	  	  	  	  	
158

	
1622

	  	  	
12

	  	  	  	  	  	  	
4

	  	  	  	  	
170

	
1822

	  	  	  	
12

	  	  	  	  	  	  	
4

	  	  	  	
190

	
1824

	  	  	  	
14

	  	  	  	  	  	  	
4

	  	  	  	
216

	
1825

	  	  	  	
14

	  	  	  	  	  	  	
4

	  	  	  	
216

	
2025

	  	  	  	  	
14

	  	  	  	  	  	  	
4

	  	  	
228

	
2226

	  	  	  	  	  	
14

	  	  	  	  	  	  	  	  	
210

	
2330

	  	  	  	  	  	
9

	
9

	  	  	  	  	  	
2

	
2

	
325

	
2334

	  	  	  	  	  	
10

	
10

	  	  	  	  	  	
2

	
2

	
356

	
Unit Spec

	
Second Silencing (12M)

	
Weight

	
39CBFI

	
6M-I

	
7M-I

	
8M-I

	
9M-I

	
10M-I

	
11M-I

	
12M-I

	
6M-II

	
7M-II

	
8M-II

	
9M-II

	
10M-II

	
11M-II

	
12M-II

	
kg

	
0609

	
4

	  	  	  	  	  	  	
4

	  	  	  	  	  	  	
60

	
0610

	
4

	  	  	  	  	  	  	
4

	  	  	  	  	  	  	
60

	
0712

	  	
6

	  	  	  	  	  	  	
4

	  	  	  	  	  	
88

	
0813

	  	  	
6

	  	  	  	  	  	  	
4

	  	  	  	  	
100

	
0914

	  	  	  	
10

	  	  	  	  	  	  	  	  	  	  	
130

	
1015

	  	  	  	  	
8

	  	  	  	  	  	  	
4

	  	  	
148

	
1016

	  	  	  	  	
8

	  	  	  	  	  	  	
4

	  	  	
148

	
1117

	  	  	  	  	  	
12

	  	  	  	  	  	  	  	  	
180

	
1317

	
12

	
12

	  	  	  	  	  	  	  	  	  	  	  	  	
228

	
1518

	  	
10

	
10

	  	  	  	  	  	
4

	
4

	  	  	  	  	
272

	
1522

	  	
12

	
12

	  	  	  	  	  	
4

	
4

	  	  	  	  	
316

	
1622

	  	  	
24

	  	  	  	  	  	  	
8

	  	  	  	  	
340

	
1822

	  	  	  	
24

	  	  	  	  	  	  	
8

	  	  	  	
380

	
1824

	  	  	  	
28

	  	  	  	  	  	  	
8

	  	  	  	
432

	
1825

	  	  	  	
28

	  	  	  	  	  	  	
8

	  	  	  	
432

	
2025

	  	  	  	  	
28

	  	  	  	  	  	  	
8

	  	  	
456

	
2226

	  	  	  	  	  	
28

	  	  	  	  	  	  	  	  	
420

	
2330

	  	  	  	  	  	
18

	
18

	  	  	  	  	  	
4

	
4

	
650

	
2334

	  	  	  	  	  	
20

	
20

	  	  	  	  	  	
4

	
4

	
712

 

  

20

  

 

Filter

 

	
Filter

	  	  
	
In accordance with demand of functions, there are several filters can be selected  :

	
1” thk external pump speedy filter

	  	
2” thk external pump low speed filter

	
1” thk internal pump speedy filter

	  	
2” thk internal pump low speed filter

	
Internal preliminary bag filter

	  	
internal sub-efficiency bag filter

	
Preliminary and medial filter performance

	  	
 

	

filter efficiency: Board- preliminary G3 Grade, bag medium F5 Grade

	  	  

 

 

21

  

 

Qualification and Quantity of Filter

  

	
Unit Spec

	
Board Filter External Specification η=G3

	
weight

kg

	
39CBFI

	
392 × 395

	
492 × 395

	
592 × 395

	
692 × 395

	
392 × 495

	
492 × 495

	
592 × 495

	
thk 1”

	
thk 2”

	
0609

	
2

	  	  	  	  	  	  	
2.6

	
3.1

	
0610

	
2

	  	  	  	  	  	  	
2.6

	
3.1

	
0712

	  	  	  	  	  	
2

	  	
3.2

	
3.8

	
0813

	  	  	
3

	  	  	  	  	
4.8

	
5.8

	
0914

	  	  	  	
3

	  	  	  	
5.1

	
6.1

	
1015

	
4

	  	  	  	
2

	  	  	
8.2

	
9.8

	
1016

	
2

	  	  	  	
4

	  	  	
8.6

	
10.3

	
1117

	  	  	  	  	
3

	
3

	  	
9.3

	
11.2

	
1317

	  	  	  	  	  	
3

	
3

	
10.2

	
12.2

	
1518

	
8

	
4

	  	  	  	  	  	
16.4

	
19.7

	
1522

	  	  	  	  	
8

	
4

	  	
18.4

	
22.1

	
1622

	  	  	  	  	
4

	
8

	  	
18.8

	
22.6

	
1822

	  	  	  	  	
4

	  	
8

	
20.4

	
24.5

	
1824

	
3

	  	
6

	  	
2

	  	
4

	
23.7

	
28.4

	
1825

	
2

	  	
4

	  	
3

	  	
6

	
24.3

	
29.2

	
2025

	
4

	
4

	  	  	
6

	
6

	  	
29.8

	
35.8

	
2226

	  	
4

	  	  	  	
16

	  	
31.6

	
37.9

	
2330

	  	
6

	
2

	  	  	
12

	
4

	
38.6

	
46.3

	
2334

	  	
9

	
3

	  	  	
12

	
4

	
44.7

	
53.6

	
Unit Spec

	
Board Internal Filter Specification=G3

	
Weight

kg

	
39CBFI

	
290 × 595

	
390 × 493

	
390 × 595

	
595 × 595

	
thk 1”

	
thk 2”

	
0609

	  	
2

	  	  	
2.8

	
3.4

	
0610

	  	
2

	  	  	
2.8

	
3.4

	
0712

	
3

	  	  	  	
3.5

	
4.2

	
0813

	  	  	  	
2

	
5.4

	
6.5

	
0914

	
2

	  	
2

	  	
6.0

	
7.2

	
1015

	
2

	  	  	
2

	
6.4

	
7.7

	
1016

	
3

	  	  	
2

	
7.6

	
9.1

	
1117

	  	  	
3

	
2

	
8.2

	
9.8

	
1317

	
2

	  	  	
4

	
11.0

	
13.2

	
1518

	  	  	
2

	
4

	
11.0

	
13.2

	
1522

	
2

	  	  	
6

	
14.4

	
17.3

	
1622

	
5

	  	  	
6

	
18.0

	
21.6

	
1822

	
5

	  	  	
6

	
18.9

	
22.7

	
1824

	
2

	  	
3

	
6

	
19.5

	
23.4

	
1825

	
4

	  	  	
8

	
22.0

	
26.4

	
2025

	  	  	  	
12

	
24.0

	
28.8

	
2226

	
4

	  	  	
12

	
28.8

	
34.6

	
2330

	
7

	  	  	
12

	
34.5

	
41.4

	
2334

	
8

	  	  	
15

	
39.6

	
47.5

  

22

  

Qualification and Quantity of Filter

	
Unit Spec

	
Bag internal filter Specification η=F5

	
weight

	
kg

	
39CBFI

	
290X595

	
390X493

	
390X595

	
595X595

	
590X290

	
590X390

	
thk 1”

	
thk 2”

	
0609

	  	
2

	  	  	  	  	
2.2

	
2.6

	
0610

	  	
2

	  	  	  	  	
2.2

	
2.6

	
0712

	
3

	  	  	  	  	  	
2.6

	
3.1

	
0813

	  	  	  	
2

	  	  	
5.0

	
6.0

	
0914

	  	  	  	  	
2

	
2

	
5.2

	
6.2

	
1015

	  	  	  	
2

	
2

	  	
5.2

	
6.2

	
1016

	
1

	  	  	
2

	
2

	  	
5.9

	
7.1

	
1117

	  	  	
1

	
2

	  	
2

	
6.5

	
7.8

	
1317

	
2

	  	  	
4

	  	  	
8.0

	
9.6

	
1518

	  	  	
2

	
4

	  	  	
8.0

	
9.6

	
1522

	
2

	  	  	
6

	  	  	
10.6

	
12.7

	
1622

	
2

	  	  	
6

	
3

	  	
14.2

	
17.0

	
1822

	
2

	  	  	
6

	
3

	  	
14.5

	
17.4

	
1824

	
2

	  	  	
6

	  	
3

	
14.7

	
17.6

	
1825

	  	  	  	
8

	
4

	  	
16.4

	
19.7

	
2025

	  	  	  	
12

	  	  	
16.8

	
20.2

	
2226

	  	  	  	
12

	
4

	  	
21.6

	
25.9

	
2330

	
3

	  	  	
12

	
4

	  	
25.6

	
30.7

	
2334

	
3

	  	  	
15

	
5

	  	
30.3

	
36.4

	

机组规格

	
Box Efficient filter Specification η=H11

	
weight

	
kg

	
39CBFI

	
290X595

	
390X

	
493

	
390X595

	
595X595

	
thk 12”

	
0609

	  	
2

	  	  	  	
29.0

	
0610

	  	
2

	  	  	  	
29.0

	
0712

	
3

	  	  	  	  	
39.0

	
0813

	  	  	  	  	
2

	
44.0

	
0914

	
2

	  	  	
2

	  	
61.0

	
1015

	
2

	  	  	  	
2

	
70.0

	
1016

	
3

	  	  	  	
2

	
83.0

	
1117

	  	  	  	
3

	
2

	
96.5

	
1317

	
2

	  	  	  	
4

	
114.0

	
1518

	  	  	  	
2

	
4

	
123.0

	
1522

	
2

	  	  	  	
6

	
158.0

	
1622

	
5

	  	  	  	
6

	
197.0

	
1822

	
5

	  	  	  	
6

	
197.0

	
1824

	
2

	  	  	
3

	
6

	
210.5

	
1825

	
4

	  	  	  	
8

	
228.0

	
2025

	  	  	  	  	
12

	
264.0

	
2226

	
4

	  	  	  	
12

	
316.0

	
2330

	
7

	  	  	  	
12

	
355.0

	
2334

	
8

	  	  	  	
15

	
434.0

	
Purification level

	  	  	  	  	  	  	  	  	  	  
	
US Fed. Std. 209D

	
100,000

	  	
10,000

	
1,000

	
100

	  	
10

	
1

	  	
0.1

	
US Fed. Std. 209E

	
M6.5

	  	
M5.5

	
M4.5

	
M3.5

	  	
M2.5

	
M1.5

	  	
M0.5

	
Purification Level VDI 2083

	
6

	  	
5

	
4

	
3

	  	
2

	
1

	  	
0

	
Flow form

	
Tangled Flow

	
Transitional Flow

	  	  	
horizon Flow

	  	  
	
filter

Filing

Rtae(%)

	
5~10

	  	
10~20

	
30~70

	
>80

	  	  	
>90

	  	  
	
First grade

filteringlevel

	  	
G4

	  	  	
F5

	  	  	  	
F6

	  
	
Second Grade

filtering level

DIN EN 779

DIN 24 183/EN 1822

	  	  	
F7

	  	  	
F9

H10

	  	
H10

H12

H13

	  	
H13

	
Third Grade

Fitering Level

	  	
H12

H13

	  	
H13

	
H14

	  	
H15

	
H16

	  	
H17

 

  

23

  

 

Electrical heating Section

	
Model selection regulation of Electrical heating pipe coil

	Unit Type	
V Area

	
Single row electrical

	
weight

	
Second row electrical

	
Third row electrical Wgt.

	
39CBFI

	
单根最大功率(W)

	
(m2)

	
Heating (kW)

	
kg

	
Heating

	
weight

	
Heating

	  
	
0609

	
810

	
0.26

	
< 5

	
17

	
5~10

	
21.0

	
10~14

	
25.0

	
0610

	
960

	
0.30

	
< 6

	
18

	
6~12

	
22.0

	
12~18

	
26.0

	
0712

	
1260

	
0.48

	
< 8

	
27.5

	
8~16

	
32.5

	
16~22

	
37.5

	
0813

	
1410

	
0.63

	
< 13

	
30.5

	
13~26

	
39.5

	
26~38

	
48.5

	
0914

	
1560

	
0.80

	
< 14.5

	
35

	
14.5~29

	
44.5

	
29~43

	
54.0

	
1015

	
1710

	
1.00

	
< 20.5

	
42

	
20.5~41

	
55.5

	
41~60

	
69.0

	
1016

	
1860

	
1.08

	
< 22.5

	
43.7

	
22.5~45

	
58.2

	
45~65

	
72.7

	
1117

	
2010

	
1.31

	
< 24

	
47.6

	
24~48

	
63.2

	
48~70

	
78.6

	
1317

	
2010

	
1.58

	
< 30

	
56.5

	
30~60

	
76.0

	
60~85

	
95.5

	
1518

	
2360

	
2.00

	
< 36

	
63

	
36~72

	
84.0

	
72~105

	
105.0

	
1522

	
2960

	
2.53

	
< 44

	
70

	
44~88

	
96.0

	
88~130

	
122.0

	
1622

	
2960

	
2.72

	
< 46

	
74

	
46~92

	
100.0

	
92~135

	
126.0

	
1822

	
2960

	
3.10

	
< 53

	
73

	
53~106

	
114.0

	
106~155

	
145.0

	
1824

	
3260

	
3.42

	
< 59

	
95.5

	
59~118

	
130.5

	
118~175

	
165.5

	
1825

	
3410

	
3.59

	
< 61

	
97.2

	
61~122

	
133.2

	
122~180

	
169.2

	
2025

	
3410

	
4.02

	
< 72

	
107

	
72~144

	
149.0

	
144~210

	
191.0

	
2226

	
3560

	
4.66

	
< 85

	
121.5

	
85~170

	
171.5

	
170~250

	
221.5

	
2330

	
4160

	
5.74

	
< 100

	
137

	
100~200

	
196.0

	
200~280

	
255.0

	
2334

	
5360

	
6.61

	
< 125

	
148.5

	
125~250

	
216.5

	
250~340

	
284.5

 

Chassis Weight

 

(单位:kg)

	
Unit Weight

	
39CBFI

	
39CBFI

	
39CBFI

	
3M

	
6M

	
9M

	
12M

	
head Face

	
0609

	
56.7

	
81.3

	
105.6

	
130.7

	
8.4

	
0610

	
60.2

	
86.0

	
111.9

	
138.5

	
9.4

	
0712

	
70.5

	
100.3

	
129.2

	
159.4

	
13.5

	
0813

	
79.4

	
111.0

	
144.5

	
178.1

	
16.9

	
0914

	
84.1

	
119.3

	
155.0

	
190.5

	
20.8

	
1015

	
88.3

	
127.3

	
165.5

	
204.8

	
24.9

	
1016

	
92.1

	
132.2

	
171.3

	
211.5

	
26.6

	
1117

	
97.7

	
140.3

	
182.7

	
224.4

	
31.3

	
1317

	
102.1

	
146.9

	
191.7

	
235.8

	
37.0

	
1518

	
109.9

	
158.2

	
206.7

	
254.4

	
45.5

	
1522

	
143.4

	
198.9

	
253.0

	
307.8

	
55.9

	
1622

	
145.5

	
202.2

	
257.4

	
313.5

	
59.8

	
1822

	
148.8

	
207.8

	
265.3

	
323.7

	
71.4

	
1824

	
159.8

	
221.3

	
283.6

	
346.8

	
73.7

	
1825

	
164.3

	
226.9

	
290.5

	
262.8

	
76.9

	
2025

	
168.5

	
233.6

	
299.4

	
366.0

	
85.6

	
2226

	
177.1

	
245.8

	
315.2

	
385.3

	
98.4

	
2330

	
197.0

	
271.6

	
346.8

	
422.3

	
119.1

	
2334

	
214.0

	
293.2

	
373.4

	
453.6

	
135.3

 

Note: the weight shown on the table include the weight of base

 

  

24

  

Type-Market Method of 39CBF Unit

 

 

Computing Formula for Unit Modulus and Dimension

 

39CBFI

(1)  Unit Height = Height Modulus × 100 + 100 + 100 (Base)

(2)  Unit Width = Width Modulus× 100 + 100

Example:39CBFI 0712

07 Height Modulus

Height of Unit is:7 × 100 + 100 + 100 (底座) =900mm

12 Width Modulus

Width of Unit:12 × 100 + 100 =1300mm

 

Air Flow Scope of 39CBF Unit

 

39CBF      2209~198090m3/h

  

25

 

 

Characteristics of Unit 39CBF

  

Characteristics of Unit

 

	
  

	
·

	
Modules design, parts have strong commonality, easy change

 

	
  

	
·

	
Double panel structure, 50mm foam 50mm foam panel is light and rigid, and its thermal conductivity is less than 0.0199W/M.°C

 

New seal。

 

	
   

	
·

	
The down drain method ensures all the condensed water discharged. 。

·      The lowest point of pipe coil loop equips a freeing port, which can empty the standing water inside pipe coil. This can avoid frost crack of pipe coil.

 

	
  

	
·

	
Using corrugated link mechanism adjustment, and air damper can open flexibly. Electric remote control device can be installed.

·      Each section equips unit base to strength whole machine, reduce unit’s vibration, easy for transport and split joint.

 

Characteristics of performance

	
  

	
·

	
Pipe coil header is steel header, and copper header is available if user has such requirement. The drain valve and air evacuation valve are installed on pipe coil header to ensure no air on loop, meanwhile empty standing water inside pipe coil to avoid frost crack.

·     The case of unit includes panel, framework and gland strip. The panel adopts unique embedding method, so that connection points can be connected precisely. The new gland strip is applied between frame and panel, and each access door and pass-through of pipes has been meticulously designed to ensure air tightness of unit.  When face velocity is more than 2.5m/s, water-dam can be added behind pipe coil, which can effectively separate water from air.

 

	
  

	
·

	
Preliminary  filter is board structure , and efficiency reaches G4 Grade

 

Medium filter is bag structure, efficiency reaches F8 Grade

 

·      Secondary structure is bag structure, its efficiency reach F9. The high efficiency filter’s efficiency reaches H13 Grade.

Computer Model Selection

 

·    The company provides swift and précised computer model selection service. Calculate the most idea function configuration and most economic type.

Easy and Convenient Repair

·   Parts have strong commonality, very easy to change, and price is cheap. Detachable panel can be installed on one side of unit; furthermore, access doors are set to necessary function setting.

·   It is convenient to maintain fan, pipe coil and filters. Pipe coil is installed on lead rail of water pan, easy to maintain, clean and dismantle.

Intelligent Control

 

·   All kinds of sensor structure such as transducer can be installed to realize auto control

  

26

 

Characteristics of Unit 39CBF

EUROVENT Certificate

 

	 	
·

	
The product is China’s first air conditioner to gain EUROVENT. The certificate ensures the real performance is not less than that of sample product.

	 	
·

	
EUROVENT is the professional standard to modular air conditioner, which is widely accepted in the world. The standard is taken charge by France EUROVENT Institute, which is one of international authorized certification authority.

	 	
·

	
EUROVENT includes EN1886 and EN13053

	 	
·

	
EN1886 is for mechanical features of modular air conditioner, including mechanical strength of chassis, cold bridge factor, heat transfer coefficient, air leakage rate, by-pass rate of filter, sound insulation of chassis. EN13053 mainly aims at air conditioners that its whole performance precedes calculated value of model selection program.

 

EN1886: Euro Air Treatment Unit Standard  (39CBF)

 

	
Chassis

Grade

	
Max Re. Deflect

(mm.m-1)

	
Bear Max

Air Press

	
1

	
10

	
No

	
1A

	
10

	
Yes

	
2

	
4

	
No

	
2A

	
4

	
Yes

 

	
Class TB1

	
0.75 < Kb ≤ 1

	
Class TB2

	
0.6 < Kb ≤ 0.75

	
Class TB3

	
0.45 < Kb ≤ 0.6

	
Class TB4

	
0.3 < Kb ≤ 0.45

	
Class TB5

	
No Requirement                  无要求

 

	
Leakage Class

	
Max Air Leak Rate l/sm2                  最大漏风率 l/sm2

	
3A

	
5.70

	
A

	
1.90

	
B

	
0.63

	
C

	
0.21

 

Mechanical strength of chassis

 

Maximum relative deflection refers to max allowable deflection under ±1000Pa.

 

Bearing maximum air pressure of fan refers to the unit shall not be in permanent deformation under ±2500Pa .

Cold Bridge Proof Coefficient

 

The Cold Bridge Proof Coefficient formula Kb=Tmin/ Tair,, tmin is temperature difference between chassis inside and outer layer of chassis, tair is  difference value of temperature between chassis inside and external environment.

Air Leakage Rate

 

The air leakage rate of air treatment unit is measured inside the unit and under sub-pressure 400Pa and positive pressure

 

Outstanding features of 39CBF for industry environment

 

	
  

	
·

	
Excellent air tightness: case of unit consists of panel, frame and gland strip.The panel adopts unique embedding method, so that connection points can be connected precisely. The new gland strip is applied between frame and panel, and each access door and pass-through of pipes has been meticulously designed to ensure air tightness of unit. It completely complies with or beyond the GB/T14294-93.

·    Perfect thermal insulation

 

Between the panels of unit, 50mm thk foam polyurethane is applied as insulation material, which achieves good rigidity. There are even insulation quilt in the frame. Every joint has been treated specially to avoid appearance of cold bridge. Outer surface of panel has been pained specially, to ensure fireproofing and corrosion protection. The application conditions suitable for cold bridge proof, such as tobacco, hospital and electronics.

 

Performance index of box (Euro EN1886 )

 

Box’s  patent number:03270349.X

  

27

 

Quick Model Selection of 39CBF

	  	  	
Outline dimension

	  	  	  	  
	
Unit spec

	
Pipe coil ft.

	  	
Air Volume

	  	
excess pressure of

	
39CBF

	
area(m2)

	
H*

	
W

	
2.25m/s

	
2.5m/s

	
2.75m/s

	
outlet

	  	  	  	  	  	  	  	
Pa

	  	  	  	  	  	  	  	  
	
0609

	
0.24

	
710

	
1010

	
2008

	
2209

	
2430

	
200~800

	  	  	  	  	  	  	  	  
	
0610

	
0.34

	
710

	
1110

	
2755

	
3058

	
3364

	
200~800

	  	  	  	  	  	  	  	  
	
0712

	
0.49

	
810

	
1310

	
3979

	
4417

	
4859

	
200~800

	  	  	  	  	  	  	  	  
	
0813

	
0.70

	
910

	
1410

	
5663

	
6286

	
6915

	
200~800

	  	  	  	  	  	  	  	  
	
0914

	
0.81

	
1010

	
1510

	
6582

	
7306

	
8037

	
200~800

	  	  	  	  	  	  	  	  
	
1015

	
1.05

	
1110

	
1610

	
8495

	
9429

	
10372

	
200~800

	  	  	  	  	  	  	  	  
	
1016

	
1.15

	
1110

	
1710

	
9337

	
10364

	
11400

	
200~800

	  	  	  	  	  	  	  	  
	
1117

	
1.44

	
1210

	
1810

	
11632

	
12912

	
14703

	
200~800

	  	  	  	  	  	  	  	  
	
1317

	
1.68

	
1410

	
1810

	
13623

	
15121

	
16633

	
200~800

	  	  	  	  	  	  	  	  
	
1518

	
2.07

	
1610

	
1910

	
16837

	
18689

	
20558

	
200~800

	  	  	  	  	  	  	  	  
	
1522

	
2.36

	
1610

	
2310

	
19133

	
21238

	
23362

	
200~800

	  	  	  	  	  	  	  	  
	
1622

	
2.55

	
1710

	
2310

	
20664

	
22937

	
25231

	
200~800

	  	  	  	  	  	  	  	  
	
1822

	
2.93

	
1910

	
2310

	
23725

	
26335

	
28968

	
200~800

	  	  	  	  	  	  	  	  
	
1824

	
3.30

	
1910

	
2510

	
26786

	
29733

	
32706

	
200~800

	  	  	  	  	  	  	  	  
	
1825

	
3.59

	
1910

	
2610

	
29082

	
32281

	
35509

	
200~800

	  	  	  	  	  	  	  	  
	
2025

	
3.96

	
2110

	
2610

	
30143

	
35679

	
39247

	
200~800

	  	  	  	  	  	  	  	  
	
2226

	
4.63

	
2310

	
2710

	
37501

	
41626

	
45789

	
200~800

	  	  	  	  	  	  	  	  
	
2330

	
5.48

	
2410

	
3110

	
44388

	
49271

	
54198

	
200~800

	  	  	  	  	  	  	  	  
	
2334

	
6.42

	
2410

	
3510

	
52041

	
57766

	
63543

	
200~800

	  	  	  	  	  	  	  	  
	
2532

	
8.13

	
2610

	
3310

	
65853

	
73170

	
80487

	
200~800

	  	  	  	  	  	  	  	  
	
2832

	
9.01

	
2910

	
3310

	
72973

	
81081

	
89198

	
200~800

	  	  	  	  	  	  	  	  
	
3132

	
9.98

	
3210

	
3310

	
80838

	
89820

	
98802

	
200~800

	  	  	  	  	  	  	  	  
	
3438

	
12.36

	
3510

	
3910

	
100116

	
111240

	
122364

	
200~800

	  	  	  	  	  	  	  	  
	
3841

	
14.69

	
3910

	
4210

	
118989

	
132210

	
145431

	
200~800

	  	  	  	  	  	  	  	  
	
4444

	
17.72

	
4510

	
4510

	
143532

	
159480

	
175428

	
200~800

	  	  	  	  	  	  	  	  
	
4750

	
22.01

	
4810

	
5110

	
178281

	
198090

	
217899

	
200~800

 

注:1、*Height H excludes 100mm thk base and dimension of top wind gap, 2532~4750’s base is 200mm.

2、The length of unit varies in accordance with function configuration.

3、Water Dam should be installed when wind speed is over 2.5m/s.

  

28

 

Other Specification

 

1、 The company can use computer model selection program to design specifically for different operation conditions users provided and select optimized type of unit.

 

2、 Requirement for foundation of unit:

 

·         The base for unit must design in accordance with length and width of unit, which shall level up horizontally.

 

·         The foundation shall be above ground in order to install trap of condensed water. Please refer to the following picture:

 

3、When connecting pipes, please note:

 

·         The working pressure of cold water pipe coil and hot water pipe coil in design shall be 1.6Mpa.

 

·         The maximum pressure of steam pipe coil is no more than 1.4MPa.

 

4、As for fresh-air unit, when temperature of fresh air is below 0°C,operator  turn on device to warm up pipe coil and take other relevant measures before turn on the unit, in order to prevent unit from frozen and burst.

 

5、Flexible joint must be used in the connection section of fan outlet and air duct.

 

6、When stopping  the unit and temperature of pipe coil is lower than freezing temperature, the water inside pipe shall be empty and all standing water shall be blown out. If standing water cannot blow empty, antifreeze shall be added in.

 

7、Insulation measures have been taken into consideration, the surface will not produce dews under normal conditions.

 

8、Please leave sufficient space for routine examination.

 

9、Temperature of supplied air shall not exceed 80°C, if so, user shall raise the requirement that high temperature bearings and special motor will be used.

 

10、If customer has special configuration, such as electric adjustable damper, copper header, stainless steel water pan, high efficient filter and other non-standard requirement, customer shall specify when ordering the purchase.

 

11、If customer needs other requirement such as silencing, secondary air return, purification, adjustment of frequency, recycling of energy, customer shall specify when ordering. Carrier will meet all those requirements. The steam pressure scope needed for humidifying dry steam ranges from 0.02-0.04Mpa.

 

  

29

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