IRG IHG ISG Vertical Centrifugal Pump with Good Quality

Model NO.: IRG IHG ISG
Impeller: Closed
Usage: Pumps
Application: Booster Pump/Water Transfer Pump
Trademark: QIZHEN
Specification: With CE certificate
Origin: Taizhou, Zhejiang, China
HS Code: 8413709990
Model NO.: IRG IHG ISG
Impeller: Closed
Usage: Pumps
Application: Booster Pump/Water Transfer Pump
Trademark: QIZHEN
Specification: With CE certificate
Origin: Taizhou, Zhejiang, China
HS Code: 8413709990
ISG Veritical Centrifugal Inline Fresh Water Pump
New design SG SGR series in-line pump/Water pump
ISG\IRG series vertical centrifugal pump are designed according to the unique structure of pipe centrifugal pump and measured up ISO2858. These series pump adopt the advanced fluid model optimized by pump experts. So the pumps have high efficiency and reliability. All the performance reaches and over the newest national standard JB/t53058-93. And they were qualified by National Machinery Industrial Department in 1993-pipe pump quality inspection. Some units and components have exported to internal markets and gained good comments from both domestic and oversea clients.
Structure Explanation:
See the structure picture. This pump composes of electric motor and pump with pump structure including the pump body, impeller, pump cover, mechanical seal. The pump is single stage and single suction centrifugal and vertical type with inlet and outlet at the same horizontal line and same dia. Able to mount on any pipe line at any place easily and small occupying place. The
Pump has foot to increase the consolidation of the pump and with the flange of inlet/outlet, a pressure hole can equip with pressure meter to ensure the pump long and lasting operation with in its rated performance.

Working Condition:
1. The pump system's max working pressure is 1.6MPa, i. e. The inlet of pump's pressure +pump head≤ 1.6MPa, working pressure is 2.5MPa, inlet pressure not exceed 0.3MPa, please note that if exceeding 0.3MPa, the seal of the impeller balance hole is needed to keep balance of shaft force.
2. Suitable liquid: Solid particle should not exceed 0.1% of total volume with shape not exceed 0.2mm, if the liquid containing the small particle, the mechanical seal should adopt durable type.
3. Environmental temperature should be less than 40degree. Relative moisture should not exceed 95%.
Main application:
1. ISG vertical centrifugal pump used for pumping clear water and clear water like other liquid with temperature not exceeding 80 degree, suitable for industrial and city water supply and drainage, pressurizing the pipe pressure for high building, garden watering, fire pipe pressurizing, distance water supply, heating supply, bath room and for cool and warm water recycle, booster and relative equip.
2. IRG vertical hot water pump is used for energy, refinery, wooden process, chemical industrial, textile industrial, paper making, restaurant, bath room, hotel and for hot water recycling of boiler and city heating system with liquid temperature not exceeding 120 degree.

Performance & Advantages
Highly efficiency, Energy saving, With tube-type structure, easy for installation, Electro-mechanically integrated design, Space efficient,
Easy for service just by disassembling the nut of the pump bonnet and taking out the motor and the actuator unit. Wide application scope.

Range of Application
Daily and fire water supply for constructions, air conditioning system, cyclic pressuriztion for other cold and hot clean mediums.

Technology Parameters
Flow: 6.3-1600m3/h
Head: 5-150m
Rotary Speed: 980-2900r/min
Calibre: Φ15-Φ500
Temperature: 0~+120º C
Working Pressure: ≤ 1.6Mpa

 

NO Model Flow(Q) Head
(m)		 Eff
(%)		 Speed
(r/min)		 Motor Power
(kw)		 Needed
Air
Containr
(m)		 Weight
(KG)
(m3/h) L/S
001 15-80 1.1
1.5
2..0		 0.3
0.42
0.55		 8.5
8
7		 26
34
34		 2900 0.18 2.3 17
002 20-110 1.8
2.5
3.3		 0.5
0.69
0.91		 16
15
13.5		 25
34
35		 2800 0.37 2.3 25
003 20-160 1.8
2.5
3.3		 0.5
0.69
0.91		 33
32
30		 19
25
23		 2900 0.75 2.3 29
004 25-110 2.5
4
5.2		 0.78
1.11
1.44		 16
15
13.5		 34
42
41		 2900 0.55 2.3 26
005 25-125 2.8
4
5.2		 0.78
1.11
1.44		 20.6
20
18		 28
36
35		 2900 0.75 2.3 28
006 25-125A 2.5
3.6
4.6		 0.69
1.0
1.28		 17
16
14.4		 35 2900 0.55 2.3 27
007 25-160 2.8
4
5.2		 0.78
1.1
1.44		 33
32
30		 24
32
33		 2900 1.5 2.3 39
008 25-160A 2.6
3.7
4.9		 0.72
1.03
1.36		 29
28
26		 31 2900 1.1 2.3 34
009 32-125 3.5
5
6.5		 0.97
1.39
1.8		 22
20
18		 40
44
42		 2900 0.75 2.3 28
010 32-125A 3.1
4.5
5.8		 0.86
1.25
1.61		 17.6
16
14.4		 43 2900 0.55 2.3 28
011 40-100 4.4
6.3
8.3		 1.22
1.75
2.31		 13.2
12.5
11.3		 48
54
53		 2900 0.55 2.3 32
012 40-100A 3.9
5.6
7.4		 1.08
1.56
2.06		 10.6
10
9		 52 2900 0.37 2.3 32
013 40-125 4.4
6.3
8.6		 1.22
1.72
2.31		 21
20
18		 41
46
43		 2900 1.1 2.3 34
014 40-125A 3.9
5.6
7.4		 1.08
1.56
2.06		 17.6
16
14.4		 40
45
41		 2900 0.75 2.3 33
015 40-160 4.4
6.3
8.36		 1.22
1.72
2.31		 33
32
30		 34
40
42		 2900 2.2 2.5 47
016 40-160A 4
5.5
7		 1.11
1.53
1.94		 29
28
26.6		 33
38
39		 2900 1.5 2.2 43
017 40-160B 3.5
5
6.5		 0.97
1.39
1.8		 25
24
22.5		 31.5
37
39		 2900 1.1 2.5 38
018 40-200 4.4
6.3
8.3		 1.22
1.75
2.31		 51
50
48		 26
33
32		 2900 4 2.3 74
019 40-200A 4
5.5
7		 1.1
1.53
1.94		 44.6
44
42.7		 26
31
32		 2900 3 2.3 62
020 40-200B 3.5
5
6.5		 0.97
1.39
1.80		 39
38
36		 29 2900 2.2 2.3 52
021 40-250 4.4
6.3
8.3		 1.22
1.72
2.31		 82
80
74		 24
28
28		 2900 7.5 2.3 105
022 40-250A 4
5.5
7

1.11
1.53
1.94

 72.5
70
65		 24
26
24.5		 2900 5.5 2.5 98
023 40-250B 3.5
5
6.5		 0.97
1.39
1.80		 63
60
55		 25 2900 4 2.5 77
024 40-100(I) 8.8
12.5
16.3		 2.44
3.47
4.53		 13.2
12.5
11.3		 55
62
60		 2900 1.1 2.3 34
025 40-100(I)A 8
11
14.5		 2.22
3.05
4.3		 10.6
10
9		 60 2900 0.72 2.3 32
026 40-125(I) 8.8
12.5
16.3		 2.44
3.47
4.53		 21.2
20
7.8		 49
58
57		 2900 1.5 2.3 38
027 40-125(I)A 8
11
14.5		 2.22
3.05
4.03		 17
16
4		 57 2900 1.1 2.3 33
028 40-160(I) 8.8
12.5
16.3		 2.44
3.47
1.53		 33
32
30		 45
52
1		 2900 3 2.3 56


 

NO Model Flow(Q) Head
(m)		 Eff
(%)		 Speed
(r/min)		 Motor Power
(kw)		 Needed
Air
Containr
(m)		 Weight
(KG)
(m3/h) L/S
029 40-160(I)A 8
11
14		 2.22
3.05
3.89		 29
28
26.2		 43
48
47		 2900 2.2 2.5 47
030 40-160(I)B 7
10
13		 1.94
2.78
3.61		 26
24
20		 50 2900 1.5 2.5 43
031 40-200(I) 8.8
12.5
16.3		 2.44
3.47
4.53		 51.2
50
48		 38
46
46		 2900 5.5 2.3 85
032 40-200(I)A 8
11
14		 2.22
3.05
3.89		 44.7
44
43.		 43 2900 4 2.5 75
033 40-200(I)B 7
10
13		 1.94
2.78
3.61		 40
38
35		 44 2900 3 2.5 63
034 40-250(I) 8.8
12.5
16.3		 2.44
3.47
4.53		 81.2
80
77.5		 31
38
40		 2900 11 2.3 145
035 40-250(I)A 8
11
14		 2.22
3.05
3.89		 71.5
70
68		 34 2900 7.5 2.5 95
036 40-250(I)B 7
10
13		 1.94
2.78
3.61		 62
60
57		 34 2900 5.5 2.5 94
037 40-250(I)C 7.1
10.0
13.1		 1.97
2.78
3.64		 53.2
52
50.4		 36 2900 5.5 2.3 88
038 50-100 8.8
12.5
16.3		 2.44
3.47
4.53		 13.6
12.5
11.3		 55
62
60		 2900 1.1 2.3 36
039 50-100A 8
11
14.5		 2.22
3.05
4.03		 11
10
9		 60 2900 0.72 23 35
040 50-125 8.8
12.5
16.3		 2.44
3.47
4.53		 21.5
20
14.8		 49
58
57		 2900 1.5 2.3 43
041 50-125A 8
11
14.5		 2.22
3.05
4.03		 17
16
14		 57 2900 1.1 2.3 38
042 50-160 8.8
12.5
16.3		 2.44
3.47
4.53		 33
32
30		 45
52
51		 2900 3 2.3 59
43 50-160A 8
11
14		 2.22
3.05
3.89		 29
28
26.2		 43
48
47		 2900 2.2 2.5 51
044 50-160B 7
10
13		 1.94
2.78
3.61		 26
24
20		 50 2900 1.5 2.5 47
045 50-200 8.8
12.5
16.3		 2.44
3.47
4.53		 51
50
48.5		 38
46
49		 290 5.5 2.5 101
046 50-200A 8
11
14		 2.22
3.05
3.89		 44.7
44
43		 37
43
43		 2900 4 2.5 80
047 50-200B 7
10
13		 1.94
2.78
3.61		 40
38
35		 44 2900 3 2.5 68
048 50-250 8.8
12.5
16.3		 2.44
3.47
4.53		 81.4
80
77.5		 29
36
40		 Biomass Fired Steam Boiler

SZL series chain grate boiler
Our company SZL type boiler is a double-drum water tube assembly chain grate boiler. The boiler proper has an upper drum and a bottom drum longitudinally arranged along the boiler center. The front of the upper drum and two sides water wall tubes constitute the boiler hearth radiation heating surface, and the tubes between the rear of the upper drum and the bottom drum constitute the convection heating surface. The economizer is arranged on the rear of the boiler,part of heat from high temperature exhaust gas generated by burning was absorbed by economizer, then the exhaust gas go through the cooling chamber,exhaust gas enters the convection heating surface to transfer heat power again, and through economizer,dust collector, finally draught by ID fan to Chimney,discharges into the atmosphere.

Core Technology:
1. Longitudinally arranged double drum
2. Airtight and uniform-pressure wind room
3. Customized combustion device
4. "α" type flame combustion
5. High quality aluminum silicate insulation
6. Built-in dust cleaning
7. Easy operation control system

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