factory Outlets for Mechanical Level Gauge - Gl Tube Type Oil Cooler Series – Xinyuan

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factory Outlets for Mechanical Level Gauge - Gl Tube Type Oil Cooler Series – Xinyuan Detail:

This product is manufactured by our company that combining with the int ernal and external base of advanced technology and craft. The material of h- eat-exchange pipe, adopted low-rib finned red copper pipe, used the structure of transverse current breaker board, turbulence board and the advanced manufacture craft of mechanism expanding, has the features of novel structure, small dimension, light weightand well heat-exchanging effect a- nd soon. This product is a new type and higli efficiency cooler, mainly used in low-viscosity hydraulic and oil system to cool the work oil to the specified temperature. So it is an Ideal cooling facility that can be widely used in cooling the hydraulic equipment in the trade such as chemical industry, electric power, metallurgical industry, mine and light industry and soon.

Each cooler series has many specification and type to suit for each user’s requirement. Except the main products introduced in the operation manual, the company also can make all kinds large orspecialcoolerfor the customers according to their requirements.

Tube type oil cooler
C:finned tube
L:bare pipe
Series No.
Nominal cooling area:m2
Special Products :B: Stainless Steel Shell

H: For cooling water is seawater
Inlet and outlet of oil (water) size is different, please directly mark
Other requirements FB- port
Standard can be omitted
Install method:L-vertical; non-horizontal type
Nominal pressure:A = 1.6MPa(omit)

TECHICAL DATA

Medium viscosity Inlet-oil temperature Inlet-water temperature Oil cooling Pressure lose Flow-ratio of oil to water W/M2 - °C

Heat-exchange factor

 

Oil side

Water side
N68 55 ±1 W30 N8 W0.1 <0.05 1:1 N350

MOUNTING SIZE

opc5

 Number Name Note
1 Bolt  
2  Cap  
3 Seal Wearing parts
4  Housing  
5 O-ring  Wearing parts
6  Cap  

opc6

Model

L

C

L1

Hl

H2

DI

D2

Cl

C2

B

L2

t

n-b x I

dl

d2

Oil flow

L/min

 Weight (Kg)

GLC1-0.4 390 240                 145        

20

7

GLC1-0.6 555 405                 310        

30

9

GLC1-0.8 685 532

80

64

75

80

120

50

65

105

435

2 4-10 x 20 G1

G3/4

40

10

GLC1-1 815 665                 570        

45

12

GLC1-1.2 955 805                 715        

50

14

GLC2-1.3 555 375                 225        

52

17

GLC2-1.7 680 500                 350        

57

20

GLC2-2.1 815 635                

485

       

62

24

     

94

85

100

121 160

70

110

150

  2 4-10 x 20 G1 G1    
GLC2-2.6 955 775                 630        

70

28

GLC2-3 1105 925                 780        

80

33

GLC2-3.5 1265 1085                 935         85 37
GLC3-4 820 570                 380        

75

45

GLC3-5 970 720                 530     Gll/2

Gll/4

100

51

GLC3-6 1120 870                 680         125

57

GLC3-7 1290 1040                 850         150

64

     

132

115

151

162 220

100

160

205

  3 4-15 x 25        
GLC3-8 1450 1200                

1010

        175

70

GLC3-9 1610 1360                 1170         200

76

GLC3-10 1780 1530                 1340     G2

Gll/2

225

83

GLC3-11 1960 1710                

1520

        250

90

GLC4-13 1355 985                 745         230

132

GLC4-15 1515 1145                 905         260

142

GLC4-17 1675 1305                 1065         300

153

GLC4-19 1845 1475                 1235         330

165

     

197

160

180

219 310

120

200

280

 

8.5

4-22 x 30 G2 G2    
GLC4-21 2025 1655                 1415         360

177

GLC4-23 2195 1825                 1585         400

188

GLC4-25 2375 2005                 1765         430

200

GLC4-27 2545 2175                 1935         470

212

TECHICAL DATA

 

Medium viscosity

 Inlet-oil temperature

Inlet-water temperature

Oil cooling

Pressure lose

Flow-ratio of oil to water

W/M2 - °C Heat-exchange factor

Oil side

Waterside

N68

50 ±1

W30

N8

W0.1

<0.05

1:1.5

N230

MOUNTING SIZE

opc7

 Number

Name

Note

1 Bolt  
2 Cap  
3 Seal  Wearing parts

4

Heat exchange parts  
5 Seal Wearing parts
6 housing  
7 Nut  
8 Seal Wearing parts
9 Cap  

opc8

Model L

C

L1

Hl

H2 DI D2 Cl C2 B

L2

L3

D3

D4

n-dl

n-d2

n-b x I DN1 DN2

Flow of oil

(L/min)

Weight (Kg)

GLL3-4

GLL3-5

GLL3-6

GLL3-7

1150

1450

1750

1980

682

982

1282

1512

265 190 180 219 310 140 200 280 367 485 100

100

4-Φ17.5 4- Φ17.5 4-22 x 30

32

32

75

100

125

150

108

123

138

150

785

1085

110

40

1385

GLL4-12

GLL4-16

GLL4-20

GLL4-24

GLL4-28

1555

1960

2370

2770

3180

960

1365

1775

2175

2585

345 262 232 325 435 200 300 370 497

660

145 145 4-Φ17.5 4-Φ17.5 4-22 x 30

65

65

250

350

450

550

650

238

300

360

455

536

1065

1475

1885

160 8-Φ17.5

80

2295

GLL5-35

GLL5-40

GLL5-45

GLL5-50

GLL5-60

2480

2750

2990

3260

3800

1692

1962

2202

2472

3012

500 315 293 426 535 235 400 500 730

1232

1502

1772

180 180 8-Φ17.5 8-Φ17.5 4-22 x 30

100

100 625

750

875

1000

1250

570

640

745

825

955

2042

210

125

2582

GLL6-80

GLL6-100

GLL6-120

3160

3760

4360

2015

2615

3215

700 500 408 616 780 360 550 700 935

1555

295 295

8-Φ22

8-Φ22 4-25 x 32

200

200 1500

2000

2500

1617

1890

2163

2155

2755

TECHICAL DATA

 

Medium viscosity

 Inlet-oil temperature

Inlet-water temperature

Oil cooling

Pressure lose

Flow-ratio of oil to water

W/M2 - °C Heat-exchange factor

Oil side

Waterside

N68

50 ±1

W30

N8

W0.1

<0.05

1:1.5

N230

MOUNTING SIZE

opc9

Number Name Note
1 Nut  
2 Cap  
3 Seal Weating parts
4 Bolt  
5 Housing  
6 Seal Weating parts
7 Heat exchange parts  
8 Seal Weating parts
9 Cap  

opc10

 Model

L

C

L1

Cl

H

D

DI

D2

D3

D4

DN1 DN2

n-dl

n-d2

n・d3

Flow of oil (L/min)

 Weight (kg)

GLL3-4L 1220 682            

100

  32        

75

125

GLL3-5L 1520 982 320 100 190 219 320 360 100

32

8-Φ24

4-Φ17.5 4-Φ17.5 100

140

GLL3-6L 1820 1282

110

40 125

155

       
GLL3-7L 2050 1512                       150

165

GLL4-12L 1630 960                           250

268

GLL4-16L 2035 1365            

145

  65     4-Φ17.5   350

330

GLL4-20L 2445 1775 400 130 262 325 440 480   145  

65

8-Φ24

  4-Φ17.5 450

390

GLL4-24L 2845 2175            

160

  80     8-Φ17.5   550

485

GLL4-28L 3255 2585                     650

566

GLL5-35L 2545 1692            

180

  100         625

605

GLL5-40L 2815 1962                       750

660

GLL5-45L 3065 2202 530 180 315 426 570 620   180   100

8-Φ28

8-Φ17.5 8-Φ17.5 875

781

GLL5-50L 3335 2472            

210

  125         1000

860

GLL5-60L 3875 3012                           1250

960

GLL6-80L 3170 2015                           1500 1630

GLL6-100L

3770 2615 690 215 500 616 800 870

295

295 200 200

8-Φ35

8-Φ22

8-Φ22

2000 1900

GLL6-120L

4370 3215                           2500 2175

1. Calculation method

(1) Required heat transfer area A(m2)
QA=Arm -K
⑵Amount of heat:Q(Kca l/h)
Q=(H-T2)CW=(t2-tl)C,W, <2=Amount of heat(kca l/h) k=Heat transfer coefficient(kca l/m2h°C) Atiii =Mean temperature difference(°C)
Among them:D 1= inlet oil temperature °C 2=Export of oil temperature°C 。=Import water temperature°C
2=Export water temperature°C C=The specific heat of oil(kca l/kg。。 The specific heat of water(kca l/kg°C)
W=The flow of oil(kg/h) ‘=The flow of water(kg/h)

(3)Average temperature difference left T m(°C)

opc11

(4)Heat transfer coefficient:K(kca l/m2h°C)

a)When the cooling water flow is small and the working oil viscosity is high, K = 200 is taken;
b)Generally take K=250 when working oil;
c)When the cooling water flow is large and the working oil viscosity is low, K = 350~400 is taken0;

2. Estimation

Motor power KW

7.5-10

10-15

15-20

20-30

30-40

40-75

75-100

100-120

120-150

150-200

Selected cooling area(nf)

0.4 0.6

0.8 1.0

1.2 1.3

1.7 2.1

2.6 3

3.5 4

5 6

7 8

8 9

10 11


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factory Outlets for Mechanical Level Gauge - Gl Tube Type Oil Cooler Series – Xinyuan detail pictures


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With this motto in mind, we have turn out to be amongst probably the most technologically innovative, cost-efficient, and price-competitive manufacturers for factory Outlets for Mechanical Level Gauge - Gl Tube Type Oil Cooler Series – Xinyuan , The product will supply to all over the world, such as: Greece, Seychelles, Malaysia, During the 10 years of operating, our company always try our best to bring consumption satisfaction for user, built a brand name for ourselves and a solid position in the international market with major partners come from many countries such as Germany, Israel, Ukraine, United Kingdom, Italy, Argentina, France, Brazil, and so on. Last but not least, price of our products are very suitable and have fairly high competition with other companies.
  • The factory technical staff not only have high level of technology, their English level is also very good, this is a great help to technology communication.
    5 Stars By Laurel from Rwanda - 2017.06.29 18:55
    Product quality is good, quality assurance system is complete, every link can inquire and solve the problem timely!
    5 Stars By Nelly from Niger - 2018.06.09 12:42
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