catalogue LCTD-20170927 網路修正版 · and long duration of water drop and free of deposits and...

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Transcript of catalogue LCTD-20170927 網路修正版 · and long duration of water drop and free of deposits and...

Page 1: catalogue LCTD-20170927 網路修正版 · and long duration of water drop and free of deposits and scales to get best heat transfer. Long Service Life LCTD tower components are made
Page 2: catalogue LCTD-20170927 網路修正版 · and long duration of water drop and free of deposits and scales to get best heat transfer. Long Service Life LCTD tower components are made

Characteristics

International Standards Series LCTD cooling towers have been designed according to the international standards featuring light weight structure, easy transport, easy hoisting and easy site installation. Low Noise & Easy Maintenance Series LCTD cooling tower use high tension V-belt reducers, which are correspond to the low noise axial fans featuring silent operation and easy maintenance. Light Weight, Smaller Footprint and Multi-Cell Installation Comparing with other types of cooling tower, LCTD features lighter operational weight and smaller footprint. Also the combinative multi-cell structure is suitable for large cooling requirement and future expansion. High Efficiency Non-Clog Distribution System Water distribution system consists of spray header and branches with large orifice, non-clog nozzles to spray

water evenly on the surface of fill to promote the best mixing of air and water. High Efficient Fill Unique design of vacuum-formed and chevron configuration type fill with ripple surface facilitates even spread and long duration of water drop and free of deposits and scales to get best heat transfer. Long Service Life LCTD tower components are made of weatherproof and anticorrosive materials. Casing is constructed of anti ultraviolet FRP which features soundproof and non-decayed merits with fine streamline outlook. Basin are made by F.R.P. Fill and inlet louvers are by P.V.C. Supporting rack is made of light weight steel. All the steel parts are hot dip galvanized so as to prolong the service life.

Structure and Standard Materials

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Single-Cell Models Engineering Data and Overall Dimensions

LCTD-1008C~1012C LCTD-1015C~1020C

LCTD-1022B~1050D LCTD-1060B~1100D

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Tower Model LCTD-

Nominal Ton*1

Nominal Water Flow (LPM)

Dimensions (mm) Fan Dia.

(mm) Fan Motor (kw)Width Length Height

W L H

1008C 80 1040 2220 2220 3950 1170 1.5×1

1010C 100 1300 2220 2220 3950 1470 2.2×1

1012C 125 1625 2420 2420 3950 1470 2.2×1

1015C 150 1950 2720 2720 4230 1750 3.7×1

1017C 160 2080 2720 2720 4230 1750 3.7×1

1020C 190 2470 3020 3020 4330 1750 3.7×1

1022B 180 2340 3020 3020 4530 2360 3.7×1

1022C 205 2665 3020 3020 4530 2360 5.5×1

1022D 225 2925 3020 3020 4530 2360 7.5×1

1025B 205 2665 3020 3020 4530 2360 5.5×1

1025C 225 2925 3020 3020 4530 2360 7.5×1

1025D 255 3315 3020 3020 4530 2360 11×1

1030B 270 3510 3620 3620 4730 2360 5.5×1

1030C 300 3900 3620 3620 4730 2360 7.5×1

1030D 340 4420 3620 3620 4730 2360 11×1

1035B 300 3900 3620 3620 4730 2360 7.5×1

1035C 340 4420 3620 3620 4730 2360 11×1

1035D 375 4875 3620 3620 4730 2360 15×1

1040B 385 5005 4220 4220 4780 2970 7.5×1

1040C 440 5720 4220 4220 4780 2970 11×1

1040D 480 6240 4220 4220 4780 2970 15×1

1050B 440 5720 4220 4220 4780 2970 11×1

1050C 480 6240 4220 4220 4780 2970 15×1

1050D 550 7150 4220 4220 4780 2970 22×1

1060B 545 7085 4730 4730 5260 3380 11×1

1060C 600 7800 4730 4730 5260 3380 15×1

1060D 685 8905 4730 4730 5260 3380 22×1

1070B 610 7930 5230 5230 5235 3580 15×1

1070C 700 9100 5230 5230 5235 3580 22×1

1070D 770 10010 5230 5230 5235 3580 30×1

1080B 700 9100 5730 5730 5835 3580 15×1

1080C 800 10400 5730 5730 5835 3580 22×1

1080D 880 11440 5730 5730 5835 3580 30×1

1090B 785 10205 6230 6230 6135 4250 15×1

1090C 900 11700 6230 6230 6135 4250 22×1

1090D 990 12870 6230 6230 6135 4250 30×1

1100B 875 11375 6730 6730 6135 4250 15×1

1100C 1000 13000 6730 6730 6135 4250 22×1

1100D 1100 14300 6730 6730 6135 4250 30×1

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Tower Model LCTD-

Pipe Connections Approximate Tower Head*

2 (M)

Inlet Outlet Drain Over Flow Auto Filler Quick Filler Dry Wt. (kg)

Operating Wt. (kg) (I) (C) (D) (O) (A) (M)

1008C 4B(100A)×1 4B(100A)×1 2B(50A)×1 1B(25A)×1 1B(25A)×1 1B(25A)×1 730 1850 9.3

1010C 4B(100A)×1 4B(100A)×1 2B(50A)×1 1B(25A)×1 1B(25A)×1 1B(25A)×1 780 1920 8.2

1012C 5B(125A)×1 5B(125A)×1 2B(50A)×1 2B(50A)×1 1B(25A)×1 1B(25A)×1 930 2310 8.2

1015C 5B(125A)×1 5B(125A)×1 2B(50A)×1 2B(50A)×1 1B(25A)×1 1B(25A)×1 970 2790 5.8

1017C 5B(125A)×1 5B(125A)×1 2B(50A)×1 2B(50A)×1 1B(25A)×1 1B(25A)×1 1070 3100 6.5

1020C 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1240 3940 6.8

1022B 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1370 4160 6.8

1022C 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1380 4170 7.8

1022D 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1430 4220 8.8

1025B 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1380 4170 7.8

1025C 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1430 4220 8.8

1025D 6B(150A)×1 6B(150A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1450 4240 6.3

1030B 8B(200A)×1 8B(200A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1590 5590 7.1

1030C 8B(200A)×1 8B(200A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1640 5640 7.9

1030D 8B(200A)×1 8B(200A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1660 5660 9

1035B 8B(200A)×1 8B(200A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1700 6060 7.9

1035C 8B(200A)×1 8B(200A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1750 6110 9

1035D 8B(200A)×1 8B(200A)×1 2B(50A)×1 2B(50A)×1 1 1/4B(32A)×1 1 1/4B(32A)×1 1770 6130 10

1040B 8B(200A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 2330 8430 5.6

1040C 8B(200A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 2350 8450 6.3

1040D 8B(200A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 2390 8490 6.9

1050B 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 2600 9080 6.3

1050C 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 2640 9120 6.9

1050D 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 2680 9160 7.9

1060B 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 3730 9930 6.4

1060C 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 3770 9970 7

1060D 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 3810 10010 8

1070B 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 4590 12090 5.8

1070C 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 4630 12130 6.5

1070D 10B(250A)×1 10B(250A)×1 2B(50A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 4670 12170 7.3

1080B 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 5400 14450 6

1080C 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 5440 14490 6.8

1080D 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 5440 14490 7.3

1090B 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 6380 17280 5.9

1090C 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 6380 17280 6.5

1090D 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 6480 18280 7.1

1100B 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 7460 20210 6.2

1100C 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 7460 20210 6.9

1100D 12B(300A)×1 12B(300A)×1 3B(80A)×1 4B(100A)×1 2B(50A)×1 2B(50A)×1 7560 20310 7.6

Note: 1. Nominal Tons are defined as the capacity that can deal with 13 lpm of water per ton, cooled from 37℃ to 32℃ with a 27℃ entering wet

bulb temperature. 2. Total pump head required for cooling water circulation pump is the sum of condenser water pressure drop, piping friction loss and tower

head. 3. All dimensions are in millimeters. Weights are in kilograms. 4. Multiple-cell models of the single-cell models above are also available but not listed. Air inlet height increases for multiple-cell models and

a derating of cell capacity will apply for multiple-cell models as follows: For cells with three air inlet sides, a 3% derating of cell capacity will apply. For cells with two air inlet sides, a 5% derating of cell capacity will apply.

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Multiple-Cell Models Engineering Data and Overall Dimensions

LCTD-1008C-CN~1012C-CN LCTD-1015C-CN~1020C-CN

LCTD-1022B-CN~1050D-CN LCTD-1060B-CN~1100D-CN

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Tower Model LCTD-

Dimensions (mm)

Width Length Height

W L H

1008C-C2 2220 4220 3950

*1008C-CN (3 cells and above) 2220 2220N-220(N-1) 4050

1010C-C2 2220 4220 4050

1010C-C3 2220 6220 4150

*1010C-CN (4 cells and above) 2220 2220N-220(N-1) 4250

1012C-C2 2420 4620 4050

1012C-C3 2420 6820 4150

*1012C-CN (4 cells and above) 2420 2420N-220(N-1) 4250

1015C-C2~1017C-C2 2720 5220 4430

1015C-C3~1017C-C3 2720 7720 4530

1015C-C4~1017C-C4 2720 10220 4630

*1015C-CN~1017C-CN (5 cells and above) 2720 2720N-220(N-1) 4730

1020C-C2 3020 5820 4530

1020C-C3 3020 8620 4630

1020C-C4 3020 11420 4730

*1020C-CN (5 cells and above) 3020 3020N-220(N-1) 4830

1022B~D-C2~1025B~D-C2 3020 5820 4730

1022B~D-C3~1025B~D-C3 3020 8620 4830

1022B~D-C4~1025B~D-C4 3020 11420 4930

*1022B~D-CN~1025B~D-CN (5 cells and above) 3020 3020N-220(N-1) 5030

1030B~D-C2~1035B~D-C2 3620 7020 4930

1030B~D-C3~1035B~D-C3 3620 10420 5030

1030B~D-C4~1035B~D-C4 3620 13820 5130

*1030B~D-CN~1035B~D-CN (5 cells and above) 3620 3620N-220(N-1) 5230

1040B~D-C2~1050B~D-C2 4220 8220 4980

1040B~D-C3~1050B~D-C3 4220 12220 5080

1040B~D-C4~1050B~D-C4 4220 16220 5180

*1040B~D-CN~1050B~D-CN (5 cells and above) 4220 4220N-220(N-1) 5280

1060B~D-C2 4730 9230 6060

1060B~D-C3 4730 13730 6060

*1060B~D-CN (4 cells and above) 4730 4730N-230(N-1) 6260

1070B~D-C2 5230 10230 6035

1070B~D-C3 5230 15230 6035

*1070B~D-CN (4 cells and above) 5230 5230N-230(N-1) 6235

1080B~D-C2 5730 11230 6035

1080B~D-C3 5730 16730 6035

*1080B~D-CN (4 cells and above) 5730 5730N-230(N-1) 6235

1090B~D-C2 6230 12230 6435

1090B~D-C3 6230 18230 6435

*1090B~D-CN (4 cells and above) 6230 6230N-230(N-1) 6635

1100B~D-C2 6730 13230 6435

1100B~D-C3 6730 19730 6435

*1100B~D-CN (4 cells and above) 6730 6730N-230(N-1) 6635

Note: 1. The models with starmark '*' need calculating for the 'Length'. Sample Model Number: LCTD1030B~D-CN~1035B~DCN (5 cells and above) where: LCTD = Product Line Designator -1030B~D/-1035B~D = Box Size Designator -C = Cell N = Number of Cells Assume N is 5, then the Length of LCTD-1030B~D-C5~LCTD-1035B~D-C5 will be 17220mm. 3620N-220(N-1) =3620*5-220(5-1) = 17220

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