|
|
| FRP Round Bottle Shape Cooling Towers |
 |
Bharat Cooling Towers is one of the leading manufacturers of compact and space saving FRP cooling towers. In FRP (Fiber Reinforced Plastic) cooling towers, multiple fibers are joined mutually and are available in form of mat. The mat is joined together with polyester resin, accelerator and catalyst.
Being round, the air flow through the towers is more evenly distributed. Structural members do not interrupt air intake and therefore they have been proven to be thermodynamically the most efficient design in the field. This translated directly into reducing running costs. The towers offers PVC fills and eliminators in a design that maximizes economy and efficiency. The counter flow design facilitates low pump heads. The water is distributed inside the towers over the fill area through the self rotating sprinkler so as to give an even distribution over the complete fill area. |
 |
| |
| Benefits of FRP Round Cooling Towers |
- High Strength
- Chemical Resistance
- Part Consolidation
- Durability
- Incombustible
- Low Maintenance
- Minimum Drift Loss of Water
|
 |
| |
| Cooling Towers |
- Direct access to internal parts; providing easy maintenance and repair.
- FRP Cooling Towers can withstand corrosion, to resist water born bacteria and organisms.
- Light in weight and permits roof installation without special reinforcement of any kind.
- Vertical Induced Draft Counter Flow design permits installation in any direction.
- Consumes less power because of less air resistance to water.
- A directs Driven Axial Fan ensuring the system free from problems faced with Belt & Gear Drives.
- Available in various colors to match aesthetic requirements.
|
 |
|
|
|
|
|
| Features |
| |
| Casing |
| Cooling Towers Casing is made of selected grade materials of tough Fibre Glass /Reinforced Polyester & resins, etc. Additional embossing is done for extra strength in case of big cooling towers. |
| |
| Water Basin |
| Water Basin is completely leak proof which avoids spillage & seepage of water. It is of deep sump design to ensure maximum water level at all times & made up of FRP with additional stiffening to take care of extra water weight. However RCC basin is recommended for capacities of 300TR and above. |
| |
| C.T. Fan |
| Cast aluminum alloy fan is of aero dynamic designed axial flow type to achieve high efficiency. FRP Fan blades with aluminum hub are also available. |
| |
| Sprinkler Assembly |
| Sprinklers are available in Brass/ SS/ Aluminum and the sprinkler pipe distributes the hot water over the entire space of the fill area. Sprinkler pipes are non- clogging and require low pressure to operate and assure uniform water flow. |
| |
| Drift Eleminator |
| The FRP eliminator attached to the sprinkler reduces the drift loss of water and it is made of rigid PVC material. |
| |
| PVC Fills |
Honeycomb & ring type fills are of rigid poly vinyl chloride (PVC) and is of honey comb design with very large contact surface area. The purpose of the fill is to split the water and air into several streams to increase the time of contact and also heat transfer between air and water.
The fills are available with standard size of 24" x 12" x 6" with the thickness of 0.25 mm. |
| |
| Motors |
| The motors are totally enclosed (IP-55) flange type, 415 V, 50Hz. induction weather proof with extended shaft and are especially designed for cooling towers. |
| |
| Capacity Available: 5 TR to 500 TR in single cell. |
|
|
| Selection and Technical Data |
|
MODEL |
SELECTION
AIRCOND. HEAT
REJECTION
K.ca/hr.x1000 |
OVERAL
HEIGHT
(MM) |
DIMENSIONS
DIAMETER
(MM) |
MOTOR
(HP) |
FAN
DIA.
(MM) |
OPERATING
WEIGHT
(KG.) |
PUMP
HEAD
mmH2 O |
1105
1107
1115
1120 |
05 TR
7.5 TR
15 TR
20 TR |
28
28
56
75 |
2000
2000
2000
2000 |
950
950
1200
1400 |
1.0
1.0
1.0
1.0 |
450
600
700
700 |
250
270
360
400 |
2000
2000
2000
2000 |
1125
1135
1140 |
25 TR
35 TR
40 TR |
94
132
150 |
2200
2200
2300 |
1800
1850
2200 |
2.0
2.0
2.0 |
900
900
1200 |
475
525
720 |
2500
2500
2500 |
1150
1160
1180 |
50 TR
60 TR
80 TR |
188
225
300 |
3000
3000
3000 |
2200
2200
3000 |
3.0
3.0
5.0 |
1200
1200
1500 |
830
860
1400 |
3000
3000
3000 |
11100
11125
11150 |
100 TR
125 TR
150 TR |
375
469
563 |
3000
3200
3200 |
3000
3300
3300 |
7.5
7.5
7.5 |
1500
1800
1800 |
1500
1700
1800 |
3000
3200
3200 |
11170
11200
11250
11300 |
170 TR
200 TR
250 TR
300 TR |
642
750
938
1125 |
3200
3200
3500
3500 |
3700
3700
4800
4800 |
7.5
10.0
10.0
12.5.0 |
1800
1800
2300
2300 |
2150
2325
3500
3800 |
3600
3600
4000
4000 |
11400
11500 |
400 TR
500 TR |
1500
1875 |
3700
4000 |
5800
5800 |
15.0
15.0 |
2300
3000 |
6000
6300 |
4500
4500 |
|
| |
| NOTE: - Based on: Water Flow Rate 15 LPM (4USGPM) TR Water Inlet: 36.4 0C (97.5F) Water Outlet: 32.2 0C (90.0 F) Wet Bulb: 28.3 0C (83 F) for other operations conditions contact us for correct selection |
| |
| REQUEST WHEN MAKIN INQUIRIES: |
A- Rate of water circulator (LPM)
B- Water inlet tempera ture
C- Water outlet temperature (oC)
D- Ambient wet bulb temperature (oC) |
| |
| NOTE: - Dimensions shown above are metric sized and the specifications are subject to change without prior notice for technical improvement of our products. |
| |
| |
