Bench Tie is made of Polypropylene. They secure the 63 mm PVC V bars in its place. RECOMMENDED QUANTITY : 4 nos. for each 1830 mm long PVC V bar, 5 nos. for each 2440 mm long PVC V bar & 6 nos. for each 3050 mm long PVC V bar.
100 mm : Polypropylene Cable Ties ensure that the fill is intact at its place in the Cooling Tower. 300 mm : Polypropylene Cable Ties keep the drift eliminators tied to the structural part properly.
Cooling Tower Fan – Cast Aluminium Alloy (Direct drive)
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These fans are cast from Aluminium alloy. These fans are directly coupled to the Electric Motor. They are having 4 blades for 1050 mm diameter and 6 blades for 1200mm diameter onwards. The entire assembly is statically balanced for minimum vibration levels during operation. ELECTRIC MOTOR FRAME SIZE : This is needed to bore the fan hub.
These Axial design fans are directly coupled to the Electric Motor. The 6 blades are made of Fibreglass Reinforced Polyester (FRP) and hub of Hot Dip Galvanised steel having Bolt, nut, washer of SS. The entire assembly is statically balanced for minimum vibration levels during operation. ELECTRIC MOTOR FRAME SIZE : This is needed to bore the fan hub.
Cooling Tower Fan -Aluminium Alloy (Gearbox driven)
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These fans are cast from Aluminium alloy and are Axial in design. These fans are driven by a Gearbox which is connected to an Electric Motor. All fans are equipped with 6 aluminium blades. The entire assembly is statically balanced for minimum vibration levels during operation. GEARBOX MODEL : This is needed to bore the fan hub. In case, your…
Coupling Gear side is Made in Cast Iron, duly drilled, finished and galvanized. Bush will have to be separately ordered, if needed. COUPLING SELECTION : To select your coupling ; select your Gearbox model. If is not from our list, kindly note your Gearbox Model no. and email us on support@cooltechcoolingtowers.store. We will add the same in our list and…
Coupling is important part of the Drive system. This is made in CI. casting duly drilled, finished and galvanised. Bush will have to separately ordered, if needed.
Drift Eliminator blades are of PVC with spacers of PP. These drift eliminators restrict drift losses to 0.05% of the water circulated in a Cooling Tower. Blade width is 103 mm and length is variable. The blades are installed with the help of a multi-spacer in which 11 blades fit. The c-c distance of the blades is 35 mm. Each…
Drift Eliminator blades are of PVC with spacers of PP. These drift eliminators restrict drift losses to 0.05% of the water circulated in a Cooling Tower. Blade width is 103 mm and length is variable. The blades are installed with the help of a multi-spacer in which 11 blades fit. The c-c distance of the blades is 35 mm. Each…
Drift Eliminator blades are of PVC with spacers of PP. These drift eliminators restrict drift losses to 0.05% of the water circulated in a Cooling Tower. Blade width is 103 mm and length is variable. The blades are installed with the help of a multi-spacer in which 11 blades fit. The c-c distance of the blades is 35 mm. Each…
Drive Shaft is made from Hot dip galvanised Mild Steel tubular floating design. These are designed for the Motor HP. it serves and is dynamically balanced for vibration free operation. The DBSE (distance between shaft ends of Motor and Gear) will have to be specified by customer in mm. Do mention this below in the specification form below. DBSE :…
Flange Mounted Cooling Tower Motors are of: Protection: IP-55 Mounting: V1 Standards: IS 21615, IS 1231, IS 2223, IS 8223 Efficiency: IE2 High Efficiency Insulation- F class Enclosure: TE Volts: 415 (+/- 10%) Phase: 3 Hertz: 50
Foot Mounted Cooling Tower Motors are of: RPM: 1500 Protection: IP-55 Mounting: B3 Standards: IS 21615, IS 1231, IS 2223, IS 8223 Efficiency: IE2 High Efficiency Insulation- F class Enclosure: TEFC Volts: 415 (+/- 10%) Phase: 3 Hertz: 50
These fans are made of Advanced Engineering Plastic and are meant for use in small Cooling Towers where the fan is directly coupled to the Electric Motor. They are having 4 blades and the entire assembly is statically balanced for minimum vibration levels during operation. ELECTRIC MOTOR FRAME SIZE : This is needed to bore the fan hub.
Fan stack is the circular enclosure in which the fan rotates. Fan stacks are made of FRP and these are meant for Wooden Cooling Towers and Pultruded FRP Cooling Towers. SELECTION: Select your fan diameter & Fan Drive system to order your Fan Stack.
These Axial design fans are coupled to the Gearbox which is run by an Electric Motor. The 6 blades are made of Fibreglass Reinforced Polyester (FRP) and hub is of Hot Dip Galvanised steel having Bolt, nut, washer of SS. The entire assembly is statically balanced for minimum vibration levels during operation. GEARBOX MODEL : This is needed to bore…
FRP corrugated sheets are used as : End casing sheet, Partition and Louvers in a Cooling Tower. Being FRP, makes them inert and suitable for harsh Cooling Tower environment. These are opaque and available in 3 colours.
Cooling Tower Reduction Gearbox is right angle in single / double reduction. They are spiral bevel in design and have a Service Factor of minimum 2.0 on the motor HP. mentioned. Gearbox having reduction ratio of 2.13, 2.71 and 4.56 are a perfect replacement to old Gearboxes and hence need no modification for mounting. All Gearboxes are suitable for 4…
Glassfibre Reinforced Polyester (GRP) Grids take the entire load of splash bars(fill). Cooltech made GRP Grids have a tensile strength equivalent to that of steel and are totally inert. These high strength grids are made of 4800 Roving Tex Glassfibre and Isophthalic Resin. Service Life : 10 Years+
Bolts used in Cooling Tower are of MS., hot dip galvanized, half thread and in 3/8" & 1/2" diameter with double washer. Each set consists of 1 Bolt+1 Nut+2 Washers
Spray Nozzles (Ampullar design) are made of Polypropylene. These are available in 2 diameters, 1.5" & 2.5". These nozzles are used in FRP / Wooden Cooling Towers of counterflow design. These nozzles are Jam-free and are meant for medium to large size Cooling Towers where the water quality is not good.
