The Ingenious Cooling Tower Motor and Enhanced Mechanization

Cooling tower motors are extraordinarily planned rib mounted engines in completely encased development to suit aerating and cooling and refrigeration ventures. They are given unique long shaft development with outside strung end to straightforwardly mount the fan cutting edges. This likewise helps in the better cooling of the engine. Engines are conservative in plan and less in weight to encourage simple support. They are accessible as standard list outlines or as custom fabricated.

Utilized for encouraging powerful working of cooling plants, these items discover application in a cooling tower, evaporative condensers, compound plants, mash and paper factories, pumps and fans. Inferable from their protection against consumption, low upkeep, and longer useful life, these items have picked up a gigantic request in the market.

These engines are utilized as a part of different in-house, office, and business fields. The offered engines are produced utilizing copper wire, OEM endorsed segments and by master experts. Our unit is outfitted with most recent machines and propelled innovation that assistance in creating great, safe and exceedingly sturdy voltage engines.

Despite the fact that these huge cooling towers are exceptionally unmistakable, most by far of these are considerably littler, including numerous units introduced on or close structures to release warm from aerating and cooling.

Cooling Tower Motors

The Origin of Cooling Towers and Motors

Basic applications of cooling tower motor incorporate cooling the coursing water utilized as a part of oil refineries, petrochemical and other compound plants, warm power stations and HVAC frameworks for cooling structures. The grouping depends on the sort of air acceptance into the pinnacle: the principal sorts of cooling towers are a regular draft and instigated draft cooling towers.

Cooling towers started in the nineteenth century through the improvement of condensers for use with the steam engine. Condensers utilize moderately cool water, by means of different means, to gather the steam leaving the barrels or turbines. This lessens the back weight, which thus decreases the steam utilization, and therefore the fuel utilization, while in the meantime expanding force and reusing evaporator water. However, the condensers require a sufficient supply of cooling water, without which they are impractical. While water use isn’t an issue with marine motors, it shapes a noteworthy impediment for some, arrives based frameworks.

How cooling tower motor is defined on the basis of usage?

The cooling tower motor is used as in the following ways:

  • HVAC
  • Industrial or Mechanical


An HVAC (warming, ventilating, and aerating and cooling) cooling tower is utilized to discard undesirable warmth from a chiller. Water-cooled chillers are typically more vitality proficient than air-cooled chillers because of warmth dismissal to tower water at or close wet-knob temperatures. Air-cooled chillers must reject warm at the higher dry-globule temperature, and in this way have a lower normal switch Carnot cycle adequacy. In territories with a hot atmosphere, extensive office structures, doctor’s facilities, and schools regularly utilize at least one cooling towers as a major aspect of their aerating and cooling frameworks. For the most part, modern cooling towers are significantly bigger than HVAC towers.


Mechanical cooling towers can be utilized to expel warm from different sources, for example, apparatus or warmed process material. The essential utilization of vast, mechanical cooling towers is to expel the warmth retained in the flowing cooling water frameworks utilized as a part of energy plants, oil refineries, petrochemical plants, petroleum gas preparing plants, nourishment handling plants, semi-conductor plants, and for other modern offices, for example, in condensers of refining sections, for cooling fluid in crystallization, etc. The course rate of cooling water in a commonplace 700 MW coal-let go control plant with a cooling tower adds up to around 71,600 cubic meters 60 minutes (315,000 US gallons for every minute) and the circling water requires a supply water make-up rate of maybe 5 percent (i.e., 3,600 cubic meters 60 minutes).

Cooling tower motor uses can be classified on the basis of packaging

These sorts of cooling towers are processing plant preassembled and can be just transported on trucks, as they are smaller machines. The limit of bundle sort towers is constrained and, hence, they are normally favored by offices with low warmth dismissal necessities, for example, nourishment handling plants, material plants, some synthetic preparing plants, or structures like clinics, lodgings, shopping centers, car processing plants and so forth.

1. Field Erect

Offices, for example, control plants, steel handling plants, oil refineries, or petrochemical plants, for the most part, introduce field raised sort cooling towers because of their more noteworthy limit with regards to warm dismissal. Field raised towers are generally considerably bigger in estimate contrasted with the bundle sort cooling towers.

2. Heat Exchange Methods

As for the warmth exchange instrument utilized, the primary sorts are:

Dry cooling towers work by warm exchange through a surface that isolates the working liquid from encompassing air, for example, in a tube to air warm exchanger, using convective warmth exchange. They don’t utilize dissipation.

Wet cooling towers (or open circuit cooling towers) work on the guideline of evaporative cooling. The working liquid and the dissipated liquid (generally water) are one and the same.

Liquid coolers (or shut circuit cooling towers) are half-breeds that pass the working liquid through a tube package, whereupon clean water is showered and a fan-initiated draft connected. The subsequent warmth exchange execution is substantially nearer to that of a wet cooling tower, with the preferred standpoint gave by a dry cooler of shielding the working liquid from natural presentation and pollution.

In a wet cooling tower (or open circuit cooling tower), the warm water can be cooled to a temperature lower than the encompassing air dry-globule temperature, if the air is generally dry. As encompassing air is drawn past a stream of water, a little segment of the water dissipates, and the vitality required to vanish that segment of the water is taken from the staying mass of water, therefore decreasing its temperature. Roughly 970 BTU of warmth vitality is assimilated for each pound of vanished water (2 MJ/kg). Vanishing brings about soaked ventilates, bringing down the temperature of the water handled by the pinnacle to an esteem near wet-globule temperature, which is lower than the surrounding dry-knob temperature, the distinction controlled by the underlying mugginess of the encompassing air.

Airflow mechanism in cooling tower motor

Regarding drawing air through the pinnacle, there are three sorts of cooling towers:

Characteristic draft — Utilizes lightness by means of a tall stack. Warm, clammy air normally ascends because of the thickness differential contrasted with the dry, cooler outside air. Warm soggy air is less thick than drier air at a similar weight. This damp air lightness delivers an upwards current of air through the pinnacle.

Mechanical draft — Uses control driven fan engines to power or draw air through the pinnacle.

Incited draft — A mechanical draft tower with a fan at the release (at the best) which pulls air up through the pinnacle. The fan initiates hot sodden let some circulation into the release. This produces low entering and high leaving airspeeds, decreasing the likelihood of distribution in which released wind streams once more into the air admission. This fan/blade game plan is otherwise called draw-through.

Constrained draft — A mechanical draft tower with a blower sort fan at the admission. The fan powers air into the pinnacle, making high entering and low leaving airspeeds. The low leaving speed is considerably more helpless to distribution. With the fan reporting in real time allow, the fan is more helpless to difficulties because of solidifying conditions. Another impediment is that a constrained draft configuration ordinarily requires more engine torque than a proportionate actuated draft outline. The advantage of the constrained draft configuration is its capacity to work with high static weight. Such setups can be introduced in more-kept spaces and even in some indoor circumstances. This fan/balance geometry is otherwise called blow-through.

The fan helped normal draft — A half-breed sort that seems like a characteristic draft setup, however wind stream is helped by a fan.

Hyperboloid cooling towers have turned into the planned standard for all regular draft cooling towers on account of their auxiliary quality and least utilization of material. The hyperboloid shape additionally helps in quickening the upward convective wind stream, enhancing cooling productivity. These outlines are prominently connected with atomic power plants. Notwithstanding, this affiliation is deluding, as a similar sort of cooling towers are frequently utilized everywhere coal-let go control plants too. On the other hand, not all atomic power plants have cooling towers, and some rather cool their warmth exchangers with lake, stream or sea water.

What kind of cycle does a cooling tower motor undergo?

The cycle of concentration speaks to the collection of broke down minerals in the recycling cooling water. The release of draw-off (or blowdown) is utilized primarily to control the development of these minerals.

The science of the make-up water, including the measure of broke up minerals, can shift broadly. Make-up waters low in broke down minerals, for example, those from surface water supplies (lakes, waterways and so forth.) have a tendency to be forceful to metals (destructive). Make-up waters from groundwater supplies, (for example, wells) are typically higher in minerals, and have a tendency to scale (store minerals). Expanding the measure of minerals exhibit in the water by cycling can make water less forceful to funneling; be that as it may, intemperate levels of minerals can cause scaling issues.

Connection between cycles of fixation and stream rates in a cooling tower

As the cycles of fixation increment, the water will most likely be unable to hold the minerals in an arrangement. At the point when the dissolvability of these minerals have been surpassed, they can encourage out as mineral solids and cause fouling and warm trade issues in the cooling tower or the warmth exchangers. The temperatures of the recycling water, channeling, and warm trade surfaces decide whether and where minerals will encourage the recycling water. Frequently an expert water treatment specialist will assess the make-up water and the working states of the cooling tower and suggest a proper range for the cycles of fixation. The utilization of water treatment chemicals, pretreatment, for example, water softening, pH modification, and different systems can influence the satisfactory scope of cycles of fixation.

Design for fire protection

Cooling towers built in entire or in part of burnable materials can bolster inward fire spread. Such flames can turn out to be exceptionally extraordinary, because of the high surface-volume proportion of the towers, and flames can be additionally increased by normal convection or a fan-helped draft. The subsequent harm can be adequately extreme to require the substitution of the whole cell or tower structure. Thus, a few codes and standards prescribe that flammable cooling towers be given a programmed fire sprinkler framework. Flames can spread inside the pinnacle structure when the cell isn’t in operation, (for example, for support or development), and even while the pinnacle is in operation, particularly those of the prompted draft sort, as a result of the presence of moderately dry ranges inside the towers.

If You Are Looking For Top-Quality Industrial Cooling Towers, Then Santram Cooling Towers Are Just Right To Meet Your Needs

With almost 30 years of experience in the industrial equipment manufacturing field, Santram Engineers P Limited is one of the reputed organizations. Having served reputed firms such as Adani, Larsen and Toubro, Windsor, and many others, it is now a number one provider of different industrial equipment including cooling tower motor, brake motor, geared motor, flameproof motor, and many others. The totally enclosed construction of our cooling tower motors perfectly matches the requirements of refrigeration and air conditioning industries.

Following are the striking features of our cooling tower motors:
  • Light in weight
  • Compact design
  • Designed using sophisticated technology
  • Consume less electricity
  • High performance
  • Low on maintenance
  • Improved efficiency
  • Better cooling off

If you have any other queries regarding motors or any other industrial equipment, then do call us at any time on +919898090878 or email us your queries at sarang@santramengineers.com.

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