We are Authorized Dealers Of Bharat Bijlee Motor(BBL), Havells etc. # 1 best nipa agencies - Nipa Agencies Ahmedavad gujarat

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About Us

Supplying Branded Industrial Motors

Our History

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Founded in the year 1970, “Nipa Agencies” has craved a positions for itself in the industry by supplying Branded Industrial Motors. Our standardized Motors include Electric Motors, Slip Ring Motors, Ac Drive Flame Proof Motors, Crane Duty Motors, Hoist Duty Motors, Lift Duty Motors, Induction Motors, Energy Efficient Motors etc. Nipa Agencies procure these products from the Branded manufacturer of the markets under the supervision of our professionals. Industries.

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Our standardized collection includes Electric Motors, connection Motors, Ac Drive Flame Proof Motors, Crane Duty Motors, Hoist Duty Motors, Lift Duty due to their top quality level, these are widely utilized in Paper Machinery, Plastic Machinery, Textile Machinery, Chemical Machinery, Pharma Machinery, Pump Machinery, FAN / HV AC, Compressor, Packaging Machinery, Food Processing, machine , Crusher, Material Handeling, Crane / Heavy Duety, Ginning Etc.

Our Infrastructure

Our infrastructural unit is outfitted with up-to-date tools and machines, which help us to manufacture the qualitative array of motors in bulk.


Nipa Agencies committed to provide technologically superior products & high quality Services to achieve total customer satisfaction



Keeping our focus on attaining maximum customers satisfaction, we provide them with superior quality machines and motors at industry leading prices.

Product List

Service Assurance

Founded within the year 1970, “Nipa Agencies” has craved an edge for itself within the industry by supplying and exporting an unmatched collection of commercial Motors. Our standardized

Why Choose Us

Nipa Agencies gained the trust of our valued patrons by offering them with a wide collection of industrial products that we provide in several specifications and in large quantity. Reasons that have playeds most important role towards the expansion of our firm are listed below:

  • Highly reliable range of industrial products
  • Wide distribution network
  • In-house quality testing unit
  • Robust infrastructural base
    Prompt delivery
  • Realistic price structure
  • Client-centric approach

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The currents supplied to the motors in any given installation will produce losses in the distribution cables and transformers of the consumer. Correct sizing of the cables will not only allow a cost-effective minimization of those losses but also helps to decrease the voltage drop between the transformer and the motor. The use of the standard national codes for sizing conductors leads to cable sizes that prevent overheating and allow adequate starting current to the motors, but can be far from being an energy-efficient design. Ideally the cables should be sized not only taking into consideration the national codes but also considering the life-cycle cost.

The machinery manufacturers, who are responsible for choosing the motor in the first place, as well as the users who should influence the buying phase or the replacement of broken down motors should consider that the design criteria leading to oversizing may have strong consequences on the energy bill. Since motors are designed to withstand short periods of overload, there is no reason to oversize a motor just because the maximum required power is over the rated power of the motor, during some of the operation time.

The transmission system transfers mechanical power from the motor to the final end-use. The choice of transmission is dependent upon many factors, namely: the desired speed ratio, motor powers, layout of the shafts, type of mechanical load, etc. The most important kind of transmission types available include direct shaft couplings, gearboxes, chains, and belts.

Most motors are connected to their loads through a transmission system, very frequently
through a belt. About one-third of the motor transmissions in the industry use belts. Belts allow flexibility in the positioning of the motors in relation to the load. Additionally, belts can also increase or decrease the speeds using pulleys of suitable diameters.

because it has low flexing losses and no slippage. Synchronous belts have no slippage because they have meshing teeth on the belt and pulleys. Unlike standard V-belts that rely on friction between the belt and the pulley grooves to transmit the torque, synchronous belts are designed for minimum friction between the belt and the pulley. Due to their positive drive, these belts can be used in applications requiring accurate speed control. Synchronous belts stretch very little because of their construction, do not require periodic retensionings and they typically last 4 times longer than standard V-belts. Retrofitting synchronous belts requires installing sprocket pulleys that cost several times the price of the belt. In cases where pulley replacement is not practical or cost-effective,

The motor will deliver even better value. A variable speed drive motor can be started softly with a low starting current, and the speed can be controlled and adjusted to suit the application demand without steps over a wide range. The use of a frequency converter together with a squirrel cage motor usually leads to significant energy and environmental savings.

At low-speed operation, the cooling capacity of the fan decreases, which may cause highers temperature rises in the motor. A separate constant speed fan can be used and increase cooling capacity and loadability at low speed. It is also important to check the performance of the lubrication at low speeds.

The voltage (or current) fed by the frequency converter is not purely sinusoidal. This may increase the losses, vibration, or noise of the motor. Furthermore, a change in the distribution of the losses may affect the temperature rise of the motor. In each case, the motor must be correctly sized according due to the instructions supplied with the selected frequency converter.

Contact US

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No. 18, Fortune Industrial Estate, Nr. Gangotri Estate, Opp. Panchratna Estate Ramol-Vatva Road, Vatva GIDC, Vatva, Ahmedabad, Gujarat 382449.

+91 - 98250 49543,
+91 - 98258 08600

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