Power Transformers Dealers in Mumbai

• Country of Origin: India
• Type: Step Up Transformer
• Brand Name: Allianz
• Color: Grey
• Finishing: Coated
• Driven Type: Electric
• Standard: IS 2026
• Phase: Three Phase
• Cooling Type: Oil Cooled
• Mounting Type: Ground Mounted
• Corrosion Resistance: Yes
• Material: Copper
• Certification: ISO 9001:2008
• Usage: Outdoor
• Speciality: Robust Construction, High Efficiency, Reliable

Non-flammable and outstanding insulation performance Low loss & noise Sma High-rise building, apartment Subway, vessel Water treatment equipment Damp, dusty locations Equipment under extremely changing loads   Main Technical Parameters: Rated voltage up to 36kV Rated capacity up to 25000kVA Insulation class: class F or class H   Main Service Range: Up to 36kV system such as electric power plant, power station, industrial and mining enterprises, user distribution station, etc. Tthree-phase resin insulation dry type transformer is was developed to adapt the national urban and rural power gird reform, which meets the market requirement and improves the product performance and production efficiency. This product is comply with the requirements IEC According to the dry type transformer performance code formulating principle, dry type transformers optimizes to reduce both no-load loss and load loss. Additionally, it optimizes to design the electromagnetic program and construction. It could be wildly used in system up to 36kV such as electric power plant, power station, industrial and mining enterprises, distribution substation   ll size, light weight and mai

Generator Transformer- Unit Auxiliary Transformer- Station Auxiliary Transformer- Power Transformer- Interconnecting Transformer (Auto Transformer)- Trackside Transformer for Railways 

• Driven Type: Electric
• Operating Type: Automatic
• Usage: Industrial

We manufacture semifinished Sheet Metal components for Power transforming Companies.

- Welding Transformers available for Single Phase and Two Phase connection as required - Available in both Air Cooled as well as Oil Cooled versions - Stepless Variation in Current helps in adjusting suitable current for wide range of jobs - Suitable for indoor as well as outdoor work.

We have carved a niche as one of the most stupendous Dry Type Cast Resin Impregnated Transformer Manufacturers and Suppliers in India. The noteworthy features i.e. unmatched quality and inexplicable performance have attracted various national as well as international clients to place bulk orders for the Resin Impregnated Dry Type Transformers. Additionally, the materials used in the manufacturing of the Cast Resin Impregnated Transformers ensure high durability, strength and resistivity to conditions favoring corrosion and abrasion.

• Power: 10 Walt
• Warranty: 6 Months
• Frequency: 50hz
• Feature: Sturdy Construction
• Output: 0.33V
• Accuracy: 1.0%

We are the main supplier of this product.

We are engaged in offering a wide range of Power Distribution Transformer which is technologically advanced. Manufactured using prime grade raw materials, these are highly reliable and are used for power distribution to individual loads and offer security for load cables, in a controlled manner. We provide our customers with the expansion and sustainability of sub-stations to overcome any kind of failure in the transformers, switch gears, or panels along with uninterrupted power supply, which ensures rendering of the best services in the power sector. Features : Sophisticated technologyPre- testedHighly reliableDurableHigh load bearing capacity

• Cooling Type: Oil Cooled
• Country of Origin: Made in India
• Usage/Application: Power
• Voltage Rating: 0.415-33kV
• Operating Temperature Range: As Per Standard 

We are one of the leading manufacturers of premier Resin Cast CT's that are admired for their functionality, accurate measurements and durability. These are dry type transformers produced in compliance with international quality standards. In these, the active part is embedded in quartz and epoxy resin is loaded using vacuum molding technique, which provides insulation between primary, secondary and earth. The resin is hardened by polymerization after molding.   Primary Current : 50 to 3000ASecondary Current : 5, 1, 5/rt3, 1/rt3AAccuracy Class : For Metering : 0.5 to 5 AFor Protection : 5P, 10P accuracy limit factor 5,10,15,20For PS Class : Knee point voltage (VK), secondary resistance and magnetizing current is required.Burden : 1.25 to 30 VAMounting : Threaded inserts for floor mounting.  

• voltages: 11kV, 22kV ,33kV, 66 kV & 110 kV

Generation of electrical power in low voltage level is very much cost effective. Theoretically, this low voltage level power can be transmitted to the receiving end. This low voltage power if transmitted results in greater line current which indeed cause more line losses. But if the voltage level of a power is increased, the current of the power is reduced which causes reduction in ohmic or I2R losses in the system, reduction in cross sectional area of the conductor i.e. reduction in capital cost of the system and it also improves the voltage regulation of the system. Because of these, low level power must be stepped up for efficient electrical power transmission. This is done by step up transformer at the sending side of the power system network. As this high voltage power may not be distributed to the customers directly, this must be stepped down to the desired level at the receiving end with the help of step down transformer. Thus electrical power transformer thus plays a vital role in power transmission.

Power & Distribution Transformers Oil Type Transformers Distribution Transformers Power Transformers Unitised Substation Reactors Rectifier Transformers Vee & Scott Connected Transformers Low Tension Feeder Pillar Dry Type Transformers Water Cooled Transformers Isolation Transformers Furnace Transformers Auto Transformers Earthing Transformers Automatic Power Factor Correction Panel (APFC Panel)

Single Phase High Current Air Cooled Variable Autotransformers each of 200A rating (Radiotone make) We specialize in the manufacturing of Single Phase High Current Air Cooled Variable Autotransformer (colloquially known as Variac) in 100A /200A /400A /600A /800A /1200A ratings. Three Phase units are built by using such three stacks & motorizing them on common shaft. This is a substitute for oil cooled units which are less preferred, for safety reasons, in many hazardous applications. Single Phase High Current Air Cooled Variable Autotransformers (colloquially known as Variac) are very easy to maintain & service. Enclosed units are also available.

Our organization has observed impressive rise as Power Transformer supplier, courtesy our ability to establish the International quality standards as per customer’s requirements from quality sources developed over the period of time with constant interaction. We are supported by a well-managed and automated warehouse system wherein we store the entire lot in a secured manner.

• Models: JAT 200
• Primary Voltage: 380 / 415V

Welding current regulation by modern moving core magnetic shunt design,Stepless, smooth and infinitely variable current regulation,Adjustment of welding current possible even while welding is in progress; this enables fine current control,Compact in size and light in weight,‘Open-delta’ connected design enables transformation of 3-phase input into single phase output,Adequate open circuit voltage for all general purpose AC and ACDC electrodes,Convenient and easily manoeuvrable from job to job

Station & Multi-winding to suit specific needs & L.T. Transformers for generating Stations. Upto 10 MVA ,3 Phase , Upto 33Kv, ONAN / ONAF / OFAF /OFWF Cooling A power transformer characterized by inner and outer low voltage winding sections and a high voltage winding section disposed there between. The low voltage windings are comprised of a plurality of pancake coils, and the high voltage winding are comprised of a plurality of conductor strands spirally wound for a plurality of coil layers. The low and high voltage winding sections are laterally spaced with the low voltage windings disposed in side-by-side positions and adjacent to the high voltage windings. The high voltage windings having a smaller turn height than the low voltage windings and having conductor strands of smaller gauge than the pancake coils of the low voltage windings. A Power transformer is an electrical device that transfers energy between two or more circuits through electromagnetic induction.A varying current in the transformer's primary winding creates a varying magnetic flux in the core and a varying magnetic field impinging on the secondary winding. This varying magnetic field at the secondary induces a varying electromotive force (EMF) or voltage in the secondary winding. Making use of Faraday's Law in conjunction with high magnetic permeability core properties, transformers can thus be designed to efficiently change AC voltages from one voltage level to another within power networks. Transformers range in size from RF transformers less than a cubic centimeter in volume to units interconnecting the power grid weighing hundreds of tons. A wide range of transformer designs is encountered in electronic and electric power applications. Generation of electrical power in low voltage level is very much cost effective. Hence electrical power is generated in low voltage level.Theoretically, this low voltage level power can be transmitted to the receiving end. But if the voltage level of a power is increased, the electric current of the power is reduced which causes reduction in ohmic or I2R losses in the system, reduction in cross sectional area of the conductor i.e. reduction in capital cost of the system and it also improves the voltage regulation of the system. Because of these, low level power must be stepped up for efficient electrical power transmission. This is done by step up transformer at the sending side of the power system network. As this high voltage power may not be distributed to the consumers directly, this must be stepped down to the desired level at the receiving end with the help of step down transformer. These are the uses of electrical power transformer in the electrical power system.Two winding transformers are generally used where ratio between high voltage and low voltage is greater than 2. It is cost effective to use auto transformer where the ratio between high voltage and low voltage is less than 2. Again three phase single unit transformer is more cost effective than a bank of three single phase transformer unit in a three phase system. But still it is preferable to use than the later where power dealing is very large since such large size of three phase single unit power transformer may not be easily transported from manufacturer's place to work site.The high reliability of these transformers ensures maximum availability, lower maintenance costs and reduced life-cycle costs. Our ultimate goal is to exceed our customers' expectations continually by delivering the highest quality services. Power transformers comply with our quality policy by:Consistent management focus on quality;Continually improving the effectiveness of our Quality Management System;Understanding our customers goals and embracing them.

Inverter transformer a wide variety of Inverter duty transformers with two windings to five windings at secondary side. These transformers are suitable for solar and Wind applications.Raychem can design transformers to meet your specific requirements for a perfect solution & for the individual needs of your application.

Natural air cooled � Continuously Rated � Protected from outdoor weather � Ef ficient performance � Excellent voltage regulation � Long functional life � OFF load tap changing facility � V accum Impregnated � Approved by RDSO Lucknow - Indian Railways

We offer optimum quality power transformer that is engineered to ensure high standard of product quality and reliability in service. Power transformer manufacturing facility is equipped with sophisticated manufacturing equipments such as vertical winding machines, vapor phase drying process plants and 200t eot, besides computer controlled testing facilities and a modern oil testing facility. Features : reliabledurablehigh efficiencyeasy to install applications : generator transformerinterconnecting transformersystem transformerstation auxiliary transformerunit auxiliary transformer range : 315 mva, 3-phase and 167 mva, 1-phase (for 500 mva 3-phase bank) 400kv class

“Tarapur” manufactures a range of Power Transformers upto      200MVA, 220kV Class  in categories such as Systems Transformer, Generator Transformer, Auto Transformer, Rectifiers, Furnace Transformer, Railway duty etc. These Transformers are manufactured at our state-of-the-art facility at WADA (near Mumbai).

In cast resin dry type transformers, the complete encapsulation of primary and secondary winding in epoxy resin prevents penetration of moisture into windings. The cast resin offers very good protection against adverse ambient conditions. These transformers can work without disruption of service at 100% humidity. Due to the high grade insulation material, coils are non hygroscopic & the transformer can be switched on directly without pre-drying even after a long period of service interruption. Contrary to the conventional dry type transformers the cast coil transformers are better in respect of impulse voltage withstand strength. Higher dynamic short circuit withstands strength as compared to oil immersed and conventional dry type transformers because of fibre glass reinforced epoxy encapsulation. No partial discharges can occur during operation. The insulation material used is glass fibre reinforced with epoxy resin of class 'F' which can withstand wide temperature variation. Due to high quality insulation material the transformer is practically non-inflammable by an electrical arc, special fire protection measures are not required.

Station & Multi-winding to suit specific needs & L.T. Transformers for generating Stations. Upto 10 MVA ,3 Phase , Upto 33Kv , ONAN / ONAF / OFAF /OFWF Cooling A power transformer characterized by inner and outer low voltage winding sections and a high voltage winding section disposed there between. The low voltage windings are comprised of a plurality of pancake coils, and the high voltage winding are comprised of a plurality of conductor strands spirally wound for a plurality of coil layers. The low and high voltage winding sections are laterally spaced with the low voltage windings disposed in side-by-side positions and adjacent to the high voltage windings. The high voltage windings having a smaller turn height than the low voltage windings and having conductor strands of smaller gauge than the pancake coils of the low voltage windings.A Power transformer is an electrical device that transfers energy between two or more circuits through electromagnetic induction.A varying current in the transformer's primary winding creates a varying magnetic flux in the core and a varying magnetic field impinging on the secondary winding. This varying magnetic field at the secondary induces a varying electromotive force (EMF) or voltage in the secondary winding. Making use of Faraday's Law in conjunction with high magnetic permeability core properties, transformers can thus be designed to efficiently change AC voltages from one voltage level to another within power networks. Transformers range in size from RF transformers less than a cubic centimeter in volume to units interconnecting the power grid weighing hundreds of tons. A wide range of transformer designs is encountered in electronic and electric power applications. Generation of electrical power in low voltage level is very much cost effective. Hence electrical power is generated in low voltage level. Theoretically, this low voltage level power can be transmitted to the receiving end. But if the voltage level of a power is increased, the electric current of the power is reduced which causes reduction in ohmic or I2R losses in the system, reduction in cross sectional area of the conductor i.e. reduction in capital cost of the system and it also improves the voltage regulation of the system. Because of these, low level power must be stepped up for efficient electrical power transmission. This is done by step up transformer at the sending side of the power system network. As this high voltage power may not be distributed to the consumers directly, this must be stepped down to the desired level at the receiving end with the help of step down transformer. These are the uses of electrical power transformer in the electrical power system.Two winding transformers are generally used where ratio between high voltage and low voltage is greater than 2. It is cost effective to use auto transformer where the ratio between high voltage and low voltage is less than 2. Again three phase single unit transformer is more cost effective than a bank of three single phase transformer unit in a three phase system. But still it is preferable to use than the later where power dealing is very large since such large size of three phase single unit power transformer may not be easily transported from manufacturer's place to work site.The high reliability of these transformers ensures maximum availability, lower maintenance costs and reduced life-cycle costs. Our ultimate goal is to exceed our customers' expectations continually by delivering the highest quality services. Power transformers comply with our quality policy by:Consistent management focus on quality;Continually improving the effectiveness of our Quality Management System;Understanding our customers goals and embracing them.

• Type: Power Transformer
• Usage: Control Panels, Industrial Use
• Color: Black, Blue, Gray, Brown, Red, Pink
• Working Frequency: 50hz, 60hz
• Speciality: Easy To Install, Electrical Porcelain, Sturdy Construction, Superior Finish
• Condition: New, Used
• Warrenty: 1year, 2years, 5years