ABB Distribution Transformer Dealers in Mumbai

• Usage: Industrial Use
• Frequency: 0-50Hz
• Condition: New
• Tensile Strength: 0-25Mpa
• Feature: Easy To Install, Electrical Porcelain, Four Times Stronger, Proper Working, Sturdy Construction, Superior Finish
• Warrenty: 5yrs

Located in Maharashtra, India, we are actively functioning as Manufacturer & Supplier of Current Transformers in the nationwide market. These Transformers are precision engineered in line with pre-defined industry standards. Be it small order or a big one, we accomplish safe and swift deliveries. Buyers can rely on us for reasonable prices.

• Surface Finishing: Polished
• Cooling Type: Oil Cooled, Dry Type
• Usage: Industrial
• Packaging Type: Carton Box
• Speciality: Robust Construction, High Efficiency
• Class: 100kVA to 20MVA up to 132kV class

• Country of Origin: India
• Brand Name: Allianz
• Certification: ISO 9001:2008 Certified
• Type: Current Transformers
• Condition: New
• Feature: Easy To Install, Proper Working, Sturdy Construction, Superior Finish
• Warrenty: 2yrs

allianz" is manufacturing current transformers for the application of metering & protection of electrical power systems. We produce both resin cast and oil cooled models. Our oil cooled 33 kv class cts are working smoothly in different parts of the country for over a decade. product range: metering class - 11 /33 kv protection class -11/33 kv special class -11/33 kv

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

We manufacture semifinished Sheet Metal components for Power transforming Companies.

• Number of Phase Single & Three phase Rated Frequency 50Hz, 60Hz Rated Capacity Under 5000kVA Rated Voltage Under 7.2kV Place Inoor or outoor: Number of Phase
• Single & Three phase: Rated Frequency
• 50Hz, 60Hz: Rated Capacity
• Under 5000kVA: Rated Voltage
• Under 7.2kV: Place
• Inoor or outoor:  

Non-flammable, non-explosion Small size and light weight Easy to maintain Reduction of construction cost Outstanding insulation, moisture-proofing and protection against dust

We are offering distribution transformers. We bring forth for our clients an attractive gamut of corrugated distribution transformers. The core of these transformers is made out of premium quality low less crgo silicone steel lamination by our experts. The windings are perfectly designs as per the applications with electrolytic grade copper and is available in rectangular or round sections. Further, to provide proper proper insulation and mechanical strength these are covered with thick enamel coatings or layers of age resisting insulation paper of high dielectric strength. For effective cooling radial and axial ducts are provided.

• Color: Black, Orange, Blue, Grey
• Usage: Industrial Use
• Rated Voltage: 0-110 V, 110-220, 220-440 V
• Driven Type: Electrical
• Packaging Type: Box, Carton
• Condition: New, Used
• Feature: Proper Working, Easy To Install, Rust-resistant

Star Energy Limited is a trusted Manufacturer and Exporter of Dry Type Transformer. We manufacture Dry Type Transformer with nomex paper (class h). This Dry Type Transformer is available in ranges of 100 kva to 2000 kva as well as 22 kv class. We provide efficient and compactly designed Dry Type Transformer that can operate smoothly in high temperature zones without any hassle during applications in the marine industry, ship veiling industry, etc.  Features Compact design with outdoor and indoor type with metal enclosures Design with h class insulation Can operate in high temperature zone without effecting Long working life

A power transformer is 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 have a smaller turn height than the low voltage windings and have 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. Application in following industries : Chemical, Pharmaceuticals, Steel, Textile, Engineering, Plastic, Cement, Refineries, Mining, Captive Power Projects, Hydro Power Projects, Wind Mill Farms, Construction Houses, Pharma, Electrical, Electronics, Renewable Energy, Automobile.

A distribution transformer or service transformer is a transformer that provides the final voltage transformation in the electric power distribution system, stepping down the voltage used in the distribution lines to the level used by the customer. The invention of a practical efficient transformer made AC power distribution feasible; a system using distribution transformers was demonstrated as early as 1882.If mounted on a utility pole, they are called pole-mount transformers. If the distribution lines are located at ground level or underground, distribution transformers are mounted on concrete pads and locked in steel cases, thus known as pad-mount transformers.Distribution transformers normally have ratings less than 200 kVA, although some national standards can describe units up to 5000 kVA as distribution transformers. Since distribution transformers are energized for 24 hours a day (even when they don't carry any load), reducing iron losses has an important role in their design. As they usually don't operate at full load, they are designed to have maximum efficiency at lower loads. To have a better efficiency, voltage regulation in these transformers should be kept to a minimum. Hence they are designed to have small leakage reactance.

Current transformers are used for monitoring load current in networks or great loads. They transform currents in the kA range to e.g. 0-1 A or 0-5 A. Thus large load currents can be evaluated and monitored by downstream automation devices. The new “PACT” analog current transformer portfolio offers a complete range of tubular bar, plug-on and wire-wrap transformers for measuring large currents of 1 A to 4000 A. Depending on the application requirements, almost 3000 different versions of different accuracy classes, capacities and sizes are available. Different mounting positions allow for use even in applications where space is critical. Besides non-calibratable current X’mers, calibratable X’mers are offered, which become calibrated current X’mers after an additional calibrating process. On customer’ request, the calibration of the measuring transducers including the creation and handling over of all certificates can be processed by Phoenix Contact.         Control systems or display elements Like e.g. digital display require standard signals of e. g. 0…20mA as an input signal. As in the current application path to be measured, large currents of upto 4000 A can occur, you need current X’mers that convert these high current to 1 A AC or 5 A AC. Then downstream current transducers uses this current to create typical standards signals that can be processed by e.g. control system. Current Monitoring: With the help of monitoring relays (IF monitoring), currents can be monitored and over currents can be can be signaled via a switching output. As typical monitoring relays only have a measuring input of up to 10 A maximum, a current X’mers the high currents into smaller ones. Motor Management : The electronic motor managers (EMMs), among other things, serve for motoring a drive system or a 3 – phase load. For this, 3 currents have to be measured and monitored. Currents of more than 5 A cannot be processed by the EMM current measuring input. Therefore, separate current X’mers has to be installed before the current measuring input so that the primary current is transformed into 5 A maximum. Test Circuits : Test disconnect terminal blocks and slide terminal blocks were developed especially for the use in current X’mer secondary circuits. The terminals can be fitted on both sides with fixed and switchable jumpers as well as test sockets.

• Core Type: Wound CT
• CT Ratio: 50/5
• Phase: Single Phase
• Material: Cast Iron
• Country of Origin: Made in India
• Power: 5 kVA

“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).

• Usage: Control Panels
• Frequency: 50hz, 60hz
• Speciality: Easy To Install, Sturdy Construction, Water Proof
• Current Type: AC Single Phase
• Warrenty: 2years
• Temperature Capacity: High Temperature

We are the main supplier of this product.

• Core Type: SPCT
• Country of Origin: Made in India
• Rated Primary Rating: 30A to 4000A
• Rated Secondary Output: 5A
• Rated Burden: 1VA to 15VA
• Class of Accuracy: 0.5 to 5

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: Electronic Transformers
• Certification: ISI Certified, ISO 9001:2008 Certified
• Usage: Control Panels, Industrial Use, Power Grade
• Color: Green, Grey, Light Green, Sky Blue, White
• Specialities: Easy To Install, Electrical Porcelain, Four Times Stronger, Proper Working, Sturdy Construction, Superior Finish
• Condition: New, Used
• Frequency: 50hz, 60hz
• Operating Mode: Automatic, Fully Automatic, Semi Automatic
• Tensile Strength: 0-25Mpa, 100-125Mpa, 125-150Mpa, 150-175Mpa, 175-200Mpa, 25-50Mpa, 50-75Mpa, 75-100Mpa
• Production Power: 100-250kw, 250-500kw, 50-100kw, 500-750kw

As a Supplier, Manufacturer and Exporter of Electrical Transformers, we put forth a wide spectrum of Electrical Transformers. Made in compliance to international standards and norms, our Electrical Transformers are loaded with features like easy installation, corrosion resistant and high tensile strength. Our Electrical Transformers find applications in cement factory, ginning mill, food industries etc. We have capability to process bulk orders for Electrical Transformers.   Availability : Distribution Transformer Voltage Class : 11, 22, 33 KV Capacity : Upto 5000 KVA Power Transformer Voltage Class : 33, 66, 132, 220 KV Capacity : 3 MVA to 160 MVA Furnace Transformer Voltage Class : 11, 22, 33 KV Capacity : 1 MVA upto 63 MVA Traction Transformer Earthing Transformer Rectifier Transformer

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.

• Brand Name: Selec
• Warranty: 1 Year
• Country of Origin: Made in India
• Part Number: Current Transformer
• model: Selec Current Transformer
• I DEAL IN: New Only

  DRY TYPE TR Can be used in Zone 1 and Zone 2 Zone 21 and Zone 22 Class I, Zone 1 and Zone 2 Class I, Zone 1, Group B, C, D Flameproof enclosure (Ex d llB+H2) Enclosure: carbon steel, stainless steel Built-in dry-type transformer can be used for step-up and step-down in distribution system Six type of rated capacity: 5kVA, 15kVA, 3OkVA, 45kVA, 60kVA, 75kVA. Equipped with a specialized hinge structure which can prevent damage to the flameproof joints when opening and closing the box,; greatly prolongs the service life of the box. Special user requirements incorporated on request. ANSFORMER

• Speciality: Electrical Porcelain, Four Times Stronger, Proper Working
• Output Type: AC Single Phase
• Automatic Grade: Automatic
• Tensile Strength: 0-25Mpa, 100-125Mpa
• Warrenty: 2years
• Production Power: 100-250kw
• Temperature Capacity: High Temperature

We are the main supplier of this product.

• Power Rating: 630kVA
• Number of Phase: 3-Phase
• Voltage Ratio: 11kV/433V
• Cooling Type: Oil Cooled
• Brand: ABB
• Features: Used high technology, Easy to use, Sturdy specification, Strong design, Low maintenance

We are offering current transformer. Bar primary ring type current transformers are secondary coil wounded on a toroidal core if high permeability silicon steel. The conductor through which the current is to be measured is passed through the hole of the current transformer. This conductor acts as primary winding and generates proportionate low current in the winding wound on the ring of the current transformer. The windings of the current transformer provides lower proportional current which can be easily measured by the measuring instruments.

We are offering distribution transformers. distribution transformers: these transformers are normally of smaller ratings upto 1000 kva which are used for distribution purposes to end users. our range: 63 kva to 1000 kva , kv class: 11,22,33 kv power transformers: these transformers are normally of ratings higher than distribution transformers above 1000 kva which are used in substations. our range: 1 mva to 10 mva , kv class: 11,22,33 kv special transformers: these are the transformers which we manufacturer as per the customers requirements like boosters, high voltage tester etc. For internal purposes. services 24 x 7™ is our brand name which itself indicates that we are not only going to supply transformers to you but also we are available to you any time to attend your problems related to transformers.