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Power Transformers
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33kV Single & Three Indoor Resin Cast Potential Transformer
32,500 Per Piece
1 Piece (MOQ)
Best Deals from Transformers
Transformer Oil
90 - 110 Per Litre
210 Liter (MOQ)
Furnace Transformer
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If you are looking for a furnace transformer in Mumbai, you are in the right place. Our company Neelkanth based in Maharashtra is the best company for choosing a furnace transformer. By going over the functions, terms and parts of the transformers that we provide to our customers and clients, you will get a closer understanding of the overall use of a furnace. Furnace Transformers The basic function of the furnace transfer is to supply power to the furnace itself. This can reduce the high voltage capacity to a lower voltage output. These furnaces are necessary for the operations of the Arc furnace. This is designed and manufactured to control the furnace such as ignition, timers, circuitry and temperature controls. As the standard voltage out for any residential house is around 120 volts, these transfers will reduce the voltage of the home of the correct amount for use in your furnace. Regulates The Proper Voltage The importance of a transformer in any electrical device is extremely important. If someone fails to regulate the correct voltage according to the circuit breaker or any other type of electrical device, the entire network will start to work improperly. The consequences can result in the tripped breaker, burnt fuses and system shortages. If you keep on forcing the incorrect voltage, the furnace can get damaged and repairing it can be extremely costly. Why Choose Us? We are the best furnace transformer manufacturer in Maharashtra, India. The products that you get in our company are manufactured under the guidance of the experts and professionals of our company. When you are choosing to buy a new furnace, remember to consider the size and where you are installing it like commercial or residential places. If you are installing in a commercial place, you will need a furnace that is large and if you are installing it in your residential area then a standard size furnace is needed. Select carefully and install the furnace of our company in your required area today. If you have any question or query, feel free to call us and speak to our executives.
MAIN TRANSFORMER
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DOUBLE WOUND, STEP-DOWN TRANSFORMER MADE FROM HIGH QUALITY ANNAMELED / DPC COPPER WIRE OF CIRCULAR & SQUARE CROSS SELECTION & HAVING CRGO LAMINATION AS CORE. TRANSFORMER CORE IS CYLINDRICALLY DESIGNED TO OVERCOME LOSSES AND ACHIEVE MAXIMUM EFFICIENCY HIGH PACKING FRACTION ENABLES COMPACT TRANSFORMER DESIGN & REDUCES HEATING IN HIGH LOAD CONDITION BALLAST CHOKE IS SINGLE WOUND INDUCTOR MADE OF CRNO LAMINATION &ANAMELED COPPER WIRE SET TO PERFECTION TO CONTROLL CURRENT & VOLTAGE DROP AT PERTICULAR CURRENT LOAD. SETTING ONLY POSSIBLE AT FACTORY.
Transformer Oil
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General Qualities & Characteristics Mex Transformer oil is an uninhibited electrical insulating fluid, for use in electrical systems where rapid heat transmissions and high oxidation stability are required. They meet the specification requirements of IEC 296 class II:1982standard specification. Applications : Mex Transformer Oil is primarily intended for use in : Transformers, Circuit Breakers, OIl Filed Switches an insulator and are extinguishing agent in switchgear and circuit breakers. Performance Features Highly resistant to oxidation degradation : It resists the formation of oxidation products that can reduce the ability of the oil to insulate and cool electrical windings Rapid Heat Transfer- an essential quality in electrical insulating systems. Compatible with construction materials - Compatible with all common construction materials used in electrical systems. Outstanding low temperature properties - without the need for pour point depressants. Available Packaging: 26Ltr, 50Ltr and 210Ltr.
Distribution Transformer
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TRANSPOWER SWITCHGEAR INDUSTRIES is the prime manufacturer and exporter of Distribution Transformers, which are worldwide famous for their efficient functioning. Widely used in substations and industrial sectors, our offered Distribution Transformers are highly praised by clients. For that, we are positioned on top among the listed manufacturers and exporters of Distribution Transformers. Used for : Transfers electrical energy from one circuit to another through inductively coupled conductors�the transformer's coils Use : For the electricity distribution at various places Applications : Engineering industry Medical industry Infrastructure
Welding Transformer
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We will not let you wait much, as we have trustworthy shipping facilities available to deliver the same in set time. With excellent storage space and shipping facilities, we effortlessly entertain bulk requirements of our respected patrons. We maintain complete records and transactions of the products delivered.
Transformer Oil
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Our well-structured warehouse is properly maintained and equipped with modern amenities, thus assist us wholly in meeting bulk requirements of the customers. Working in close coordination with the genuine logisticians, we dispatch the products in the dedicated time.
toroidal Transformers For Ambilifiers
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5 Piece (MOQ)
Current Transformer
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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.
Capacitor In-rush Limiting Reactors
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The Capacitor In-rush Limiting reactors are used in series with capacitor bank to control the in-rush current and to suppress the harmonics. Normally reactors with 0.2% rating are used for in-rush current limiting on neutral side and 6% for line side. Specific ratings between 0.8% to 13% are used for harmonic suppression.
Digital Tap Position Indicator
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neon Digital Tap Position Indicator, type TX-201 is a microcontroller based instrument used to indicate the Tap position of the Power Transformer with On Load Tap-Changer. Microcontroller based design. Automatic detection of Number of Taps. 1 K Ohms / Step Resistance or User defined. Flicker Free and clear Seven segment LED display for long distance viewing. 4-20mA DC Current Single \ Dual Output for SCADA connectivity.
Welding Transformer
8,000 Per Piece
1 Piece(s) (MOQ)
Crgo Laminations
100 - 250 Per kgs
We are manufacturers and dealers ofcrgo and crngo material
Used Transformer Oil
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APAR pioneered the manufacture of internationally benchmarked grades of high performance Transformer Oils in India that were more environment friendly and of high performance with higher oxidation stability, lower gassing tendency and non corrosive with ultra low levels of sulphur.
Distribution Transformers
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A distribution 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 up to 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. A distribution 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 up to 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.
Variable Transformer
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Earthing Transformers
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Neutral Earthing transformers are normally provided in 3-phase system, which is without neutral and earth fault protection. Neutral earthing transformer is having zig-zag (interstar) winding to achieve the required zero phase impedance. In addition an auxiliary winding can also be provided to meet the requirement of auxiliary power supply. ONAN /ONAF cooling with conventional pressed steel radiators. The range includes up to 33 KV systems and as per the site requirements. A Earthing ( zigzag) transformer is a special purpose transformer with a zigzag or 'interconnected star' winding connection, such that each output is the vector sum of two phases offset by 120°. Its applications are for the creation of a missing neutral connection from an un-grounded, 3-phase system to permit the grounding of that neutral to an earth reference pointand also harmonic mitigation, as it can suppress triplet (3rd, 9th, 15th, 21st, etc.) harmonic currents, to supply 3-phase power as an autotransformer (serving as the primary and secondary with no isolated circuits), and to supply non-standard phase-shifted 3-phase power. Nine-winding three-phase transformers, typically have 3 primaries and six identical secondary windings which be used in zigzag winding connection as pictured. As with the conventional delta or wye winding configuration three-phase transformer, a standard stand-alone transformer containing only six windings on three cores can also be used in zigzag winding connection, such transformer sometimes being referred to as a zigzag bank. In all cases, six or nine winding, the first coil on each zigzag winding core is connected contrariwise to the second coil on the next core. The second coils are then all tied together to form the neutral and the phases are connected to the primary coils. Each phase, therefore, couples with each other phase and the voltages cancel out. As such, there would be negligible current through the neutral point, which can be tied to ground. Each of the three "limbs" are split into two sections. The two halves of each limb have the equal number of turns and they're wound in opposite directions. With the neutral grounded, during a phase to ground short fault, a third of current returns to the fault current and the remainder must go through two of the three phases when used to derive a grounding point from a delta source. If one phase, or more, faults to earth, the voltage applied to each phase of the transformer is no longer in balance; fluxes in the windings no longer oppose. (Using symmetrical components, this is Ia0 = Ib0 = Ic0.) Zero sequence (earth fault) current exists between the transformer’s neutral to the faulting phase. The purpose of a zigzag transformer in this application is to provide a return path for earth faults on delta-connected systems. With negligible current in the neutral under normal conditions, providing the defective load will be automatically disconnected in a fault condition, an undersized transformer may be used only as short time rating is required (i.e. the transformer can only carry full rated current for, say, 60 s). Impedance should not be too low for desired maximum fault current. Impedance can be added after the secondaries are summed to limit maximum fault currents(the 3Io path). An application example: A combination of Y (wye or star), delta, and zigzag windings may be used to achieve a vector phase shift. For example, an electrical network may have a transmission network of 110 kV/33 kV star/star transformers, with 33 kV/11 kV delta/star for the high voltage distribution network. If a transformation is required directly between the 110 kV/11 kV network an option is to use a 110 kV/11 kV star/delta transformer. The problem is that the 11 kV delta no longer has an earth reference point. Installing a zigzag transformer near the secondary side of the 110 kV/11 kV transformer provides the required earth reference point.
Ultra Isolation Transformer
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We are manufacturing & supplying a wide range of ultra isolation transformer in mumbai. All the types of electrical noises, predominantly common mode noises can be eliminated by ultra isolation transformers.
Step down transformer
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Current Transformers
15,000 Per Piece
Transformer Oil
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K Rated Transformer
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K Rated Transformer are designed to reduce the heating effect of harmonic currents produced by non-linear loads. A standard transformer is not designed for non linear load and will overheat and fail prematurely when connected to these loads. K- Factor is defined as a ratio between the additional losses due to harmonics and the eddy current losses at 50 Hz.
K Rated Transformer
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Silica Gel Breather, Float Valves, Duplex Plug And Sliding Disc Type Strainer
Oil Cooled Distribution Transformer
5,000 Per Piece
Power Transformer
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Power Transformer is used for isolation between the high voltages to low voltage. Power Transformer may be used for DC Power source, Regulated AC supply for continuous duty. Input may be 600,440,240 or 110V AC, rated up to 10KVA Secondary. The proper size or the VA rating of the Power Transformer is important. Power Transformer will be a determining factor in the life of the transformer, which ultimately will reflect on the proper operation of power devices that it supplies. The methods of selecting transformer VA ratings are applicable to 50 to 10000 VA Power Transformer.Specifications Rating : up to 10KVA Input : 110/230/440 V AC Lamination : CRGO or CRNO
Three Phase Transformer LV Winding
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Earthing Transformers
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Neutral Earthing transformers are normally provided in 3-phase system, which is without neutral and earth fault protection.Neutral earthing transformer is having zig-zag (interstar) winding to achieve the required zero phase impedance. In addition an auxiliary winding can also be provided to meet the requirement of auxiliary power supply.ONAN /ONAF cooling with conventional pressed steel radiators. The range includes up to 33 KV systems and as per the site requirements. A Earthing ( zigzag) transformer is a special purpose transformer with a zigzag or 'interconnected star' winding connection, such that each output is the vector sum of two phases offset by 120�. Its applications are for the creation of a missing neutral connection from an un-grounded, 3-phase system to permit the grounding of that neutral to an earth reference pointand also harmonic mitigation, as it can suppress triplet (3rd, 9th, 15th, 21st, etc.) harmonic currents, to supply 3-phase power as an autotransformer (serving as the primary and secondary with no isolated circuits), and to supply non-standard phase-shifted 3-phase power. Nine-winding three-phase transformers, typically have 3 primaries and six identical secondary windings which be used in zigzag winding connection as pictured. As with the conventional delta or wye winding configuration three-phase transformer, a standard stand-alone transformer containing only six windings on three cores can also be used in zigzag winding connection, such transformer sometimes being referred to as a zigzag bank. In all cases, six or nine winding, the first coil on each zigzag winding core is connected contrariwise to the second coil on the next core. The second coils are then all tied together to form the neutral and the phases are connected to the primary coils. Each phase, therefore, couples with each other phase and the voltages cancel out. As such, there would be negligible current through the neutral point, which can be tied to ground. Each of the three "limbs" are split into two sections. The two halves of each limb have the equal number of turns and they're wound in opposite directions. With the neutral grounded, during a phase to ground short fault, a third of current returns to the fault current and the remainder must go through two of the three phases when used to derive a grounding point from a delta source. If one phase, or more, faults to earth, the voltage applied to each phase of the transformer is no longer in balance; fluxes in the windings no longer oppose. (Using symmetrical components, this is Ia0 = Ib0 = Ic0.) Zero sequence (earth fault) current exists between the transformer’s neutral to the faulting phase.The purpose of a zigzag transformer in this application is to provide a return path for earth faults on delta-connected systems. With negligible current in the neutral under normal conditions, providing the defective load will be automatically disconnected in a fault condition, an undersized transformer may be used only as short time rating is required (i.e. the transformer can only carry full rated current for, say, 60 s). Impedance should not be too low for desired maximum fault current. Impedance can be added after the secondaries are summed to limit maximum fault currents(the 3Io path).
CRGO Assembled Cores
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we can even provide you built up core / stacked transformer core assembled of mitter as well as rectangular strip cores at our place or even at customers factory as per the requirements. This enables the manufacturer the no wastage and the time saving advantage. crgo core assembly crgo laminations are stacked to form the core assembly as per the design provided by the customer. The core assembly is held rigidly by steel frame clamped together to prevent vibrations. The top and bottom yoke clamping channels are tightened together with tie rods which are duly insulated. The core assembly is provided with lifting lugs suitable for lifting the complete core and coil assembly of the transformer without transmitting stresses to the laminations. features: corrosion resistancea flawless finishoptimum finishdimensional accuracy
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