Three-phase transformation for distribution networks
Distribution Transformer listed at 100KVA - 10 MVA, with 11kV / 22kV / 33kV input options and 433V output.
Price RangeStarting ₹250000 INR / Unit
The Distribution Transformer is listed for power distribution in industrial installations and distribution networks. Its three-phase configuration connects the recorded 11kV / 22kV / 33kV input options to 433V output.
The product record gives a 100KVA – 10 MVA power rating, Oil Cooled construction, Dyn11 vector group and an On-Load (OLTC) tap changer. Buyers should establish the required rating and site supply configuration before choosing a transformer.
Indian Servo Controls manufactures Distribution Transformers at its own Faridabad, Haryana facility. Production and assembly are handled in-house, supported by quality checking before dispatch. Configuration discussions begin with the distribution load, available incoming supply and receiving voltage, so the proposed transformer arrangement can be reviewed for the intended installation.
Manufacturing and assembly are coordinated within our facility. The team considers the buyer's distribution requirement while reviewing the selected electrical arrangement. This supports a practical discussion of the unit being manufactured without implying that every distribution installation has the same needs.
The stored range is 100KVA - 10 MVA, with 11kV / 22kV / 33kV input and 433V output. Supply the required capacity and primary/secondary voltage arrangement when discussing configuration for an industrial or distribution-network application.
Workmanship and assembly are checked during production, and assembled transformers undergo in-house electrical and functional checks before dispatch. The configuration is reviewed against the intended requirement. This statement does not introduce any additional certification, named test or performance guarantee.
Share the connected load, incoming supply, receiving arrangement and site operating conditions. These details allow customer-specified configuration to be discussed within the transformer's capabilities. For replacement requirements, provide the existing installation's electrical information rather than relying only on the equipment name.
In-house manufacturing
Actual workshop footage from Indian Servo Controls, showing production, assembly and quality-focused work for industrial power equipment.
Listed application: Power Distribution.
Recorded rating: 100KVA - 10 MVA.
11kV / 22kV / 33kV input is listed.
Three Phase configuration with 433V output.
Cooling Type is recorded as Oil Cooled.
On-Load (OLTC) tap changer and Dyn11 vector group are listed.
The product's Usage entry includes Distribution Network.
For industrial installations matching the recorded configuration.
Subject to the required rating, incoming voltage and 433V output arrangement.
Discuss the installation's supply and load requirements before selection.
Compare the existing installation requirements with the published product data.
For a Distribution Transformer, establish the distribution load and required power rating before choosing a configuration. This record lists 100KVA – 10 MVA. Describe the network or facility supply requirement so the rating can be considered together with the intended installation, not in isolation.
Identify the available 11kV, 22kV or 33kV input option and check the recorded 433V output against the receiving electrical arrangement. The specification lists Three Phase operation, Oil Cooled construction and Dyn11 vector group. Include any project requirement concerning these categories when requesting product information.
The table also lists an On-Load (OLTC) tap changer. No tap range is provided, so communicate a project-specified range as a question or requirement rather than assuming one. When replacing distribution equipment, share the required electrical configuration of the installation. Keep this product’s 433V output distinct from the 400V / 415V values of the separate OLTC Distribution Transformer.
These contexts reflect the current application content, not evidence of named customer installations.
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Include the required power rating, incoming 11kV / 22kV / 33kV supply option and output requirement in your enquiry. Describe the distribution load and installation context.
The record lists an On-Load (OLTC) tap changer and Dyn11 vector group. Confirm these details against the site requirement; the listing does not provide a tap range or installation-specific design.
Indian Servo Controls’ Distribution Transformer page brings the rating, voltage and distribution configuration into one product enquiry. Buyers can share network or facility requirements directly and discuss selection using the listed data rather than unsupported assumptions about the installation.
Where applicable, share these distribution details:
A tap range is not published in the record. Include it for discussion if relevant, along with the quantity, unit and mobile number in the enquiry form.
Distribution Transformer requirements from these areas can be shared with Indian Servo Controls for discussion of the rating, supply arrangement and distribution load. The locations describe enquiry and supply coverage rather than separate premises.
For Delhi NCR enquiries, share the required rating and distribution load. Identify the available input voltage and check the listed 433V output against the receiving arrangement at the installation.
Faridabad, Haryana requirements can describe the industrial distribution role and incoming supply. Include the rating, three-phase arrangement and any project-specific tap-changing requirement when discussing the listed configuration together.
Discuss a Noida requirement with the network load, rating and selected input option. State the receiving output arrangement and relevant Dyn11 requirement rather than assuming installation compatibility from the name.
For Gurugram enquiries, explain the facility distribution requirement and output needed. Include the incoming supply, rating and installation context for the recorded oil-cooled construction and on-load tap changer.
Ghaziabad requirements can be presented with the power rating and distribution load details. If the project specifies a tap range, include it for discussion because no range is published.
For supply requirements in Mumbai, identify the input option and receiving arrangement. Share the distribution load and relevant installation constraints rather than treating the rating as the only selection detail.
Ahmedabad enquiries can focus on the network supply point and required rating. Provide input and output details alongside any phase or vector-group requirements for discussion against the existing specifications.
For replacement requirements from Pune, describe the installation's required electrical configuration. Include the distribution load, input supply and output arrangement without assuming the existing unit and listing are interchangeable.
Bengaluru enquiries can specify the required rating and three-phase distribution arrangement. Explain any tap-changing requirement and keep the 433V output distinct from the separate OLTC model's output values.
For Hyderabad requirements, share the intended distribution role and connected load. State the selected input voltage and any relevant cooling or mounting constraints when discussing this transformer configuration further.
Excellent distribution unit with very low idle losses and consistent step-down performance across all phases.
Handles our commercial complex load effortlessly. The oil cooling is effective, and the tank construction feels very durable.
Very efficient and quiet operation. The off-load tap changer is easy to access and adjust when necessary.
A reliable workhorse for our residential layout. It has handled sudden local grid surges without any breaker trips.
High-quality insulation and core materials. We've noticed a drop in transmission losses since commissioning this unit.
Installed this for our new plant wing. It has been incredibly stable, providing clean power with minimal maintenance required.
The listed application is Power Distribution, with Industrial / Distribution Network usage. This is a three-phase transformer listing with 11kV / 22kV / 33kV input options and 433V output. Match the required rating and supply arrangement to your distribution load when discussing selection.
The listed range is 100KVA - 10 MVA. Include the required rating and distribution load information when enquiring. The input supply and 433V output requirement should be reviewed alongside the rating.
The record lists 11kV / 22kV / 33kV. Identify which input supply applies to your network when requesting a quotation. Also include the required rating and output arrangement so the voltage option is not considered in isolation.
Output Voltage is 433V and Phase is Three Phase. Check these entries against the receiving equipment and distribution arrangement. State the input voltage option and load requirement when discussing the installation.
Oil Cooled construction and Dyn11 vector group are recorded. These are specific entries for this Distribution Transformer, not assumptions about every transformer. Include the network arrangement and required rating when enquiring about suitability.
Yes, Tap Changer Type is On-Load (OLTC). No tap range is provided in the listing. If your project has a specified tap range or tap-changing requirement, include it in the enquiry for discussion.
Send the power rating, input supply, output requirement and distribution load information through Get Latest Price. Include any project-specific tap-changing requirements, since the listing records On-Load (OLTC) but does not state a tap range. Add the quantity and mobile number so the team can respond to the requirement.
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