Type II voltage regulation for varying phase conditions
A three-phase unbalanced servo stabilizer with 30 KVA - 7500 KVA capacity, 160V - 280V input and 230V / 240V output.
Price Range₹200000 - 4500000 INR / Unit
The Unbalanced Servo Voltage Stabilizer is intended for installations where supply voltage conditions may differ between phases. Its listed three-phase Type II configuration provides voltage regulation for industrial and household electrical requirements.
Available capacity is 30 KVA – 7500 KVA. The recorded input voltage range is 160V – 280V, with 230V / 240V output and speed correction of 15V-20V per second. Review the incoming supply conditions and connected load when choosing a suitable capacity.
For sites with differing phase-wise voltage conditions, Indian Servo Controls manufactures Unbalanced Servo Voltage Stabilizers at its in-house facility in Faridabad, Haryana. The Type II configuration is discussed with the actual load arrangement in mind. Production, assembly and quality checking are handled internally, with customization evaluated for the intended application.
Manufacturing and assembly take place within our own production facility. The team reviews the unbalanced stabilizer requirement with the buyer, including how equipment is connected and what voltage conditions are being observed across the installation.
The published capacity is 30 KVA - 7500 KVA, with 160V - 280V input and 230V / 240V output. Share phase-wise supply readings and the required capacity when discussing the Type II electrical configuration.
Assembly and workmanship are checked as production progresses. Before dispatch, assembled units receive in-house electrical and functional checks, with the configuration reviewed against the stated requirement. These general checks do not imply an additional certification or named test.
Explain the load distribution, required output, operating conditions and installation needs. This information helps the team discuss an appropriate configuration for industrial or household requirements. Any customization is evaluated against the product's capabilities and the actual supply arrangement.
In-house manufacturing
Actual workshop footage from Indian Servo Controls, showing production, assembly and quality-focused work for industrial power equipment.
Intended for installations with varying phase voltage conditions.
Listed balanced type: Type II, with Three Phase operation.
30 KVA - 7500 KVA capacity range is recorded.
160V - 280V input voltage range and 230V / 240V output.
Listed speed correction is 15V-20V per second.
Cooling Type is listed as Oil cooled.
For voltage regulation where phase conditions differ, subject to electrical assessment.
Capacity and voltage configuration should suit the connected equipment.
Where incoming voltage variation calls for a suitable stabilizer.
Households are included in the existing application listing; selection depends on the load.
Discuss the site's load arrangement and supply conditions before selection.
For the Unbalanced Servo Voltage Stabilizer, begin by describing how the incoming voltage conditions differ between phases. The record identifies this model as Three Phase, Type II, so the enquiry should make the phase-varying requirement clear rather than treating it as the balanced Type I product.
Review the 30 KVA – 7500 KVA capacity range against the connected equipment. Share your required capacity or load arrangement, including mixed loads where relevant. Compare the available supply with the listed 160V – 280V input range and identify the required 230V or 240V output. Keep these values together when discussing a configuration.
The specifications also list Oil cooled construction and 15V-20V per second correction speed. Describe any installation, control-system or correction-related requirement that matters to your site. Household use is recorded, but it does not establish suitability for every household installation; the load, phase arrangement and voltage requirements still need to match.
These uses come from the existing application content; they are not a blanket suitability claim.
Trusted across industries
Provide the incoming voltage conditions, required 230V / 240V output configuration and connected load information when enquiring. State the capacity you need, or describe the load if capacity has not yet been selected.
Mention whether phase voltage conditions vary at the site. Quantity and application details help distinguish the requirement from a balanced Type I installation.
The Unbalanced Servo enquiry gives you a direct way to discuss Type II selection with Indian Servo Controls. Share phase conditions and load requirements against the published capacity and voltage ranges, rather than assuming that a balanced stabilizer will suit the installation.
For a Type II enquiry, useful details can include:
Share applicable details in Additional Detail, alongside the quantity, unit and mobile number collected by the form.
For Unbalanced Servo Voltage Stabilizer requirements in these areas, Indian Servo Controls accepts enquiries describing phase-varying supply conditions and connected loads. The listed coverage concerns enquiry and supply requirements, without implying a local branch.
Delhi NCR enquiries can describe how incoming voltage conditions differ between phases. Include the connected load and required output when discussing the listed Type II configuration for the installation.
For Faridabad, Haryana requirements, state the capacity needed and the phase voltage conditions. Explain the load arrangement so the unbalanced three-phase requirement is not confused with Type I operation.
Requirements from Noida can be discussed with the incoming phase conditions and 230V or 240V output requirement. Add capacity or load details to make the intended arrangement clear.
For Gurugram enquiries, describe whether the installation has mixed loads and varying phase conditions. Share the capacity requirement and available input range rather than assuming every load arrangement suits this model.
Ghaziabad requirements can include the site's voltage variation and required regulated output. Mention Type II operation, the connected equipment and any relevant installation requirement for the oil-cooled arrangement.
Discuss supply requirements from Mumbai by explaining the phase conditions and load information. Include the intended industrial or household application so the recorded three-phase configuration can be reviewed.
For Ahmedabad installations, compare the incoming voltage conditions with the published input range. Share the output needed by the equipment and the connected load when enquiring about capacity.
Pune enquiries can identify a workshop or industrial voltage-regulation requirement where phase conditions vary. Describe the equipment load and desired output without assuming an unlisted correction performance level.
For Bengaluru requirements, provide the input conditions between phases and the required output. Add any relevant control or meter preference alongside the capacity information for a focused Type II enquiry.
Hyderabad enquiries can explain the phase-varying supply and intended load arrangement. If capacity is undecided, describe the connected equipment and voltage requirements instead of borrowing a balanced model's configuration.
Handling independent phase load fluctuations was a constant headache until we installed this. It balances each phase accurately without dropping performance.
Perfect for our facility where the load on each phase varies heavily. It responds quickly and keeps everything safe.
Very robust construction. It manages the unbalanced loads without any drop in efficiency or noticeable humming.
The phase-wise voltage correction is flawless. We have saved a lot on potential equipment damage since putting this in.
Setup was straightforward, and it performs beautifully. It corrects massive voltage imbalances in seconds.
Very satisfied with the performance. The internal components seem very high quality and it handles our fluctuating local grid easily.
It is a three-phase Type II stabilizer intended for voltage regulation where supply conditions may vary between phases. The listed input range is 160V - 280V, with 230V / 240V output. Describe your incoming phase voltage conditions so this specific configuration can be discussed.
The recorded range is 30 KVA - 7500 KVA. The required capacity should be considered alongside the connected load and the site's voltage conditions. Include those details in a Type II product enquiry.
The listed input voltage range is 160V - 280V. Compare your incoming voltage conditions with that range before choosing this model. Share the conditions between phases together with your output requirement when enquiring.
The product lists 230V / 240V output. Identify the voltage required by your connected equipment and state it in your enquiry. Also provide the incoming phase conditions so the input and output requirements can be reviewed together.
Speed correction is listed as 15V-20V per second. This is the recorded specification for the Type II model. If supply variation is a concern at your installation, describe it along with the connected load rather than relying on correction speed alone.
Provide the connected load, incoming phase voltage conditions and output requirement so the selection can be discussed. This model has a listed capacity range of 30 KVA - 7500 KVA and Type II unbalanced configuration. Use the requirement details to discuss capacity rather than choosing solely by price.
Use Get Latest Price to submit quantity, unit, application details and mobile number. Mention Type II operation, the required capacity and the voltage conditions at your installation in Additional Detail. Request Call Back is available for a phone discussion.
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