Products
Industrial Voltage Architecture
Explore our range of 100% copper-wound power conditioning systems, engineered in Barwala for absolute reliability under extreme load conditions.
Operational Risk Assessment
The Hidden Cost of
Unstable Grid Power
Adjust the parameters below to reflect your facility's reality. See exactly how much revenue is bleeding through standard grid fluctuations.
Facility Parameters
Projected Annual Revenue Bleed
₹8,10,000
Estimated System Payback
3.0
MonthsThis system is not an expense—it is a financial shield. It pays for itself entirely in 3 months by eliminating the downtime calculated above.
Configure Solution
Salient Features
- Microcontroller based with digital display and advanced sensing
- Single Phase Prevention & Phase Reversal Trip
- Short Circuit, Overload, Overvoltage/Undervoltage Trip
- Panel indication & alarm before trip
IndustrialResidentialCommercial ComplexesLight ManufacturingPackaging LinesRetail MallsTextile Mills
SVS (Three Phase Air Cooled)
Technical SpecificationsISO 9001:2015
Rating
3KVA - 150KVA
Input Voltage Range
340V-480V, 340V-520V, 295V-480V, 270V-480V, 240V-480V AC
Output Voltage
415V / 400V / 380V ±1%
Type
Three phase, Unbalanced type
Correction Rate
70 V/s
Response Time
10 mili sec
Winding
Copper wire H class / Aluminium wire H class(on Order)
Cooling Mechanism
Natural Air Cooled / Forced Air Cooled
Cabinet
CRC Steel Sheetmetal powder coated with rolling wheels
Technical Knowledge Base
Engineering FAQ
Air-cooled units (typically up to 60 KVA) are compact, require less maintenance, and are ideal for clean indoor environments like IT server rooms. Oil-cooled units (up to 600 KVA+) are designed for harsh, dusty industrial environments like steel mills and heavy fabrication, as the oil provides superior thermal dissipation for continuous heavy-duty cycles.
Yes. Our unbalanced-type 3-Phase Servo Voltage Stabilizers feature three independent servo motors and control circuits. This ensures that even if one phase experiences a severe voltage drop (e.g., from a heavy motor startup), the other two phases remain perfectly regulated at 240V (Phase-to-Neutral).
Our standard SVS architectures feature a correction rate of up to 35 Volts per second, ensuring that sudden grid fluctuations are mitigated before they can trip sensitive PLC controls or VFDs.
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