Direct Overview: The Hindustan Stabilizers 1500 kVA Three Phase Oil Cooled Servo Voltage Stabilizer is an industrial-grade Three Phase voltage regulation system rated at 1500 kVA. Built with 100% electrolytic copper winding and digital microcontroller technology, it stabilizes fluctuating incoming AC utility power (340V – 460V / 300V – 460V / 250V – 460V AC) to a tightly regulated 400V / 415V AC ± 1% output. It is engineered specifically for Heavy Industrial Plants, Steel Fabrication, Hospitals & Healthcare Facilities, Large Data Centers, Multi-Story Commercial Complexes.
1500 kVA Three Phase Oil Cooled Servo Voltage Stabilizer
ISO 9001:2015 certified 1500 kVA Three Phase Oil Cooled servo voltage stabilizer manufactured by Hindustan Stabilizers since 1995. Delivers ±1% precision voltage stabilization with heavy-duty copper construction. Manufactured using pure electrolytic copper and high-permeability magnetic silicon lamination cores, this stabilizer delivers reliable, continuous 24/7 power protection under harsh electrical environments across India.
VERIFIED TECHNICAL SPECIFICATIONS
| PARAMETER | TECHNICAL SPECIFICATION |
|---|---|
| Rated Capacity | 1500 kVA |
| Phase & Configuration | Three Phase |
| Cooling Type | Oil Cooled |
| Input Voltage Window | 340V – 460V / 300V – 460V / 250V – 460V AC |
| Output Voltage & Accuracy | 400V / 415V AC ± 1% |
| Operating Frequency | 47 – 53 Hz |
| Voltage Correction Speed | > 35 to 105 V/sec |
| Control Architecture | Microcontroller / Digital DSP Based True-RMS |
| Winding Material | 100% Electrolytic Grade Copper |
| Operating Efficiency | > 98.5% at full load |
| Duty Cycle | 100% Continuous Heavy-Duty Industrial |
| Protection Suite | Digital High Voltage Trip, Low Voltage Trip, Electronic Overload Protection, Single Phasing Prevention, Phase Reversal Trip, Short Circuit Protection via MCB/MCCB. |
| Quality Standard | ISO 9001:2015 Certified Manufacturing Process |
SUITABLE APPLICATIONS & EQUIPMENT
CAPACITY SELECTION GUIDANCE
To determine if a 1500 kVA rating is suitable for your application, calculate your total continuous connected load in kVA (or kW divided by operating power factor, typically 0.8). For loads with heavy motor-starting inrush currents, a 20% to 30% safety margin is recommended. Selection depends on connected load; contact our engineering team for sizing assistance.
