About Industrial Voltage Stabilizers
Industrial Voltage Stabilizer offered by is a widely used stabilizer, suited for industrial applications. This is used for the units of either L.T. or H.T. supply. The indoor and outdoor sites. Also, it is useful in the production of a steady output voltage with less vacillations in the input voltage. The Industrial Voltage Stabilizer is provided with many energy saving features, less breakdowns, outstanding protection of several types of electrical equipment as well as improved plant efficiency. Applications include Cold storage, Cement plant, Distilleries & beverages, Textile mills, Pharmaceutical Units, Food processing units, Paper mill, High Buildings Nursing Home & Hospitals etc.
Specification
| Type | Automatic |
| Phase | Three Phase |
| Input Voltage | Range I :340 - 465V ,Range II :295 - 465V ,Range III :240 -465V |
| Output Voltage | 400V |
| Type of Cooling | Oil Cooled |
| Capacity | 3 KVA to 1000 KVA |
| Operating Frequency | 47 - 53Hz |
| Working Temperature | 0 to 50 Degree Centigrade |
| Relative Humidity | 60% |
| Efficiency | 98% at Nominal Load |
| Correction Rate | 25/35/60 V per second |
Reliable Voltage Regulation for Industrial ApplicationsOur industrial voltage stabilizers ensure stable power delivery, safeguarding sensitive equipment from voltage fluctuations. Designed to support up to 1500 A current and rated for up to 500 KVA, these stabilizers maintain unwavering accuracy and reliability in challenging environments. The robust design and high insulation resistance enhance safety and durability, streamlining operations at manufacturing plants or industrial units.
Advanced Control and Monitoring FeaturesEngineered with a microprocessor-based control system and digital meter display, these stabilizers offer real-time monitoring and precise voltage control. The integrated audio/visual alarms, surge protection, and under/over voltage protection bolster plant safety while minimizing downtime. Manual and automatic bypass switches ensure maintenance flexibility without interrupting operations.
FAQs of Industrial Voltage Stabilizers:
Q: How does the correction speed of 35 V/sec benefit industrial operations?
A: The rapid correction speed of 35 V/sec enables the stabilizer to respond swiftly to voltage fluctuations, minimizing risk of equipment malfunction or downtime. This ensures uninterrupted operations and protection for sensitive industrial machinery.
Q: What cooling options are available, and how do I choose between air cooled and oil cooled?
A: Both air-cooled and oil-cooled options are available. Air-cooled models are suitable for environments with ambient temperatures up to 50C, while oil-cooled units are preferred in higher-load or more demanding thermal conditions. Selection depends on application requirements, environmental factors, and cooling preferences.
Q: When should the built-in bypass switch be used?
A: The inbuilt manual or automatic bypass switch should be used during maintenance or in the rare event of stabilizer malfunction. This allows the connected load to receive power directly without voltage regulation, ensuring continuous operation while the stabilizer is serviced.
Q: Where can these voltage stabilizers be installed within industrial facilities?
A: These stabilizers are floor-mounted and can be customized in dimensions to fit various spaces within factories or power distribution rooms. The IP21/IP42 enclosure protection ensures safe operation in industrial environments with high humidity and dust.
Q: What is the process for integrating these stabilizers into an existing power system?
A: Integration involves connecting the input/output copper or aluminum busbars to the facilitys power distribution network. The process is straightforward and can be managed by a qualified electrician, ensuring seamless compatibility with three-phase AC power systems.
Q: How does the microprocessor-based control system enhance stabilizer performance?
A: The microprocessor-based control system delivers precise monitoring and rapid adjustment of output voltage, ensuring 1% accuracy. This intelligent control improves efficiency, enables detailed fault diagnostics, and enhances operational reliability in dynamic industrial settings.