Oil Cooled Stabilizer

We are recognized as the manufacturer and supplier of highly efficient and precise Oil Cooled Stabilizer in the market. This stabilizer is widely utilized for protecting electrical equipment against voltage variations. Our provided stabilizer is ideal to be used in medical, pharmaceutical, agricultural, food processing and chemical industries. Also, it is available in different technical specifications to meet clients requirements. Moreover, this Oil Cooled Stabilizer ensures high reliability and consistent performance.

Key points:

Save energy during high voltage condition
Has digital power metering
Featured with circuit breaker and bypass control switch

Product Details:

Efficiency	98%
Type	Automatic
Phase	Three Phase

Advanced Copper Wound Transformer

The stabilizer incorporates a high-efficiency copper-wound transformer, ensuring minimal power loss and superior performance. Oil immersion supports optimal temperature control, resulting in stable and consistent output over prolonged operation. This feature is crucial for demanding environments where voltage consistency directly impacts process reliability and equipment longevity.

User-Friendly Monitoring & Safety

Equipped with LED indicators for input, output, and faults, the stabilizer allows for easy real-time status monitoring. The digital or analog voltmeter displays precise voltage levels, while under-voltage, over-voltage, and short-circuit protection ensures operational safety. The powder-coated body provides enhanced durability and resistance to environmental factors.

FAQ's of Oil Cooled Stabilizer:

Q: How does the oil-immersed design benefit the stabilizer's performance?

A: The oil-immersed design enhances cooling, maintains optimal transformer temperature, and enables continuous operation with low noise. It helps extend the stabilizer's lifespan, particularly in high-load or high-temperature environments, by preventing overheating and reducing maintenance requirements.

Q: What are the typical applications for this oil cooled stabilizer?

A: This stabilizer is suitable for industrial machinery, commercial facilities, and home appliances. Its reliable voltage regulation and wide capacity range (1 kVA to 100 kVA) make it ideal for protecting sensitive equipment from voltage fluctuations and ensuring consistent performance.

Q: When should I use a stabilizer with bypass arrangement?

A: A stabilizer with a bypass arrangement is recommended when uninterrupted power is essential, even during maintenance or repairs. The bypass allows the connected load to continue receiving power directly without stabilizer intervention if needed, ensuring continuous operation of critical equipment.

Q: Where can this stabilizer be installed, and what mounting options are available?

A: Designed to be floor-standing, the stabilizer is suitable for installation in indoor industrial plants, commercial premises, and residential settings. Its robust cabinet construction with cable lug or terminal connections makes it versatile for various environments.

Q: What process protects the connected devices against voltage issues?

A: The stabilizer automatically regulates incoming voltage, compensating for fluctuations and delivering a stable output (230V/415V AC). Integrated protections such as under-voltage, over-voltage, and short-circuit shutoffs help safeguard connected devices, enhancing their operational safety and lifespan.

Q: How do LED indications and digital/analog displays improve usability?

A: LED indicators provide immediate, visual feedback on input, output, and fault conditions, facilitating quick troubleshooting. The digital or analog voltmeter offers precise voltage readings, ensuring users can easily monitor stabilizer performance at a glance.

Q: What are the main benefits of using this oil cooled stabilizer?

A: Key benefits include high efficiency (>98%), negligible waveform distortion, fast automatic response (<1 second), low operating noise (<50 dB), and compatibility with both single and three-phase electrical systems. These features contribute to reduced operational costs and improved reliability for connected equipment.

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