About Oil Cooled Stabilizers
Product Details:
| Minimum Order Quantity |
1 No |
| Rated Capacity |
30 KVA |
| Usage/Application |
Industrial |
| Cooling Type |
Air Cooled |
| Brand |
Fine |
| Phase |
Single Phase |
| Country of Origin |
Made in India |
Servo voltage Stabilizer:
| Specifications |
Static Voltage Stabilizer |
Servo Voltage Stabilizer |
| EMI/RMI Filter |
As standard with no extra cost |
Optional at extra cost. |
| Size |
Very Compact |
Compact |
| Weight |
Very low weight |
High weight |
| Input Voltage Window |
Wider as 170-290VAC |
less wider 185-260VAC |
| Voltage Stability |
1% |
2% |
| Working Principle |
PWM method, IGBT based |
Servo motor controlled. |
| Sound |
Silent operation |
High sound over age. |
| Output waveform Distortion |
Not distortion |
Distortion |
| Overload cutoff |
standard |
optional |
To understand more difference between static voltage stabilizer and servo stabilizer.
Efficient Voltage RegulationThese oil cooled stabilizers offer precise voltage control, maintaining output within 1% even with input fluctuations. By utilizing copper wound transformers and advanced thermal protection, they provide a steadfast power supply to sensitive devices, mitigating risks associated with voltage instability.
Minimal Maintenance and Long Service LifeConstructed with ISI grade oil and powder coated mild steel enclosures, periodic oil checks and replacements are all that's required for continued performance. Their robust design and high-quality components contribute to an extended operational lifespan and minimal service interruptions.
Adaptability for Multiple ApplicationsSuitable for both domestic and industrial environments, these stabilizers come in single or three-phase models, with adjustable output and customized dimensions possible. Their noiseless operation and strong overload protection make them perfect for diverse settings requiring continuous, stable power.
FAQ's of Oil Cooled Stabilizers:
Q: How does the oil cooling system enhance the performance of these stabilizers?
A: The oil-immersed cooling system efficiently dissipates heat from the copper wound transformer, maintaining optimal temperature and ensuring long-term, reliable operation with minimal acoustic noise. This results in high thermal conductivity and enhanced service life.
Q: What are the benefits of using these stabilizers for sensitive equipment?
A: By keeping output voltage within 1% accuracy, these stabilizers safeguard sensitive electrical and electronic devices from voltage fluctuations, thus preventing damage, downtime, and performance degradation in industrial, commercial, or residential settings.
Q: When is periodic maintenance required for oil cooled stabilizers?
A: Maintenance is typically minimal, involving regular checks and, if necessary, replacement of ISI grade oil. These scheduled interventions help sustain efficient cooling and preserve the integrity of internal components over extended periods.
Q: Where can these oil cooled stabilizers be installed?
A: Their floor mounted design and customizable sizes allow installation in a variety of locations, including industrial plants, commercial facilities, and residential premises. The robust enclosure provides protection for indoor environments with standard IP21 rating.
Q: What is the process for adjusting output voltage on these stabilizers?
A: Depending on model specifications, the output voltage can be adjusted through the control board and interface terminals. Users can consult the included analog display (voltmeter, ammeter) to monitor and regulate voltage as needed.
Q: How does the overload protection system work?
A: Integrated overload protection constantly monitors input and output current. If an overload occurs, the stabilizer activates internal thermal protection mechanisms and fault/alarm indicators to safeguard connected devices and prevent system failure.
Q: What distinguishes these oil cooled stabilizers from air cooled alternatives?
A: Oil cooled stabilizers leverage superior heat dissipation and thermal stability, resulting in reduced noise, higher efficiency, and extended life spans, particularly suitable for high-capacity installations between 2 KVA and 100 KVA.