MAIN LINE Stabilizer
Stabilizers for air conditioners are electrical devices designed to protect air conditioners (ACs) from voltage fluctuations.
These fluctuations can damage the internal components of the AC, causing performance issues or reducing its lifespan.
A stabilizer regulates the incoming voltage to ensure that the AC receives a consistent, safe level of power.
Key Functions of an AC Stabilizer:-
- Voltage Regulation: Stabilizers maintain a stable voltage supply for your AC. They ensure that the input voltage remains within the safe operating range required by the AC, typically 180V to 260V, depending on the region.
- Protection from Over and Under Voltage: Stabilizers cut off the power if the voltage goes too high or too low, preventing damage to the AC's compressor and other electrical components.
- Surge Protection: They offer protection against sudden spikes in voltage, often caused by lightning or electrical faults.
- Prevents Damage to Components: By stabilizing voltage, these devices prevent long-term wear on the compressor, motor, and other sensitive components of the AC.
- Central Air- Conditioning plants, Processing Plants, Chemical Industries, Textile Industries.
- Defense Installation LPTs, HPTs, Broadcasting, Telecommunications.
- Sophisticated research instruments are used in Medical, agriculture, educational, and other Research Institutions.
- Offset Printing presses, Color Scanners/Processors, Phototypesetters, Photographic Equipment, Photocopiers, and packing industries.
Advantages of Servo Voltage Stabilizers:-
- Correct Voltage automatically and continuously.
- Reduction in Electricity bills up to a level of approximately 20%
- Reduction in the failure rate of electrical equipment.
- Improvement in power factor and reduction in MDI.
- Fewer production losses and better efficiency in the plant.
- Increase in productivity.
Specifications of servo voltage stabilizer
| Capacity | 3 K.V.A to 5000 K.V.A | Waveform Distortion | Nill |
| Input Voltage |
350 to 450 V.A.c,
240 to 470 V.Ac, 160 to 450 V.Ac |
Effect of Load Power Factor
Ambient Temperature |
None |
| 0 to 45. C | |||
| Output Voltage (Normal) | 400 V.A.c, +_1% | Environment | Designed for Continuous indoor use |
| Supply Frequency | 47 to 53 Hz | ||
| Load and Line Regulation | 1% | Correction speed | 20V/SEC. (Phase to Natural) |
