Why Jindal Acclaim Best Servo Stabilizer Manufacturing Company In India:-
- Jindal Five years unconditional guarantee
- Pay Back Period Between (6-18 months).
- Regular Routine Checkup.
- Reduction Breakdown.
- Longest Product Life
- Quality Production.
- Efficiency.
1. Five Years Unconditional Guarantee Of Servo Voltage Stabilizer.
Our Promise of Quality, Service & Commitment guarantees you Total peace of mind for decades together. JINDAL’S AVC’s come with an unconditional guarantee for Five years against any manufacturing defect. you Pay absolutely for visits, spares, service or replacement during these 5 years.
2. Pay-Back Period Between (6 – 18 months).
Jindal’s AVC’s not only stabilized incoming voltage fluctuations but also helps in saving energy up to 30% and lessen breakdowns up to 80%. We guarantee coherence underway and consistency in quality regardless of approaching voltage varieties. Owing to its high efficiency and associated benefits, the pay-back period for the cost of our AVC is typically between 6 to 18 months, depending upon the nature and duration of load and the extent of voltage variation. And more often than not, it is simply avoiding a few minutes machine downtime or just one failure to recover the cost of the equipment.
3. Regular Routine Checkup
Normally our Automatic Voltage Controller does not require any servicing. Even though, It’s our prime duty to provide a hassle-free environment regarding the product. That’s why Our engineers visit our customers once in 2-3 months for a routine check-up.
We have settled resident service engineers all over India(Delhi, Haryana, Himachal Pradesh, Madhya Pradesh, Bihar, Uttar-Pradesh, Gujarat, Jammu & Kashmir, etc.) to Provide routine checkups, service after-sales.
4. Reduction Breakdown.
JINDAL’S AVC resolves 99% of voltage problems automatically and ensures steady voltage supply round the clock. Some Key advantages of installing an AVC
Up to 80% reduction in the failure rate of electrical equipment
Energy-saving up to 10% (up to 30% on lighting load)
Reduction in MDI
Improvement in Power factor
Uniform quality of end products
Improves Productivity of the plant
Depreciation @ 40% as per Income Tax Act In India (Being the energy-saving device).
5. Longest Product Life
The normal lifespan of our Automatic Voltage Controller/Servo Voltage Stabilizer is 18 to 20 years at Extreme Condition at Full load. Quite a few of our Servo Stabilizer have been in running for over 35 years also.
6. Quality Production.
Lots of companies are still making the Dimmer Type Regulators. But JINDAL always manufactures Linear Voltage Regulator With Carbon Brushes. Which is specially designed to meet a wide variety of heavy-duty industrial applications. Globally these become an established method of control, wherever continuously variable on-load control of voltage & power os needed. These regulators are wound with heavy section of copper strip and are suitable for 100% continuous duty cycle. They have an economic life of about 15-20 years at full load and require negligible maintenance throughout their life.
Comparison Between Jindal’s Linear Voltage Regulator & Dimmer Type Regulator.
JINDAL’S LINEAR VOLTAGE REGULATOR WITH CARBON ROLLERS.
| JINDAL’S LINEAR VOLTAGE REGULATOR WITH CARBON ROLLERS | CONVENTIONAL DIMMER TYPE REGULATOR WITH CARBON BRUSH |
| 1. Power consumption is 0.5 to 1.5% | 1. Power consumption is 3 to 7% |
| 2. Suitable for 100% continuous duty cycle | 2. Suitable for only 50 to 60% continuous |
| 3. Life at full load is 14-20 years | 3. Maximum life is 2-3 years at full load |
| 4. Negligible Maintenance throughout life | 4. Require frequent Maintenance |
| 5. Five Years Unconditional Guarantee | 5. Normally one year warranty |
| 6. Compact Construction | 6. Very bulky in size |
7. Efficiency Of Servo Stabilizer
We promise lowest energy losses than any other stabilizer, through the use of choicest and most efficient grades of materials, designs, and workmanship. The efficiency of the Linear Type Voltage Regulator is 99.5% if the input voltage is in between 350-450V. Which is described below in brief.
Output Voltage400V ± 1% (Ph – Ph) / 230V ± 1% (Ph – N)Input Voltage
| 350 – 450V ~99.5% | 340 – 460V >99% | 330 – 470V ~99% | 320 – 480V ~98.5% | 300 – 500V >98% |