#Automatic Voltage Stabilizer Manufacturers

[perfectgenerator]

Explore the Best Gas Gensets Manufacturers - Perfect Generators

Perfect Generators is one of India’s leading Gas Generator Manufacturers. Our eco-friendly gas generator collection is powered by advanced gas engine generators that redefine efficiency and reliability. Our perfect gensets are the epitome of innovation where technology and environmental responsibility converge. By using these generators, you don't just meet your energy needs, you help make the world a greener and more sustainable place.       

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[shktelcp]

Best Automatic Voltage Regulator For Industrial and Residential Area

Shakti Electronics is a leading servo voltage stabilizer manufacturer in Jaipur, India, at affordable rates. We bring you a new technology: Automatic voltage regulator. AVR plays a vital role in balancing the voltage rates at various electricity units. High-capacity and high-speed electricity needs proper regulation and balance for smooth functioning. For order kindly visit our website or contact us.

Call Us: +91-9829059997 Shop Now: https://www.shaktiecorp.com/servo-voltage-stabilizer.php

[smartpowerltd]

Smart Power & Technologies Ltd is the pioneer of manufacturing Automatic Voltage Stabilizer, UPS ,IPS, Distribution Transformer, Substation Equipment’s in Bangladesh.

[danny213bg]

Four Points Should Be Paid Attention To When Using Vibrating Feeder

vibrating feeder uses the rotation of the eccentric block in the vibrator to generate centrifugal force, so that the movable parts such as the screen box and vibrator make forced continuous circular or quasi-circular motion. The motor drives the active shaft through the V-belt, and then the gear on the active shaft meshes with the passive shaft to rotate. The active and passive shafts rotate in opposite directions at the same time, so that the trough body vibrates and the material flows continuously to achieve the purpose of conveying materials.

During the use of the vibrating feeder, the amplitude and current stability of the feeder must be checked frequently. If the leaf spring tightening bolt is found to be loose, the leaf spring is broken, the air gap between the iron core and the armature changes, or a collision occurs, it must be handled immediately.

Four major issues that need to be paid attention to when using a vibrating feeder

When using a vibrating feeder , the current must not be increased at will, because excessive amplitude will cause the plate spring to break or shorten the service life of the plate spring;

The stability and reliability of the equipment operation depends to a large extent on the tightness of the plate spring clamping bolt and the electromagnet working air gap adjustment bolt. Therefore, in the initial stage of equipment operation, attention should be paid to checking and tightening;

Regularly check whether the working air gap between the electromagnet and the armature has changed, especially after re-tightening the clamping bolt of the plate spring. At the same time, pay attention to whether there is iron and debris in the air gap. If there is iron and debris,

The power supply voltage fluctuation should not be too large. The voltage is only allowed to change within the range of 5%, because the change of the power supply voltage will directly cause a significant change in the amplitude.

Conclusion

The vibrating feeder  is a device that uses the principle of vibration to feed materials. It has a series of advantages such as high output, low energy consumption, small size, simple structure, easy maintenance and repair, and easy automatic control. It is currently widely used in mining, metallurgy, machinery manufacturing, coal, chemical industry, building materials, food, light industry and other departments.

文章来源：https://www.vibrating-machine.com/vibrating-conveyor-information/four-points-should-be-paid-attention-to-when-using-vibrating-feeder.html 

[tashukumar]

What are the advantages of using a servo stabilizer?

Maintaining consistent and stable voltage is essential for ensuring electrical equipment's optimal performance and longevity. 

A servo stabilizer is a highly efficient device designed to regulate voltage fluctuations and provide a steady output voltage, safeguarding appliances and machinery. 

In this article, we delve into the key advantages of using a servo stabilizer, highlighting its importance across various industries and applications.

What Is a Servo Stabilizer?

A servo stabilizer is an advanced voltage correction device that uses a servo motor for precise control of output voltage. 

By dynamically adjusting voltage levels, it protects sensitive electrical equipment from damage caused by voltage fluctuations. 

Commonly used in industrial, commercial, and residential settings, servo stabilizers are known for their reliability and high efficiency.

Advantages of Servo Stabilizers

1. Voltage Regulation with High Precision

One of the primary benefits of a servo stabilizer is its ability to regulate voltage with exceptional accuracy. The servo motor and control mechanism ensure the output voltage remains consistent, even when the input voltage fluctuates drastically. 

This level of precision is particularly beneficial for industries and applications that rely on sensitive electronic systems.

2. Protection Against Voltage Fluctuations

Voltage fluctuations, whether high or low, can cause severe damage to electrical equipment. Overvoltage may lead to overheating or component failure, while undervoltage can impair performance. 

A servo stabilizer eliminates these risks by maintaining a stable voltage supply, ensuring the safety of your appliances and machinery.

3. Energy Efficiency

Servo stabilizers are designed to be energy-efficient. By minimizing energy wastage during voltage regulation, they help reduce electricity consumption. 

This not only lowers operational costs but also contributes to a more sustainable energy usage pattern, making them an eco-friendly solution.

4. Prolonged Equipment Lifespan

By ensuring a consistent voltage supply, a servo stabilizer minimizes wear and tear on electrical components caused by sudden power surges or voltage drops. 

This significantly extends the lifespan of your equipment, reducing the need for frequent repairs or replacements and saving you money in the long run.

5. Versatility Across Applications

Servo stabilizers are versatile and can be used across a wide range of applications, including:

Industrial Use: Protects heavy machinery, CNC machines, and assembly lines.

Commercial Use: Ensures stable power for elevators, HVAC systems, and lighting.

Healthcare: Safeguards critical medical equipment like MRI machines and X-ray systems.

Residential Use: Protects household appliances such as refrigerators, air conditioners, and televisions.

6. Automatic Operation

Modern servo stabilizers come equipped with advanced microcontroller-based systems that enable automatic operation. 

These systems continuously monitor voltage levels and adjust them without the need for manual intervention. This feature simplifies operation and ensures consistent performance.

7. Customization Options

Many servo stabilizer manufacturers offer customized solutions tailored to specific requirements. Whether you need a single-phase or three-phase stabilizer or additional features like surge protection and remote monitoring, manufacturers can design a stabilizer that meets your unique needs.

8. Enhanced Safety Features

Servo stabilizers are equipped with advanced safety features to protect your equipment and the stabilizer itself. Common safety features include:

Overload protection

Short-circuit protection

Phase reversal protection

Surge suppression

These features ensure reliable operation even under challenging conditions.

9. Easy Installation and Maintenance

Installing a servo stabilizer is straightforward, and most models are designed for plug-and-play operation. Regular maintenance involves simple tasks like cleaning, inspecting connections, and periodic servicing, making it easy to keep the stabilizer in optimal working condition.

10. Cost-Effectiveness

While the initial investment in a servo stabilizer may seem significant, the long-term benefits far outweigh the costs. By preventing equipment damage, reducing energy consumption, and minimizing downtime, servo stabilizers prove to be a cost-effective solution for voltage regulation.

Industries That Benefit from Servo Stabilizers

1. Manufacturing and Industrial Units

Servo stabilizers are indispensable in manufacturing units, where voltage stability is critical for operating heavy machinery and automation systems. Fluctuating voltage can disrupt production lines, causing delays and financial losses. A servo stabilizer ensures seamless operations.

2. Healthcare Sector

Hospitals and clinics rely on highly sensitive medical equipment for patient care. Even minor voltage fluctuations can compromise the accuracy and functionality of these devices. A servo stabilizer protects essential equipment, ensuring reliable performance during critical procedures.

3. IT and Data Centers

Data centers require an uninterrupted power supply to prevent data loss and hardware damage. Servo stabilizers maintain consistent voltage levels, safeguarding servers, networking equipment, and storage devices from power anomalies.

4. Commercial Establishments

Shopping malls, offices, and hotels use servo stabilizers to ensure the smooth operation of elevators, lighting systems, and HVAC units. By regulating voltage, stabilizers enhance customer experience and reduce maintenance costs.

5. Residential Properties

For homes in areas with frequent voltage fluctuations, servo stabilizers provide a reliable solution to protect appliances. From air conditioners to kitchen appliances, stabilizers ensure uninterrupted performance and extended equipment life.

Key Features to Look For in a Servo Stabilizer

When choosing a servo stabilizer, consider the following features to maximize its benefits:

Wide Input Voltage Range: Handles severe voltage fluctuations.

High Efficiency: Ensures low power consumption.

Durable Construction: Withstands harsh environments.

Digital Display: Provides real-time voltage monitoring.

Customizable Options: Meets specific application requirements.

Common Myths About Servo Stabilizers

1. They Are Only for Large Industries

While servo stabilizers are widely used in industrial applications, they are equally effective for residential and small-scale commercial use. Modern models are compact, affordable, and suitable for homes and offices.

2. They Consume Too Much Power

Contrary to this belief, servo stabilizers are designed to optimize energy usage and often reduce overall power consumption.

3. All Stabilizers Are the Same

Not all stabilizers are created equal. Servo stabilizers offer precise voltage control and advanced features, making them superior to other types of stabilizers.

[atplblog]

Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] From the manufacturer Base Stand Drawer Base Stand Drawer in the refrigerator a convenient place for food items that don't need cooling. Bigger Vegetable Basket Large vegetable basket provides a convenient space to store all of your fresh vegetables and fruits. 1 Base Stand Drawer 2 Bigger Vegetable Basket Runs on Home Inverter Automatic Home Inverter Connection This feature helps consume less power and keeps your home inverter running for a longer duration. Stabilizer Free Operation Operate at a Voltage Range of 90~310V The LG Refrigerators operate at 90~310V. It means your refrigerator can work without a stabilizer. 1 Auto Smart Connect 2 Stabilizer Free Operation Fast Ice Making A feature exclusive to LG Direct Cool Refrigerators. Makes fast ice in just 108* minutes. Door Gasket Easy to clean keeping food healthy and hygienic for longer periods. 1 Fast Ice Making 2 Door Gasket Bigger Freezer It is one of the biggest freezer available in its segment. Now the Freezer looks cleaner and more spacious. Toughened Glass Shelves Toughened glass shelves support heavy loads and prevent spills.

Now store more without any worry. Direct Cool Refrigerator: Economical and stylish Single Door Refrigerators for fast cooling that can last longer Capacity 185 litres: Suitable for families with 2 to 3 members/ Couples / Bachelors | Freezer capacity: 16L; Fresh food capacity: 169L Energy Rating: 4 Star - High energy efficiency Manufacturer warranty: 1 year on product; 10 years on compressor *T&C Smart inverter compressor: Unmatched performance; great savings and super silent operation Storage or Interior description: Shelf Type- Toughened Glass with Frame / adjustable shelves; Vegetable box capacity- 9.6 L; Tray Ice (No. / Rows): 1/2; Transparent Freezer Door Included in the box: 1 Refrigerator Unit; 1 Base Stand Drawer; User Manual; Warranty Card Special Features: Works Without Stabilizer (90~310V); Fast in Ice Making; Door Lock; Tinge: Aqua Clear; Handle Type: Pre colored (with Chrome cap cover); Smart Connect; Solar Connect; Anti Rat Bite Type: Sleeve Brand specific features: Chiller- Transparent (Big TFR); Base stand with Drawer for additional space for non-refrigerated food items; Transparent Freezer Door; Tray Egg: Integrated With Door Basket Item Dimensions: 53.7x63.8x124.2 (CM) (W X D X H) |32 Kg (Net Weight) [ad_2]

[integrating-sphere]

In the realm of electrical safety testing, the Hipot Test procedure is a crucial method for verifying the dielectric strength of electrical devices. This process ensures that electrical insulation is robust enough to prevent dangerous currents from flowing through unintended paths. The Hipot Test procedure plays an essential role in product quality control for various industries, including manufacturing of electrical components, medical devices, motors, and household appliances. This paper focuses on the LISUN HIPOT10-100KV AC/DC Hipot Tester, a high-voltage testing solution that supports both AC and DC testing modes. Introduction to Hipot Testing Hipot, short for high potential, refers to the application of high voltage to a device’s insulation system to verify that it can withstand the operating voltage without breaking down. The Hipot Test procedure is commonly used to identify issues such as: • Inadequate insulation • Defective components • Weak points in the dielectric materials This test is usually conducted during the final production phase or as part of routine safety checks, ensuring that devices comply with international safety standards such as IEC 61010, UL, and CE certifications. The Hipot Test procedure is critical for preventing electrical shock hazards by detecting potential points of failure before the product is used by consumers. LISUN HIPOT10-100KV AC/DC Hipot Tester Overview The LISUN HIPOT10-100KV AC/DC Hipot Tester is an advanced piece of equipment designed to perform both AC and DC high-voltage tests. It supports voltage testing from 0 to 100KV, providing a versatile solution for various industries. Key features of this tester include: • Wide Voltage Range: Up to 100kV for both AC and DC testing. • Automatic Shutdown: In case of excessive leakage current, protecting both the equipment and the user. • Digital Display: Precise measurement of voltage and current, ensuring accurate results. • Multiple Test Modes: Suitable for production lines and R&D testing environments. With this tester, users can evaluate the dielectric strength of various materials and components, making it a valuable asset for industries that prioritize safety and durability. Hipot Test Procedure with LISUN HIPOT10-100KV AC/DC Hipot Tester The Hipot Test procedure involves the following steps: Preparation: • Ensure that the device under test (DUT) is disconnected from any power source. • Ground the DUT to eliminate static charge buildup. • Choose between AC or DC testing based on the application. AC testing is typically used for insulation testing, while DC is preferred for measuring capacitive loads. Connection: • Connect the high-voltage output of the LISUN HIPOT10-100KV AC/DC Hipot Tester to the conductor (live part) of the DUT. • The ground lead is connected to the DUT’s chassis or ground terminal. Voltage Ramp-Up: • Set the starting voltage (usually zero) and increase it gradually to the desired test voltage. The rate of increase should be slow enough to allow the DUT to stabilize. • For example, a test voltage of 1.5 times the normal operating voltage might be applied for routine tests. Monitoring: • The tester continuously measures the leakage current that flows through the insulation. If the leakage current exceeds the pre-set threshold, the test is automatically stopped to prevent damage. • Typical pass/fail criteria for leakage current are set between 10 μA to 20 mA, depending on the device and application. Hold Time: • Once the test voltage is reached, it is maintained for a specified period (e.g., 60 seconds). • During this time, the system monitors the DUT for any insulation breakdown or excessive leakage current. Voltage Ramp-Down: After the hold time, the test voltage is gradually reduced to zero before disconnecting the DUT. Evaluation: • If no breakdown occurs and the leakage current remains below the threshold, the DUT passes the test. • If the insulation fails, the Hipot Test procedure helps locate the defect for further analysis. HIPOT10-100KV_AC/DC Hipot Tester Applications of the LISUN HIPOT10-100KV AC/DC Hipot Tester This Hipot Test procedure is essential in various industries where electrical safety is a priority: • Consumer Electronics: Ensures that household appliances such as refrigerators, washing machines, and televisions are safe from electrical hazards. • Medical Devices: Devices like defibrillators and ECG machines must meet stringent insulation requirements to avoid patient harm. • Automotive Industry: Verifies the safety of electronic control units (ECUs), sensors, and other vehicle components that are exposed to high voltages. • Aerospace and Defense: Ensures that avionics and military-grade electronics can withstand extreme operating conditions without electrical breakdown. • Power Generation and Distribution: Tests transformers, circuit breakers, and power distribution equipment to prevent insulation failures that could lead to costly power outages. Data and Results from Hipot Testing The following table provides an example of a Hipot Test procedure conducted on three different devices, with a test voltage of 50 kV AC applied over 60 seconds. The leakage current threshold is set to 10 μA. Device Tested Test Voltage (kV) Test Duration (s) Leakage Current (μA) Result Medical Device (Type A) 50 60 7 Pass Power Transformer (Type B) 50 60 12 Pass Electronic Appliance (Type C) 50 60 15 Fail From this data, Device C fails the test due to excessive leakage current, highlighting the importance of the Hipot Test procedure in identifying potential risks. Factors Influencing the Hipot Test Several factors can impact the outcome of the Hipot Test procedure: • Temperature and Humidity: Environmental conditions can influence insulation properties, potentially leading to false negatives or positives. • Material Quality: Low-grade materials or improper manufacturing processes can lead to early dielectric breakdown. • Test Voltage and Duration: Higher test voltages and longer test durations increase the likelihood of detecting insulation weaknesses. Conclusion The Hipot Test procedure is a vital safety check for ensuring that electrical devices can withstand high voltages without posing a risk of shock or fire. The LISUN HIPOT10-100KV AC/DC Hipot Tester is a versatile and reliable tool that supports both AC and DC testing, making it suitable for a wide range of applications. By adhering to this standardized testing method, manufacturers can ensure their products meet international safety standards, safeguarding both their reputation and the safety of end-users. The above procedure is just one part of a comprehensive electrical safety regimen. Regular Hipot testing combined with other assessments, such as insulation resistance and ground continuity tests, can help maintain the long-term reliability and safety of electrical systems. Read the full article

[goniophotometer]

In the realm of electrical safety testing, the Hipot Test procedure is a crucial method for verifying the dielectric strength of electrical devices. This process ensures that electrical insulation is robust enough to prevent dangerous currents from flowing through unintended paths. The Hipot Test procedure plays an essential role in product quality control for various industries, including manufacturing of electrical components, medical devices, motors, and household appliances. This paper focuses on the LISUN HIPOT10-100KV AC/DC Hipot Tester, a high-voltage testing solution that supports both AC and DC testing modes. Introduction to Hipot Testing Hipot, short for high potential, refers to the application of high voltage to a device’s insulation system to verify that it can withstand the operating voltage without breaking down. The Hipot Test procedure is commonly used to identify issues such as: • Inadequate insulation • Defective components • Weak points in the dielectric materials This test is usually conducted during the final production phase or as part of routine safety checks, ensuring that devices comply with international safety standards such as IEC 61010, UL, and CE certifications. The Hipot Test procedure is critical for preventing electrical shock hazards by detecting potential points of failure before the product is used by consumers. LISUN HIPOT10-100KV AC/DC Hipot Tester Overview The LISUN HIPOT10-100KV AC/DC Hipot Tester is an advanced piece of equipment designed to perform both AC and DC high-voltage tests. It supports voltage testing from 0 to 100KV, providing a versatile solution for various industries. Key features of this tester include: • Wide Voltage Range: Up to 100kV for both AC and DC testing. • Automatic Shutdown: In case of excessive leakage current, protecting both the equipment and the user. • Digital Display: Precise measurement of voltage and current, ensuring accurate results. • Multiple Test Modes: Suitable for production lines and R&D testing environments. With this tester, users can evaluate the dielectric strength of various materials and components, making it a valuable asset for industries that prioritize safety and durability. Hipot Test Procedure with LISUN HIPOT10-100KV AC/DC Hipot Tester The Hipot Test procedure involves the following steps: Preparation: • Ensure that the device under test (DUT) is disconnected from any power source. • Ground the DUT to eliminate static charge buildup. • Choose between AC or DC testing based on the application. AC testing is typically used for insulation testing, while DC is preferred for measuring capacitive loads. Connection: • Connect the high-voltage output of the LISUN HIPOT10-100KV AC/DC Hipot Tester to the conductor (live part) of the DUT. • The ground lead is connected to the DUT’s chassis or ground terminal. Voltage Ramp-Up: • Set the starting voltage (usually zero) and increase it gradually to the desired test voltage. The rate of increase should be slow enough to allow the DUT to stabilize. • For example, a test voltage of 1.5 times the normal operating voltage might be applied for routine tests. Monitoring: • The tester continuously measures the leakage current that flows through the insulation. If the leakage current exceeds the pre-set threshold, the test is automatically stopped to prevent damage. • Typical pass/fail criteria for leakage current are set between 10 μA to 20 mA, depending on the device and application. Hold Time: • Once the test voltage is reached, it is maintained for a specified period (e.g., 60 seconds). • During this time, the system monitors the DUT for any insulation breakdown or excessive leakage current. Voltage Ramp-Down: After the hold time, the test voltage is gradually reduced to zero before disconnecting the DUT. Evaluation: • If no breakdown occurs and the leakage current remains below the threshold, the DUT passes the test. • If the insulation fails, the Hipot Test procedure helps locate the defect for further analysis. HIPOT10-100KV_AC/DC Hipot Tester Applications of the LISUN HIPOT10-100KV AC/DC Hipot Tester This Hipot Test procedure is essential in various industries where electrical safety is a priority: • Consumer Electronics: Ensures that household appliances such as refrigerators, washing machines, and televisions are safe from electrical hazards. • Medical Devices: Devices like defibrillators and ECG machines must meet stringent insulation requirements to avoid patient harm. • Automotive Industry: Verifies the safety of electronic control units (ECUs), sensors, and other vehicle components that are exposed to high voltages. • Aerospace and Defense: Ensures that avionics and military-grade electronics can withstand extreme operating conditions without electrical breakdown. • Power Generation and Distribution: Tests transformers, circuit breakers, and power distribution equipment to prevent insulation failures that could lead to costly power outages. Data and Results from Hipot Testing The following table provides an example of a Hipot Test procedure conducted on three different devices, with a test voltage of 50 kV AC applied over 60 seconds. The leakage current threshold is set to 10 μA. Device Tested Test Voltage (kV) Test Duration (s) Leakage Current (μA) Result Medical Device (Type A) 50 60 7 Pass Power Transformer (Type B) 50 60 12 Pass Electronic Appliance (Type C) 50 60 15 Fail From this data, Device C fails the test due to excessive leakage current, highlighting the importance of the Hipot Test procedure in identifying potential risks. Factors Influencing the Hipot Test Several factors can impact the outcome of the Hipot Test procedure: • Temperature and Humidity: Environmental conditions can influence insulation properties, potentially leading to false negatives or positives. • Material Quality: Low-grade materials or improper manufacturing processes can lead to early dielectric breakdown. • Test Voltage and Duration: Higher test voltages and longer test durations increase the likelihood of detecting insulation weaknesses. Conclusion The Hipot Test procedure is a vital safety check for ensuring that electrical devices can withstand high voltages without posing a risk of shock or fire. The LISUN HIPOT10-100KV AC/DC Hipot Tester is a versatile and reliable tool that supports both AC and DC testing, making it suitable for a wide range of applications. By adhering to this standardized testing method, manufacturers can ensure their products meet international safety standards, safeguarding both their reputation and the safety of end-users. The above procedure is just one part of a comprehensive electrical safety regimen. Regular Hipot testing combined with other assessments, such as insulation resistance and ground continuity tests, can help maintain the long-term reliability and safety of electrical systems. Read the full article

[enertechupspvtltd]

The Environmental Impact of Using Servo Stabilizers in Energy Conservation

In an era where energy efficiency and environmental sustainability are critical concerns, every step toward reducing power wastage can have a significant positive impact. One of the often-overlooked technologies contributing to energy conservation is the servo stabilizer. While servo stabilizers are primarily used to protect electrical equipment from voltage fluctuations, they also play an important role in reducing energy consumption and minimizing environmental harm.

In this article, we will explore how servo stabilizers contribute to energy conservation and their broader environmental benefits.

What is a Servo Stabilizer?

A servo stabilizer is an electronic device used to regulate and stabilize the voltage supplied to electrical equipment. It ensures that sensitive devices, such as computers, industrial machinery, and household appliances, receive a steady and constant voltage, despite fluctuations in the incoming electrical supply. These stabilizers use a motor-driven system, which adjusts the voltage automatically, providing optimal conditions for efficient operation.

How Servo Stabilizers Contribute to Energy Conservation

1. Reduction in Energy Wastage Due to Voltage Fluctuations

Voltage fluctuations are a common issue in many parts of the world. When the voltage supplied to electrical equipment fluctuates, the devices may consume more power than necessary to function properly. This overconsumption leads to wastage of energy, which is not only inefficient but also puts additional pressure on the power grid.

A servo stabilizer helps to regulate the voltage, ensuring that the equipment operates within its optimal voltage range. By stabilizing the power supply, servo stabilizers prevent devices from drawing excessive energy, thus reducing overall energy wastage. This consistent supply of power improves the energy efficiency of the equipment and ensures it operates at its peak performance, reducing the carbon footprint of each device.

2. Prevention of Overloading and Overheating

Voltage fluctuations can cause electrical equipment to overload or overheat, leading to inefficient operation and higher energy consumption. For example, an appliance running on low voltage might draw more current to compensate, which increases energy usage.

With the use of servo stabilizers, devices are protected from such imbalances. By maintaining a constant voltage level, servo stabilizers reduce the chances of overloading, overheating, or overvoltage damage. This ensures that the equipment runs efficiently and consumes only the required energy, thus conserving power and extending the life of electrical appliances.

3. Long-Term Energy Efficiency and Equipment Longevity

When electrical devices are subjected to constant voltage fluctuations, their lifespan can significantly reduce. Frequent damage caused by unstable voltage can lead to repairs or early replacements, both of which result in additional energy consumption during manufacturing, transportation, and disposal.

Servo stabilizers help to prolong the lifespan of electrical equipment by shielding them from damaging voltage fluctuations. By ensuring that devices are operating under optimal conditions, these stabilizers reduce the need for frequent repairs or replacements. This long-term durability translates to less energy spent on replacing faulty equipment and fewer electronic products being disposed of, ultimately reducing energy consumption across the lifecycle of the device.

Environmental Benefits of Servo Stabilizers

1. Reduction in Carbon Footprint

Energy conservation is one of the most effective ways to reduce our carbon footprint. By ensuring that electrical appliances use only the necessary amount of power, servo stabilizers contribute to the overall reduction of energy consumption. The less energy consumed, the fewer fossil fuels are burned in power plants to generate electricity, leading to a decrease in greenhouse gas emissions.

This is particularly important in regions where electricity generation relies on non-renewable sources like coal, which are major contributors to carbon emissions. By optimizing energy use, servo stabilizers help mitigate the environmental impact of energy production.

2. Reduced E-Waste and Resource Conservation

When electrical appliances and devices are damaged due to voltage instability, they often end up as e-waste. This contributes to the growing global problem of electronic waste, which is harmful to the environment due to the toxic materials contained in electronics. By protecting devices and extending their lifespan, servo stabilizers help to reduce the amount of e-waste generated.

Additionally, servo stabilizers themselves are designed to last longer and require less frequent replacement. This reduces the need for manufacturing new stabilizers, conserving natural resources and minimizing the environmental impact associated with their production.

3. Supporting Sustainable Energy Practices

Servo stabilizers help in enhancing the effectiveness of solar, wind, and other renewable energy systems. Renewable energy sources, like solar power, are often subject to fluctuations in energy output due to weather changes. By stabilizing the voltage output from these systems, servo stabilizers ensure that renewable energy sources can be utilized effectively, even during periods of fluctuating energy generation.

This maximizes the efficiency of renewable energy systems, supports grid stability, and reduces the reliance on non-renewable energy sources, further contributing to a more sustainable and eco-friendly energy ecosystem.

Conclusion

The role of servo stabilizers in energy conservation extends beyond just protecting electrical equipment; they are a valuable tool in promoting overall energy efficiency and reducing environmental impact. By regulating voltage, reducing energy wastage, preventing equipment damage, and extending the lifespan of appliances, servo stabilizers contribute significantly to energy conservation efforts.

Moreover, their ability to reduce carbon emissions, minimize e-waste, and support the efficiency of renewable energy systems makes them an essential component in the pursuit of sustainability. As more industries and households recognize the importance of energy-efficient technologies, servo stabilizers will continue to play a crucial role in shaping a more sustainable future.

This article is optimized for the keyword "servo stabilizer", ensuring its relevance for audiences interested in energy conservation and environmental sustainability. Let me know if you’d like further edits or expansions!

[perfectgenerator]

Why Are Gas Gensets The Future of Clean Energy in Industrial Power Backup?

The world is facing global warming and environmental scarcity, which are caused by increasing pollution. So, growing industries are motivated to reduce carbon emissions and adopt green energy. Do you know diesel generators cause around 7% and 18% of air pollution in cities that failed to meet the National Ambient Air Quality Standards for more than five years, According to the Centre for Science and Environment (CSE)? The NCAP has also revealed that stationary diesel generators contributed to 18% of city pollution. Given this fact, Gas Gensets Manufacturers in India work closely to change the noticeable withdrawal of diesel generators. They fabricate gen-sets that use natural or biogas. Using green gases or sustainable energy in industrial applications reduces carbon intervention in the environment. Let’s see seven key factors why gas gensets are the clean energy future in industrial power backup.  

Blog Reference: - https://perfectgenerators01.blogspot.com/2024/11/why-are-gas-gensets-future-of-clean.html

[shktelcp]

Get the Best Performance Servo Voltage Stabilizer for your Industrial Use

Shakti Electronics is a reliable Servo Voltage Stabilizer manufacturer in India. Here you will find products made of high quality materials for your industrial use.

For more enquiry please contact. . Contact us: +9829059997 . Website: https://www.shaktiecorp.com/servo-voltage-stabilizer.php

[hongjuelectronics]

The Application of Fuse Holders in New Energy and Electric Vehicles: Ensuring High-Temperature and High-Power Safety

With the rapid development of the new energy and electric vehicle industries, safety and efficiency have become critical considerations. As a crucial protective component within electrical systems, the fuse holder plays a vital role in ensuring system security in electric vehicles and solar energy storage systems. Fuse holders in these applications must not only support higher current loads but also withstand extreme temperature fluctuations and high-power conditions. In this article, we’ll explore the applications of fuse holders in electric vehicles and solar energy storage systems, analyzing their functionality and design requirements, and using real-world examples to demonstrate their essential role in enhancing the safety of new energy systems.

I. Fuse Holders for Electric Vehicles: Enhancing Electrical System Safety

The electrical systems within electric vehicles (EVs) differ significantly from those in traditional fuel-powered vehicles. As EV power systems depend on high-voltage battery packs and high-power current transmission, stringent safety standards for electrical components are essential. Fuse holders serve as indispensable protective elements in EV electrical systems.

1. Meeting Higher Current and Voltage Requirements

Fuse holders in electric vehicles must support high current and high voltage to withstand the significant power demands during vehicle operation. Traditional fuse holders often fail to meet EV requirements, as they may overheat or malfunction. Therefore, EV-specific fuse holders typically use special materials, incorporate thickened conductors, and integrate efficient heat dissipation designs to ensure stable performance in high-power environments.

Case Study: Fuse Holder Design for a Main Battery in an Electric Vehicle

A well-known EV manufacturer has installed a custom fuse holder between the positive and negative terminals of its battery pack to handle the high-current surges that occur during vehicle start-up and acceleration. This fuse holder is equipped with silver-plated copper conductors and high-temperature insulation materials to withstand peak currents while preventing thermal failure. Additionally, the fuse holder is connected to a temperature sensor, which automatically reduces current output if it detects an abnormal rise in temperature, ensuring system safety.

2. High-Temperature Protection Design

Electric vehicle batteries and power systems generate significant heat during operation, so fuse holders must be highly heat-resistant to avoid failure in high-temperature environments. Typically, fuse holders for EVs use high-temperature plastics or ceramic materials for the housing, along with heat-dissipating structures to help lower temperatures. High-temperature fuse holders also automatically disconnect when reaching a specific threshold, preventing electrical accidents due to overheating.

Case Study: High-Temperature Resistant Fuse Holder in Electric Buses

An electric bus model uses fuse holders with rapid heat dissipation to ensure stable operation during extended use or in hot weather. These fuse holders are encased in special ceramic composite materials, providing both high-temperature protection and excellent heat dissipation. Under continuous operation, the fuse holders can quickly release generated heat, maintaining system stability.

3. Vibration and Shock Resistance

Electric vehicles experience frequent vibration and shock, which directly impacts the reliability of fuse holders. Modern EV fuse holders are designed with reinforcement structures and shock-absorbing materials, such as threaded mounting and impact-resistant plastic, to ensure stable connections even under rough road conditions, preventing loosening or circuit interruptions.

Case Study: Shock-Resistant Fuse Holders in Electric SUVs

An off-road electric SUV model employs shock-resistant fuse holders to ensure stability during rugged terrain and high-speed driving. These fuse holders feature rubber damping pads within and impact-resistant engineered plastic housing, effectively reducing the effects of road vibration on fuse functionality.

II. Fuse Holders in Solar Energy and Storage Systems

In applications such as solar power plants and home energy storage systems, fuse holders serve to protect the system from short circuits, current overloads, and other electrical issues, while ensuring equipment safety in outdoor environments. As solar and energy storage systems are often exposed to outdoor conditions, fuse holders in these settings face even more stringent design requirements.

1. High Insulation and Moisture/Corrosion Resistance

Solar power systems are typically installed outdoors and are subject to high humidity environments. Fuse holders must have high insulation and be moisture and corrosion-resistant to prevent short circuits or current leakage caused by humidity or corrosion. High-quality solar fuse holders use weather-resistant materials, waterproof and anti-corrosion coatings, and internal sealing to ensure continuous operation in harsh weather.

Case Study: Moisture-Resistant and Corrosion-Proof Fuse Holders in Solar Power Stations

In a large-scale solar power station, multiple moisture-resistant and corrosion-proof fuse holders are installed between the photovoltaic panels and the inverter to prevent water and moisture infiltration. These fuse holders feature a special polyester coating with excellent UV and corrosion resistance, ensuring reliable performance over long outdoor exposures and protecting the power station’s operation.

2. Conductivity Design for High-Power Environments

Solar systems and storage equipment often handle high-power currents, requiring high conductivity and effective heat dissipation in fuse holders. Fuse holders designed for storage systems typically use high-conductivity materials (such as copper or copper alloys) and wide conductive pathways to minimize current loss and heat generation. Additionally, heat dissipation structures and conductive materials improve the stability of fuse holders under high-power conditions.

Case Study: High-Power Fuse Holder in Home Energy Storage Equipment

In a home energy storage system, the fuse holder is designed as part of the high-power module, managing the high current between the battery pack and the inverter. The fuse holder’s conductive path is designed with thickened copper for optimal conductivity and heat dissipation. Users can monitor the fuse’s current and temperature status through a dedicated app; if the temperature exceeds a safe limit, the system automatically disconnects the power, preventing accidents.

3. Outdoor Protection and Temperature Resistance

Due to outdoor installation, solar and energy storage equipment require fuse holders with exceptional temperature resistance. High-quality solar fuse holders use materials that are resistant to both high and low temperatures, ensuring the fuse holder’s reliability regardless of environmental fluctuations. Many solar fuse holders undergo temperature verification to ensure stable operation over long periods.

Case Study: Temperature-Resistant Fuse Holders in Outdoor Solar Equipment

In a desert solar power project, high-temperature ceramic fuse holders are used. These fuse holders’ insulated housing undergoes high-temperature treatment and UV-resistant coating, allowing them to function in extreme climates. Additionally, the fuses themselves are made from high-temperature alloy materials, ensuring electrical performance stability across temperature variations.

III. Future Development Trends: Prospects for Smart Fuse Holders

Smart Monitoring and Remote Management: In the future, fuse holders will become more intelligent, utilizing sensors and IoT technology to achieve real-time current and temperature monitoring, with instant alerts for abnormal conditions. For example, in high-power solar systems, smart fuse holders could automatically disconnect circuits when detecting irregular currents, significantly improving maintenance efficiency.

Self-Healing and Auto-Disconnect Capabilities: Through the integration of self-healing materials and automated control circuits, future fuse holders may be able to self-repair, further reducing maintenance costs. Some fuse holders could automatically resume operation once the temperature stabilizes, eliminating the need for manual resets or replacements.

Use of Eco-Friendly Materials: As environmental awareness increases, fuse holders for new energy applications will emphasize eco-friendliness and sustainability. Materials will increasingly shift toward recyclable engineering plastics and low-carbon alloys, minimizing environmental impact during production and usage.

Conclusion

Fuse holders in new energy and electric vehicle applications are evolving to meet demands for multi-faceted protection, from high temperatures to corrosion and vibration resistance. In the future, with the rise of smart and eco-friendly technologies, fuse holders will continue to innovate, supporting the development of safer and more efficient electric vehicle and renewable energy systems.

en.dghongju.com

[vbsemi-mosfet]

VBE2610N MOSFET In the sweeping robot and the vacuum cleaner:Intelligent control and efficient drive

In order to make the sweeping robot really play a role, intelligent control and efficient driving are very important. In the design and application of the sweeping robot (EV) vacuum cleaner, the selection of the right MOSFET is the key. As one of the core components of the sweeping robot vacuum cleaner, the performance of MOSFET directly affects the charging efficiency, system stability and the long life of the equipment. Our MOSFET product, VBE2610N- -VB-semi, is widely used in this scheme because of its low on resistance and high threshold voltage, high efficiency and high reliability. It provides stable and reliable power support for these components, ensures the efficient operation of the robot in a variety of complex environments, and improves the cleaning effect and intelligence level.

Power management system:

As a kind of intelligent home appliance, the sweeping robot contains a complex circuit system inside, among which the power management module is very important. MOSFET Can be used as the core element of the regulator in the power switch module, VBE2610N high performance and low on resistance characteristics make it very suitable for the sweeping robot and vacuum cleaner power management module, through the accurate control of the current and voltage, to achieve the stable output of the circuit. It can provide efficient electricity conversion and stable current output, thus extending the battery use time and improving the overall energy efficiency of the equipment.

Intelligent control:

In the sweeping robot, intelligent control functions such as path planning, automatic obstacle avoidance, intelligent scheduling and so on all need high-precision circuit control. VBE2610N The high reliability and stability make it a key component of these intelligent control functional circuits, which can ensure that the sweeping robot can achieve efficient cleaning and intelligent operation in a variety of complex environments

Efficient drive:

Sweeping robots are usually equipped with motor drive components such as the main brush and side brush, which require precise current and voltage control to achieve efficient cleaning effect. VBE2610N Has high voltage resistance, can work steadily in high voltage environment, ensure the safety and reliability of electric tools, and reduce the power loss and improve the power density, VBE2610N high current carrying capacity and stable voltage control ability make it the ideal choice in the motor drive circuit, to ensure that the motor under a kinds of load conditions can run operation, provide stable power output.

Applications in other areas

In the wireless communication equipment power amplifier module：

VBE2610N Using trench process manufacturing, with low conduction resistance and high current processing capacity, with high efficiency, high reliability and high current processing capacity, making VBE2610N become one of the indispensable electronic components in wireless communication equipment, help to improve the performance and reliability of the whole system.

In the LED lighting drive

VBE2610N As an MOSFET suitable for high-power applications, it shows significant advantages in LED lighting drivers. It can not only provide accurate power control, through adjusting the conduction state to adjust the LED light intensity, meet the demand of diversified lighting, also because of its low conduction resistance and achieve high efficiency conversion, reduce power loss, its TO252 packaging form easy to integrate and encapsulation, save space, improve the compactness of lighting system and stable stability and extend the service life.

Product Parameter

Product model number: VBE2610N

Polarity: P channel

drain-source voltage (VDS):60V 

Grid source voltage (VGS): ± 20V

Threshold voltage (Vth):1.7V

On-on resistance (RDS(on)@VGS=4.5V): 72m Ω

On-on resistance (RDS (on) @ VGS = 10 V): 61mΩ

Maximum drain current:30A

Technology: groove(groove type)

Package: SOT 252

VBE2610N MOSFET—VB-semi has the characteristics of low on resistance and high threshold voltage, high efficiency, high reliability, widely used in sweeping robot and vacuum cleaner, can also be used in voltage regulator, power switch module and other fields. Such as the power amplifier module, LED lighting driver in the wireless communication equipment. Its low threshold voltage and large rated leakage electrode current also make it an ideal choice for home appliance control module, industrial motor controller and other fields. VBE2610N Can improve the performance and competitiveness of its products, to bring users a better use experience and more high-quality, efficient and reliable products.

[alkiyumi1]

In a world where voltage fluctuations are common and can disrupt essential operations, voltage stabilizers are crucial to ensuring a stable and consistent power supply. Businesses, industries, and homes in Oman often face challenges related to power instability, which can harm sensitive equipment, reduce efficiency, and even lead to costly repairs. Kiyumi, a leading voltage stabilizer supplier in Oman, provides reliable solutions to protect your equipment from these fluctuations and ensure continuous, stable power.

The Role of Voltage Stabilizers in Power Protection

Voltage stabilizers are devices that regulate the power supply and correct voltage fluctuations automatically. When there’s a sudden dip (low voltage) or surge (high voltage) in the supply, stabilizers adjust the output to the desired level, protecting your devices and appliances. They are particularly essential for equipment like:

Medical Devices: Hospitals and clinics rely on sensitive equipment that requires steady voltage for accurate diagnostics and patient care.

Manufacturing and Industrial Equipment: Many industries use machinery that can be damaged by unstable power, leading to production delays.

IT and Data Centers: Servers, storage units, and network devices require constant voltage to avoid data loss or corruption.

Home Appliances: Air conditioners, refrigerators, and TVs can suffer wear and tear from voltage fluctuations, shortening their lifespan.

Why Choose Kiyumi for Voltage Stabilizers in Oman?

Kiyumi has established itself as a trusted name in Oman, known for high-quality voltage stabilizers that cater to diverse applications. Here’s why businesses and households choose Kiyumi for their power protection needs:

Wide Range of Voltage Stabilizers Kiyumi offers an extensive selection of voltage stabilizers designed for different types of equipment, from small household appliances to industrial machines. Their range includes automatic stabilizers, servo-controlled stabilizers, and digital stabilizers, allowing customers to choose the best solution for their unique requirements.

High-Quality and Durable Products Kiyumi provides voltage stabilizers that are designed to withstand Oman’s unique climate and power challenges. Manufactured with high-quality materials and advanced technology, these stabilizers are built to last and operate efficiently even in demanding environments.

Expert Consultation and Custom Solutions Understanding that every application has unique power requirements, Kiyumi’s team offers expert guidance to help clients select the best stabilizer. They also provide custom solutions tailored to specific needs, ensuring that clients receive optimal protection for their equipment.

Efficient After-Sales Support Kiyumi’s commitment to customer satisfaction extends beyond sales. Their responsive after-sales service includes maintenance, repairs, and technical support to ensure your stabilizers continue to perform effectively over time.

Energy-Efficient Designs Kiyumi’s voltage stabilizers are designed with energy efficiency in mind, helping clients save on electricity costs while ensuring stable power. By using energy-efficient stabilizers, clients can enjoy long-term savings while reducing their carbon footprint.

How Kiyumi’s Voltage Stabilizers Benefit Various Sectors in Oman

Kiyumi’s voltage stabilizers cater to a wide range of applications, benefiting multiple sectors across Oman:

Healthcare Facilities: Voltage fluctuations can compromise the accuracy of medical devices. Kiyumi’s stabilizers protect equipment in hospitals, clinics, and laboratories, ensuring reliable performance.

Industrial and Manufacturing Plants: Fluctuations in voltage can halt production and damage machinery. Kiyumi’s high-capacity stabilizers are ideal for maintaining steady voltage in factories and manufacturing units, minimizing downtime and repair costs.

Retail and Hospitality: In Oman’s retail and hospitality sectors, stable power is essential for smooth business operations. Kiyumi’s stabilizers protect equipment like POS systems, HVAC units, and lighting, helping businesses avoid disruptions.

IT and Data Centers: For data centers that handle vast amounts of information, a voltage stabilizer is essential to prevent data loss or hardware damage. Kiyumi’s stabilizers ensure continuous and stable power, supporting reliable data management.

Choosing the Right Voltage Stabilizer with Kiyumi’s Expertise

When it comes to selecting the ideal voltage stabilizer, Kiyumi’s knowledgeable team is here to help. They evaluate factors such as:

Load Capacity: The stabilizer should match or exceed the power requirements of the connected devices.

Voltage Range: Depending on the severity of voltage fluctuations, the stabilizer’s input range can be chosen to match the power variations in the specific area.

Type of Stabilizer: Servo-controlled stabilizers are ideal for heavy-duty applications, while automatic digital stabilizers are perfect for smaller, sensitive devices.

The Kiyumi Advantage in Voltage Stabilizers

Choosing Kiyumi for voltage stabilizers in Oman means choosing quality, reliability, and peace of mind. Kiyumi’s solutions are designed to:

[tashukumar]

Solving Power Issues: How to Keep Your 3-Phase Power System Balanced

In modern industries and commercial setups, 3-phase power systems are critical for ensuring seamless operations and high efficiency.

However, imbalances in such systems can lead to various issues, including equipment malfunction, reduced efficiency, and even safety hazards. 

Leveraging advanced technologies such as a servo stabilizer can play a pivotal role in maintaining power balance and preventing potential downtime.

What Is a 3-Phase Power System?

A 3-phase power system is a type of electrical distribution that uses three alternating currents, offset by 120 degrees. This setup ensures a constant and smooth flow of energy, making it highly efficient for heavy machinery, industrial operations, and large-scale commercial buildings. 

When properly balanced, 3-phase systems provide superior reliability and efficiency. However, an imbalance can disrupt operations, leading to increased wear and tear on electrical equipment and higher energy costs.

Understanding the Causes of Power Imbalance

1. Unequal Load Distribution

One of the most common causes of imbalance is the unequal distribution of loads across the three phases. If one phase bears more load than the others, it can cause overheating and reduce the lifespan of equipment.

2. Harmonics and Voltage Fluctuations

Harmonics and sudden voltage fluctuations can distort the waveform in a 3-phase system, leading to inefficiencies. These issues often stem from non-linear loads such as computers, variable speed drives, and LED lighting.

3. Faulty Wiring or Connections

Improper wiring, loose connections, or aged infrastructure can also cause an uneven power flow, increasing the risk of equipment damage and outages.

The Role of Servo Stabilizers in Maintaining Balance

Why a Servo Stabilizer Is Essential

A servo stabilizer is a voltage regulation device designed to automatically adjust and stabilize voltage levels in a power system. It is particularly effective in 3-phase setups, ensuring that voltage remains uniform across all three phases. 

Servo stabilizer manufacturers design these devices to tackle fluctuations, thereby preventing imbalances and safeguarding sensitive equipment.

How Servo Stabilizers Work in 3-Phase Systems

Servo stabilizers operate by detecting voltage fluctuations in real time and making precise adjustments to maintain balance. They employ a servo motor that regulates the output voltage by adjusting the transformer’s settings. 

This ensures that even during power surges or drops, the system remains balanced, protecting your equipment and maintaining efficiency.

Benefits of Maintaining a Balanced 3-Phase System

1. Improved Energy Efficiency

A well-balanced system reduces energy losses and ensures optimal performance of electrical equipment. This can lead to significant savings on electricity bills.

2. Enhanced Equipment Longevity

Balanced systems prevent overheating and overloading, extending the lifespan of motors, transformers, and other critical components.

3. Increased Safety and Reliability

Imbalances can cause dangerous scenarios, including short circuits and fires. Maintaining balance minimizes these risks, ensuring a safer working environment.

4. Reduced Downtime

An unbalanced system often leads to equipment failures and operational disruptions. Proper balance ensures uninterrupted operations, which is especially critical in industries with high production demands.

Steps to Keep Your 3-Phase Power System Balanced

1. Monitor and Measure Regularly

Invest in advanced monitoring tools to regularly assess the load distribution across all three phases. Early detection of imbalances allows for swift corrective action.

2. Use High-Quality Equipment

Ensure that your electrical setup includes high-quality wiring, connectors, and stabilizers. Consult trusted servo stabilizer manufacturers for reliable solutions tailored to your system’s needs.

3. Balance the Load

Redistribute electrical loads evenly across all three phases. This might require expert consultation, especially for complex setups with multiple machines and devices.

4. Perform Routine Maintenance

Regular maintenance of wiring, transformers, and stabilizers is essential to prevent gradual imbalances caused by wear and tear.

5. Install a Servo Stabilizer

A servo stabilizer is one of the most effective tools for managing voltage fluctuations and ensuring a stable power supply. It offers precise control and protects your equipment from damage caused by voltage irregularities.

Choosing the Right Servo Stabilizer for Your System

When selecting a servo stabilizer, consider the following factors:

Capacity: Ensure the stabilizer can handle the load requirements of your system.

Phase Type: Opt for a 3-phase servo stabilizer designed for industrial or commercial use.

Brand Reputation: Work with reputable servo stabilizer manufacturers who offer high-quality, durable products.

Customization Options: Some manufacturers provide tailored solutions to meet unique power requirements.

[atplblog]

Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] From the manufacturer Multi Air Flow Optimal Temperatures Everywhere Multiple cooling air vents distribute and circulate cool air to every corner of the refrigerator, ensuring that each and every food item is properly cooled. Runs on Home Inverter Automatic Home Inverter Connection This feature helps consume less power and keeps your home inverter running for a longer duration. Stabilizer Free Operation Operate at a Voltage Range of 100~310V The LG Refrigerators operate at 100~310V. It means your refrigerator can work without a stabilizer. 1 Auto Smart Connect 2 Stabilizer Free Operation Lower Door Shelf Additional shelf at the door side for added storage space Toughened Glass Shelves Toughened glass shelves support heavy loads and prevent spills. Now store more without any worry. Door Gasket Easy to clean keeping food healthy and hygienic for longer periods. Smart Inverter Compressor Energy efficient & long-lasting It cools the machine based on the load inside the refrigerator. While conventional compressors always work at high capacity, the LG Smart Inverter Compressor checks the actual demand to supply the optimal level of cooling to save energy and keep food fresh. Frost Free Refrigerator greater than 300 L: Auto defrost function to prevent ice-build up Capacity

380 L: Suitable for families with 5 or more members I freezer capacity: 90L, fresh food capacity: 290L Energy Rating 2 Star: Energy efficiency Manufacturer warranty: 1 year on product, 10 years on compressor T&C Smart inverter compressor – energy efficient, less noise & more durable Shelf Type: Glass Shelf with Trimless (Décor) | No. Of Shelves: 02 Included in the box: 1 Refrigerator Unit, User Manual Special Features- Temp. Control: l Micom Tact; Express Freeze; Smart Diagnosis: fast and easy way to troubleshoot issues; Smart Connect: helps connect your refrigerator to home inverter Deodorizer: keeping the entire fridge smelling fresh; Multi Air Flow: designed to maintain ideal temperature levels to help keep your food fresher, for long; Anti-Bacterial Gasket: prevents the entry and build-up of fungi and bacteria inside the refrigerator Works without Stabilizer (100-310V); Veg tray with 33 Ltrs. capacity; Movable, Single Twist(14 Ice cubes /tray); Pull Out Tray; Tray Egg; Transparent Door Basket; Pocket type Handle; Anti-Rat Bite Sleeve [ad_2]