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What is Automatic Power Factor Correction Panels and How it Works?

When it comes to power we all want to optimize it up to its maximum efficiency. As industry managers and infrastructure care takers, this is a double edged sword. Automatic power factor correction panels are therefore a necessary component of any large-scale equipment plant.

At RS Power we have engineered the perfect solution for India’s fluctuating power supply problem that will help you safeguard your business and machinery for a long time. Yes, the solution is automatic and requires minimal day to day effort. It works seamlessly 24x7x365. It is called installing Servo Motor operated line voltage correctors and having it output large input supply with high efficiency output.

Many big hospitals, colleges, corporate offices, industries and laboratories use Servo Motor operated line voltage correctors to have constant voltage supply round the clock. It makes everything convenient and situations like frequency variations and power supply overloading is controlled by it. Power factor correction keeps such incidents in check and helps you avoid errors and breakdowns.

How it works?

Before learning about the working of Power factor correction we must learn about power supply and noise. When you run equipments they are running on power supply and it is uneven as it is travelling a lot of distance before it reaches your facility. One can only imagine the kind of external factors it witnesses that can add noise to the supply.

Servo Motor operated line voltage correctors keep all the infrastructure, sensitive machinery and electronic equipments safe from excessively noisy supply or supply that is outside of their bandwidth. Managing this automatically helps you save costs and stops you from worrying about power factor and supply fluctuations.

At high speeds, voltage correctors work to control distortion and eliminate spikes so that voltages are maintained at a balanced level.

On a full load Servo Motor operated line voltage correctors are up to 98% efficient, the reason RS Power scientists have spend years developing and refining them is clear from this metric.

Interested in getting a hands-on demo of the product or learn more about the specifications, our team of experts is just a call away. Call us now and we will help you in your Servo Motor operated line voltage correctors related queries and purchase.

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All That You Need to Know About Constant Voltage Transformers Suppliers

Any equipment needs proper input current to function as desired by the industry. It is co-dependent on the kind of input power supply being fed into it. No matter how faulty and noisy the power supply from source is, within the infrastructure, there must be a constant voltage supply so that no mishaps occur. To maintain this we need constant voltage transformers or CVT.

Best constant voltage transformers suppliers, traders and manufacturers are hard to find because it is a complex product where high quality is key along with a reasonable price. Many wholesalers and exporters send their products in foreign markets but they are not compliant with Indian fluctuating power supply systems. It is easier to manufacture it according to developed countries and their system. But best equipment manufacturer in CVT is RS Power, because it is certified, provides hassle free service and comes at a competitive cost. Not just private industries, it is used in dozens of government units, which are their regular customers.

No one size fits all and the damage depends on the sensitivity of different equipments. But it can be protected properly by installing a Power+ CVT. CVT is an efficient device that makes your incoming power supplies a clean and constant input supply for equipments that is within the range of their efficient working voltages. It is a hard task but this one equipment can handle it easily, leaving you less worried and more secure as an industrial manager. Buying them for a large industry you should make sure they are off a rugged design and come with a good after sales service and warrantee deal.

Equipment is healthy when you have a voltage transformer and stabilizer installer. We also recommend RS Power stabilizer if you are interested in ensuring 100% safety of your equipment and machinery.

Features of CVT to note:

Double check these must have CVT features when going through the CVT product sheet or catalog. You will understand how a product with R&D of years is better than mediocre solutions.

Ability to reject high spikes and make supply constant as per the input we feed

Easy to operate and can be managed with buttons on the panel

A useful CVT has excellent isolation

Can handle short term over loads

We hope this post helps you in the due diligence you have to do before you purchase. Have more questions? You can write to us or call us right away and we will assist you immediately.

Call:  0141 239 6550, 239 6543

Email: rspower@rspowerindia.com

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Buy RS Power Servo Voltage Stabilizer and Ensure Safety of Your Machinery

Safety of your machinery is the main concern of any infrastructure manager or industry engineering manager. In India with fluctuating power supply an easy target is the sensitive equipments that become damaged if the input supply is not regulated or filtered. A servo voltage stabilizer is very useful equipment for the longevity and good health of all your industrial equipment. Why you may ask? The objective of a stabilizer is to ensure that any irregularities in the incoming power supply be it distortion, voltage correction and noise can be tackled without any hiccups.

What kind of Servo Voltage Stabilizer to buy? You must learn the scope of voltage correctors and stabilizers you need before you go shopping. If you have little idea about safety equipment for your current appliances, you can even call an RS Power expert for consultation. Once you have learned what kind of machinery you have and what is the worst case scenario metric you require your servo voltage stabilizer to handle? The search begins:

A good and capable Servo Voltage Stabilizer should we developed by a great research and development team of scientists and engineers. It should have been tested thoroughly in extreme situations. Quality assurance is also a key before you bet on the safety on your entire machinery. ISO 9001, ISO 14001 and CE Mark are some of the most highly authorized and reputed quality management certificates. RS Power servo voltage stabilizer has all 3 certificates and is developed by an experienced R&D team. The products are used by large organisations like DRSO, ISRO Indian Railways etc.

Another important thing to talk about is the after sales support and servicing of the product. While many manufacturers offer free installation it is the post-sales support that is needed if any fault occurs in day to day operations. All you need is a prompt service to keep your processes working 24x7x365.

Servo Voltage Stabilizers that are exported to other countries are also of very high quality. RS Power India is a reputed exporter of voltage correctors in Myanmar, Nigeria and Nepal. How to guarantee safety of your machinery? Last but not the least, an easy way to guarantee safety of your machinery and industry is to be prepared. Like the old adage, only paranoid survives, we must be ready for the worst case scenario. Most people make the mistake of taking this lightly and ignoring it until the reality hits them. They are always biased to accidents and tragedies. They hope that all is well with the world until anything wrong happens to them. Their business is an asset and it must be protected with such random yet highly destructive events. Great machinery needs additional support machinery that can keep it safe, protected and efficient in the long run. A

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7 Things about Inverters that You Must Know

Inverter basically is a problem solving device and an essential part of the continuous power supply toolkit. More than a tool it is the wholesome equipment that can really help you run your plant and high-end electronic appliances 24x7x365 without any hiccups. But not all inverters are like this description. It is important to spot the right kind of inverter for your requirements. Your needs may change from time to time, but the qualities of an expert manufactured and efficient inverter remain the same, even when the size and requirement is increased or decreased.

To make your decision of buying an inverter easier, we would like you to tell you about 7 things every high quality and efficient inverter must adhere to.

7 Things about Inverters that You Must Know:

1. Installation and After sales service While this is the most basic thing and usually a concern after the purchase, but if you have limited know how regarding the installation, you must ask thoroughly about it. If the manufacturer will deliver it and install it provide with the after sales service in case you need to upgrade or anything breaks. It is helpful to read the terms of service and agreements related to warrantee and guarantee of the inverter.

2. Type of Inverter you need The selection of your inverter starts with deciding on the type of inverter you want to buy. The 3 kinds of inverters are sine wave, modified sine wave and square wave. Industries often use the sine wave inverter to convert the incoming power supply into noise free and safe output that can be fed into the equipments.

3. Cost of the Inverter While this may or may not be a concern it is often important to study the market and learn about the average pricing of a few manufacturers and then compare it with the features and services.

4. Size of the Inverter Size matters in the physical sense of the word; if you need to buy it for a large industry you might need many inverters. The space in your plant might be a concern and you might not have enough spare to go with the really large sized inverters. Look at the different variants and check the dimensions along with the voltage and current capacity values.

5. Power Capacity No matter how much you need, power capacity of the inverter must be a notch ahead of the highest output requirements. This is important to withheld situations of highly noisy power supply and uneven input current supply.

6. High Efficiency Rating and Reliability The rating of the inverter must be high. Upto 10KVA rating is suitable for most industrial purposes and benefits you in the long run. Sine wave inverters you require must have over 80% efficiency to keep the devices damage free. Also for steady backups and avoiding failure you need a certified and reliable inverter. This needs to be checked and tested before you purchase.

7. Safety and Equipment Protection Ability Look at the inverters ability to react when surges, spikes and situations like discharge happen. The way it handles tough situations gives you a closer look as to how it will be in the times of stress after it runs 24x7x365 keeping your machinery running.

Special Tip for Buyers It is not about penny pinching and budget when you are trying to buy the one equipment that will ensure the safety and efficiency of your entire project. Rather it requires you to look closely at the 7 things and see for yourself as to which manufacturers are keeping the QA checklist. A certified manufacturer like RS Power+ can help you with expert advice and an award winning product.

Hope the purchase of your inverter became easier with the information shared above. If you would like more assistance or have any questions regarding your inverter purchase, you can contact us and we will be happy to help you.

Phone: 0141 239 6550, 239 6543

Email : rspower@rspowerindia.com

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Voltage Stabilisers - Buyers Guide

Dealing with copious amounts of power supply every minute in your industry and trying to ensure that all that supply is free from any noise and disturbance is quite a challenge. All you need is a right kind of voltage stabilisers and correctors to help survive a power crises or situation where you need to be up and running despite the opposite circumstances.

This is a buyer’s guide for a voltage stabiliser that can handle bad power supply situations easily. You are sure at the right place to discover the wisdom that will help you buy any electronic equipment for industrial purposes.

Voltage Stabilisers – Buyers Guide and Important Tips

This is a full-proof and detailed buyer’s guide for voltage stabilisers and correctors, to help you make an intelligent decision that helps you and your work in the long run. You have to be sure before you are spending money on equipment that will be relied upon in case of any irregularity and power voltage mishaps.

First thing to note is the numbers, yes, the amount of power supply that comes in and how much load handling is needed. Now like every industrial manager we will take into consideration the worst case scenario that the entire incoming power supply voltage is spiked and filled with noise. To correct the power supply and safeguard our sensitive equipments from getting defunct we need to add a voltage corrector or stabiliser. It will not only filter the bad supply but also tune it to our needs. This is basically like cleaning the incoming voltage and feeding the equipments the voltage they comply.

Overload situations when the voltages are improper and way beyond the threshold. The voltage corrector is like a beast that attends to this flow and handles the waveform distortion within seconds. All this in a high end Servo Motor operated line voltage correctors can be handled by the front panel as all the modes and supply related settings are visible.

The correction speed must be at 20 volts/sec to withstand any breakdown and to ensure that there will be no infrastructure or equipment loss. As a buyer your first instinct is to make sure that the specifications are matching and the manufacturer has done a great job with the equipment. A voltage stabiliser is the equipment for all your other equipments and depending upon the load you might have to install one or more such voltage stabilisers. At RS Power+ we have up to 2000 KVA devices.

Last but not the least for this buyers guide is the efficiency in terms of load. Great voltage stabilisers are up to 98% efficient and that is the reason these are an integral part of every engineering and electrical unit. Spend wisely and buy the right kind of voltage correctors for your industry.

If you need to speak with a representative to help you with questions or you want to place an order, you can contact the customer support team right here.

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Things to Know Before Purchasing On-Line UPS Battery

Purchasing On-Line UPS Battery for the first time can be tricky. It is not any ordinary equipment that you can just order and start using. A lot of research, need-specific product hunt is required to finalise your on-line UPS. While you have good intentions to bring an automatically chargeable backup system, you may have a fixed budget.

A good on-line UPS battery has many useful features that aid your industrial growth. Learning about what constitutes as factors that make your UPS purchase worthwhile both for your pocket and for your business is important. Before purchasing On-Line UPS battery, you must learn these five things.

5 Factors that help you decide which On-Line UPS Battery to purchase are:

1. Fast Response

A battery is only useful if it supports your devices with power supply in case of power cut or loss in transmission. This response needs to be quick so that within a split second everything is running smoothly. Look for soft start facility on-line UPS battery to ensure it makes all your networking equipment perform best and uninterrupted.

2.  Features and Installation

UPS must output constant voltage and frequency to keep the flow of power nonstop. Also ask the UPS seller regarding the installation and delivery of the product. It may reveal any hidden costs or extra information about the deal. Must have features in your on-line UPS are less harmonic distortion, faster transient response, giving a pure sine wave output.

3. Manufacturer

It is important to check if the UPS battery is manufactured by a reputable brand. While you may not follow up with the R&D behind the UPS, your due diligence in learning about the achievements of the manufacturer that can reaffirm the credibility is a must before you purchase on-line UPS battery.

4. Cost

A powerful UPS that can withstand any kind of power failure, brown outs and blackouts will be expensive you may think. But if you look around and check for the industry standards, most on-line UPS have a similar price point when it comes to their specifications. Cost and budget are very real indicators and you must opt for the most competitive pricing.

 5. Noise Protection

With noise and spikes all the sensitive equipments get damaged. If you are buying an On-Line UPS for safety of your infrastructure double check with the protection and see it in action against noisy power supplies. These tests results and efficiency is often provided by the company to help you learn before the purchase.

If you are still not convinced, you can contact our team of expert for a free consultation and learn more about our On-Line UPS and other power supply related equipment’s.

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Safety Precautions while Handling Inverters

1. Inverters intended for general use in industrial applications should not be used for applications that can, on failing, endanger human life.

2. Specify your purpose or application to the manufacturer before making the purpose.

3. A backup circuit device is necessary outside the system that acts as a safety device.

4. Inverters meant for general industrial uses have 3-phase motors to load the current. Any other use of which can cause accident.

5. Make sure to contact your manufacturer for repairs. Dissembling or modifying the equipment on your own can result in electric shock.

6. Be cautious of making a bare hand contact while the system is running. Do not stick your fingers in cable wiring holes & fan covers.

7. Never insert electrical wire cuttings, rods, wires, etc. inside the inverter. This can cause a short circuit and result in electric shock or fire.

8. Water or any other fluid, if ever came in contact with the inverter can lead to serious damage to the equipment & human life.

9. Turn off power if inverter emits smoke or burning odour.

10. Always operate under environmental conditions prescribed in the manual.

11. An emergency stop devive must be installed with configuration as per the system specifications.

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Sine Wave Inverter - The Perfect Power Converter

Sine Wave inverters are built with state-of-the-art Pulse Width Modulation technology and are generally used for running the industrial equipment that requires 3-phase voltage. The PWM technology helps in dealing with spikes, surges, reverse polarity and other distortions.

They give a switching frequency of over 10kHz and an efficiency level of more than 85 percent and are safe for motors, induction applications and other power sensitive electronic devices.

The design also includes indicators like mains presence, mains mode, battery charging, inverter mode, battery low etc.

Not only does it automatically supply power when required, it jump starts softly, keeping your equipment and machinery safe.

Greatly compatible with batteries, sensitive equipment, Sine wave inverter is noiseless and also warns you when your battery is low.

Engineered & tested to perfection, RS Power’s sine wave inverters are ISO certified & provide 100% surge protection.

Some features that make Sine Wave inverters a great solution to the modern industry power needs are:

Short circuit protection Auto switchover to Inverter mode High efficiency and reliability Desired Sinusoidal wave as output Prevents appliances from crashes

Applications: Industry appliances Media houses Corporates

RS Power is an award winning Sine wave inverter manufacturer, supplier and exporter from India. The product design, engineering and testing is done by an ISO certified team. In case of queries regarding configuration and installation, you can reach out to us and get immediate assistance.

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Things to Consider before Buying UPS for Data Centre’s

Data centres have a critical need of being energy efficient at all times, to perform mission critical tasks, protecting sensitive data and boosting uptime. Data centres must always remain on a lookout for running systems efficiently and avoiding power failures. Failing to maximize uptime can lead to hefty losses.

In case of uninterruptible power supply (UPS) needs, one size does not fit all. The performance of UPS must match the demands of the enterprise.

The mid-sized data centres generally deploy UPS in the range of 10 kVA-50 kVA. Standby and line-interactive UPS are rarely used in data centres because of associated load and switch over time problems. Best recommended for data centre enterprises are On-line UPS.

On-line UPS are also transformer based and transformer less. Transformer based On-line UPS are safer from power outrages and spikes.

While choosing UPS for Data Centre, one must keep in mind:

1. Resilience One must take into consideration the resilience factor as UPS can cause disruption affecting multiple servers.

2. Multiple power inputs Allowing 2 power inputs can be helpful in times if one utility power disrupts.

3. To arrange for an Interface that manages and monitors the UPS and tracking its temperature, battery condition, current load, etc.

4. Security control Keep a close check on the level of access and control over the UPS management software

5. Maintenance UPS with replaceable batteries are an economical option allowing you to replace the damaged batteries without sending the whole system for service.

RS Power is an authorised and award winning manufacturer of power solution equipment for industrial uses. Call us to know how can we help you with your power solution needs.

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RS Power's Online UPS Systems - Overcome the Problem of Power Shortage

On Line UPS systems are devices that can efficiently supply power to your servers and network equipment. The quality, performance and safety measures of uninterruptible power supply are top notch as it comes from the team of ISO awarded experts.

UPS are needed when power utility fails. Industrial control systems can get adversely affected even with just 10 seconds of power distortion. On-line UPS systems use a specific way to regulate voltage by consistently converting AC power into DC power and then converting DC power into AC output. This prevents breakout of the equipment due to voltage surges, harmonic distortion, frequency variations, line noise, blackouts, etc.

RS power’s On-line UPS shields your equipment from electromagnetic line noise, lightening and peaks as the double-conversion technology do not let the equipment get damaged by these problems. ON-line UPS systems are recommended if you need a UPS system larger than 5,000 VA (4,000 watts).

On-line UPS systems give pure sine wave output, which offers the best stability and great compatibility with sensitive equipment. In industrial equipment’s, pure sine wave output is of critical use as it prevents the high-power consuming equipment’s from malfunctioning or overheating.

Line-interactive UPS systems take a basic transfer time while converting line power to battery derived power. On-line UPS systems operate without transfer time & without operations. For power sensitive equipment’s, on-line UPS are always better than the line-interactive UPS systems and are thus, costlier too.

RS Power is the leading manufacturer of On-line UPS systems. All our products are tested thoroughly and come with after sales support.

Call us for any query and our team will be happy to help you.

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Constant Voltage Transformers – Applications and Benefits

We are all familiar with irregular power supply, it is one problem we have all faced. This irregularity causes damage to appliances at an industry as well as household level. The one device that comes to everyone’s rescue is the Constant Voltage Transformer (CVT). These are non-linear transformers which provide steady and regulated voltage output throughout. Constant Voltage Transformers prevent electrical instruments and equipment’s from the harmful effects of over-voltage and under-voltage.

Benefits of Constant Voltage Transformers:

Outstanding Voltage Regulation – CVTs provide good voltage regulation, despite fluctuation in input voltage.

No moving parts – As these don’t have any moving part they are easier to maintain, ensuring high reliability.

Built-in current limiting- Current limiting is an inherent benefit of CVTs.These devices can be designed to supply a constant current output, rather than constant voltage.

Isolated supply - Isolation from surges and noise due to the CVT’s tank circuit design.

Ride-through capability - CVT’s can store energy for up to 1/2 cycle because of its ‘tank circuit’ design. This application is useful in the event of a fault or an overload, thereby maintaining power to the load.

Stable temperature - These transformers are built to maintain a stable temperature, without causing heating.

Durable and robust – Another feature of CVTs is their durable nature, some manufacturers offer more than 10 years of warranty.

Applications of Constant Voltage Transformers:

Constant Voltage Transformers are used across various fields such as computers, control panels in data processing equipment, audio/video equipment, photo processing equipment, fax machines, cash registers, electronic typewriters, photo typesetters, color photography labs and in bio medical industries such as in X-ray Machines, Medical Monitors as well as in Intensive Care Units.

Many main electronic equipments depend on Constant Voltage Transformers making it an essential device. For more information regarding types of transformers you can reach out to us and we will have our experts guide you with the same. Write to us at rspower@rspowerindia.com or call us at 0141- 239 6550, 239 6543

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Power Transformers - The Need of Every Industry

The transformer industry in India is more than five decades old, making it a mature one. Today, the industry is known to enjoy a good reputation in terms of quality, price, and delivery in the domestic as well as overseas markets.

Electric power is consistently supplied through high tension wires across industries, for the purpose of carrying out manufacturing and other activities. This power cannot be used in its raw form and hence needs to be converted or transformed to a smaller current units that best suit machines within industries.

Today, transformers are in demand for most electrically operated systems, making them popular among various industries. Different transformers serve different purposes. One such transformer is the power transformer, which is used across industries, where more power needs to be channelised into machines.

Power transformers are the best solution to deliver massive power supply within any industry. Every industry needs power to function smoothly, since electricity makes appliances and machines function. It is therefore safe to say that almost every industry especially those into manufacturing require power transformers.

RS Power is a pioneer and recognized industrial supplier for power supply products in India. Raise an inquiry and let our team walk you through more details about the products. For more information regarding types of transformers you can reach out to us. Write to us at rspower@rspowerindia.com or call us at 0141- 239 6550, 239 6543

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Things to Know Before Buying a 3-Phase Transformer

Before buying a transformer, there are some prerequisites you must adhere to for the long lasting performance of the equipment.

Be accurately ready with the following:

Primary voltage (generally influenced by utility)

Secondary voltage

Load capacity: You must know the highest amount of load that you can expect at any given time. To determine the same, multiply the load current (in amperes) by the load voltage. For example, if load is 100 amperes and voltage is 300 volts, you require a transformer with a power capacity of 30 kVA (100×300 VA). While buying a 3-phase transformer, always select a transformer with a load larger than the calculated one (20% generally and adding any planned additional load). This is to ensure safety and leave scope any future expansion.

Power factor or Efficiency: In AC circuits, the power factor is the ratio of the real power that is used to do work and the apparent power that is supplied to the circuit.

Space required

Accessories & instrumentation

Whether indoor or outdoor mounted

Basic impulse level (using design tests)

Seismic requirement (or response of the equipment to earthquake and such other calamities)

Impedance (the effective resistance of an electric circuit or component to alternating current)

For any assistance required, don’t look around. Call our experts at 0141 239 6550, 239 6543 right away or mail your queries at rspower@rspowerindia.com.

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How Sine Wave Inverter is Better than Square Wave Inverter

An inverter takes direct current and converts it into alternating current “household” power for running electronic equipment and appliances. There are many factors that go into selecting the best inverter for your application, one of them is knowing the difference and type of inverters available in the market.

Inverters are primarily classified on the basis of their output characteristics. There are three different types of outputs we get from inverters, hence they are classified into three primary classes, which are as follows:

The Square Wave inverter

A Pure sine wave inverter

The Modified Sine wave inverter or quasi sine wave inverter

Here, we will understand how sine wave inverters are different and better than square wave inverters.

A square wave inverter is one of the simplest inverter types, it converts straight direct current signal to a phase shifting alternate current signal. However, the output is not pure AC, like that of a pure sine wave, but it is a square wave. Square wave inverters are old-fashioned and the cheapest to make, but the hardest to use. They are not very efficient because the square wave has a lot of power in higher harmonics that cannot be used by many appliances.

On the other hand, in a sine wave inverter, voltage rises and falls smoothly. The electrical circuit of a pure sine wave inverter is far more complex than a square wave or modified sine wave inverter. Appliances, such as motors and microwave ovens will only produce full output with sine wave power. One major advantage of a sine wave inverter is that all of the equipments which are sold in the market today are designed for sine wave. A pure sine wave inverter has several other advantages as follows:

Sine wave inverters consume less power and therefore more efficient

According to personal power requirements, they can be modified and adjusted, since there are several types available with different power outputs

The output of a pure sine wave inverter is reliable

They are best used for sensitive equipments

Many main electronic equipments depend on inverters making it a small essential electronic device by itself. For more information regarding types of inverters you can reach out to us and we will have our experts guide you with the same. Write to us at rspower@rspowerindia.com or call us at 0141- 239 6550, 239 6543

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6 Leading Battery Charger Manufacturers in India

Here are the list of top 6 leading battery charger manufactures.

1. Su-Kam Power Systems Ltd

Su-Kam, India’s leading power solutions provider, is a truly technology and innovation driven company. With its presence in over 71 countries, Su-Kam is a leading manufacturer of intelligent power backup and solar products, engineered to be energy-efficient and environment-friendly.

2. Okaya Power Ltd

Okaya is a preferred choice among consumers with a large product range of batteries across all verticals.Dealing in Inverters, Automotives, E-rickshaw’s, UPS and Solar applications, Okaya’s nationwide network is supported by a strong workforce 10 Crore customers Pan-India and in 14 countries across the globe.

3. Luminous Power Technologies Pvt Ltd

Luminous Power Technologies is the leading home electrical specialist in India having a vast portfolio comprising of Power back up solutions such as Home UPS, Inverter Batteries and Solar Applications to Electrical offerings such as Fans, Wires & Switches. It has 7 manufacturing units, more than 28 sales offices in India and presence in over 36 countries.

4. Exide Industries Ltd

Exide has been one of India’s most reliable brands. Exide designs, manufactures, markets and sells the widest range of lead acid storage batteries in the world from 2.5Ah to 20,600Ah capacity, to cover the broadest spectrum of applications.

5. HBL Power Systems Ltd

Established in 1977, HBL Power Systems Ltd is a listed Indian company with focus on engineered products and services. Its initial business strategy was to identify those technology gaps in the Indian market that the company could fill by ‘indigenous efforts’.

6. RS Power systems Pvt Ltd Ensuring continuous industrial and non-industrial power solutions, RS Power Systems manufactures power conditioning products under the brand name Power+.

These wide range of products meet requirement of various sectors like IT, Medical Institutions, Banks, Industries, Indian Railways, Defense, Petroleum, Gas, etc.

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Difference Between Step-Up And Step-Down Transformers

A transformer is needed to change the voltage of power supply to meet the needs of specific appliances or machines. What most people are unaware of is that there are two types of transformers, the step-down and step-up transformers. The difference between these two is tricky, but necessary to understand. Wrong usage of either transformers might affect the efficiency and destroy the appliance.

Step-down transformers are designed to reduce electrical voltage, thus, decreasing voltage. Using a step-down transformer actually means that the voltage has been “stepped down” or reduced, in other words this type of transformer is meant for appliances that need low voltage supply.

For example, our power circuit carries 230-110v, but the doorbell requires only 16v. So, a step-down transformer should be used to reduce the voltage from 110v or 220v to 16v.

Step-up Transformers, on the other hand is used when the secondary voltage is greater than the primary voltage. It has more wire turns in the secondary. The appliance that uses more voltage requires this type of a transformer. The voltage has been “stepped up” by this transformer or increased, which means appliances that need higher voltage use this kind of a transformer.

In India, power is generated at 11kv. For economical reasons, a.c.power is transmitted at very high voltages (220v-440v) over long distances. Therefore step-up transformers are applied generating stations.

It is better not to be confused between the two but to know the use of each transformer. Depending on the power an appliance uses we can choose to purchase a transformer. High current supply and low current supply is always mentioned on the appliance, so it is best to check before taking a decision.

For more information regarding high voltage (step up) and low voltage (step down) transformers you can reach out to us and have our experts guide you with the same.

Write to us at rspower@rspowerindia.com or call us at 0141- 239 6550, 239 6543

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The Benefits of Automatic Voltage Regulators

Automatic Voltage Regulators, also known as Servo Motor Operated Line Voltage Correctors or Servo Voltage Stabilizer takes care of infrastructures that need huge amounts of power supply. This product can withstand all kinds of power fluctuations and save you big by keeping all valuable equipment’s healthy.

Here are major benefits of Automatic Voltage Regulators:

Situations like overload, line frequency variation and improper load power factor are dealt with ease by Automatic Voltage Regulators.

You can even handle all the operations from the front panel.

Servo voltage stabilizer also known as Automatic Power Factor Controller(APFC) is a powerful product that can provide constant voltage from fluctuating supply round the clock.

Central/State Govt. buildings, Corporate Offices, Commercial Buildings, Hotels, Big Hospitals, Industrial Units, Data Centers, Printing Presses, Petrol/Diesel dispensing machines, Laboratories, etc. can keep their equipments and utilities safe from low and high voltage related issues.

Install this product and avoid breakdowns and infrastructural losses.

Features of the ‘Automatic Voltage Regulator’ developed by engineering experts of RS Power are:

Integrated circuits control without relays

Auto-manual operation facilities from front panel

Step less voltage correction at high speed without overshoot

Zero waveform distortion and unaffected by load power factor

Output voltage sensing circuits that use solid state switching circuits

High efficiency and unaffected by line frequency variation (between 48 Hz to 52 Hz)

Servo Voltage Stabilizer is an equipment that helps obtain constant voltage from fluctuating supply system and most suitable for 24 hrs. Obviously a best choice for continuous operations, where breakdowns owing to fluctuation result in heavy financial losses and damage of expensive equipment and utilities.

To raise an enquiry, call at 01412396550 or mail at rspower@rspowerindia.com.