Bridging the Gap: Seamless Transitions with Automatic Transfer Switches

Automatic transfer switches (ATS) are a critical component of many backup power systems and provide a seamless transition to a secondary power source in the event of a primary power failure. A UK provider of power generation equipment understands the importance of reliable ATS.

What is an Automatic Transfer Switch?

An automatic transfer switch is responsible for detecting interruptions or outages in a primary power supply and quickly switching connected electrical loads over to a secondary or backup power source. This switchover, when properly executed, allows for continuous and uninterrupted operation of critical systems and equipment.

● The key purpose is maintaining the continuity of power supply to connected loads 

● Achieved by automatically transitioning loads to a secondary power source when issues detected with the primary supply

● Allows seamless, uninterrupted functioning of vital equipment and systems

● Alternative terminology: emergency power transfer switch, standby switch, backup switch

ATS Types and Options

While all ATS provide the same core functionality, some configuration options include:

● Number of poles - Single pole for switching neutral/ground or multi-pole for switching all supply lines

● Transition type - Open, closed, or delayed 

○ Open Transition ATS

■ Breaks connection from primary power before making a connection to secondary source 

■ A brief interruption in power supply during transfer (not suitable for sensitive loads)

○ Closed Transition ATS 

■ Overlaps the transition period from the primary to secondary power source

■ Enables smooth transfer without interruption 

○ Delayed Transition ATS

■ Inserts time delay before transfer to avoid short-term primary power disruptions

■ Prevents unnecessary switching  

● Voltage and current ratings must match power system properties

● Enclosure type per environment and codes

● Transition speed

● Future expansion capabilities 

How Automatic Transfer Switches Work

The key components of an ATS and their role in detecting issues and facilitating smooth transitions between power sources:

● Control Module - Continuously monitors primary power source for anomalies 

● Voltage Sensors - Detects voltage fluctuations or deviations outside acceptable thresholds

● Frequency Sensors - Detect deviations in primary source frequency 

● Transition Mechanism - Executes transitioning of connected loads to alternate sources upon signal

● Time Delays - Optional feature adds adjustable time delays before switching

● Backup Power Source - Typically a generator or battery system  

● Output Contacts - Safely transitions electrical loads to backup source  

For these facilities, the loss of power supply even for a minute can have drastic consequences in terms of safety, finances, operations continuity, and service provision. Installing reliable ATS integrated with secondary power sources is essential for minimising downtimes from primary source disruptions.

Portable New Generators Are Ideal for Households and Small Offices - Why?

We all know how important an uninterrupted power supply is to maintain the basic operations of small commercial spaces and households. Whether it is a blackout or an appliance downtime, it costs us dearly. This is why households and small commercial setups stay prepared by buying new generators for sale in the UK.

Small offices and households mostly go for portable generators. Here is a list of reasons why these generators are ideal choices.

Emergency power source during blackouts

When your city is hit by a natural disaster, it is most likely the power will go out first. Before disaster management shows up, you can use a modern portable generator to create an alternative power source. It will help you to remain safe in the dark, charge your communication devices, and do many other essential things. Portable power sources are also useful for emergency teams to provide life support at a location far away from a hospital.

Keep your devices running

Our life has undergone a massive transformation in the post-Covid era. Sometimes, we work from home and for that, we have to keep our gadgets handy and charged. Computers, laptops, tablets, and smartphones, if not charged adequately and at appropriate times, will render us idle. Don’t let power outages drag your productivity down.

A portable generator, on the other hand, is a reliable way to handle power outages. All your family members will remain happy and continue working on their specific duties.

Use your appliances and tools anywhere conveniently

As mentioned earlier, your camping trip will be different when you have a portable generator. You keep the beverages chilled, run a small fan, and can even watch a movie on a projector. You can also work in your garden by using your tools run by the generator without the hassle of drawing power from inside the house.

Protect your devices

A sudden power surge after an outage can damage the connected devices and appliances. It can also lead to a fire incident. Using a generator, in this case, will create an automatic switching function. This function will provide power to the devices and will not let a surge damage them.

Get Your Portable Generator Today!

Always go for the new generators for sale in the UK. Only the latest models will comply with the industry standards and deliver the best emergency power support you need while fulfilling the above-mentioned needs.

Why You Should Replace Your Old Generator Periodically

Generators have long been a crucial part of the UK power infrastructure, providing backup electricity during outages and supporting various industries. However, like any equipment, generators have a finite lifespan. Periodically replacing old generators is a strategic decision that impacts reliability, efficiency, safety, and sustainability. In an age where uninterrupted power supply is critical for businesses, healthcare, and various other industries, buying new generators in the UK is an investment in the future. 

Modern generators incorporate the latest innovations in design, fuel efficiency, and control systems. In this blog, we'll explore the many reasons why it's essential to periodically replace old generators.

Reliability

As generators age, their reliability decreases. Components wear out, and the risk of unexpected failures increases. Old generators may struggle to start, suffer from voltage fluctuations, and produce inconsistent power output. This unreliability can be catastrophic in critical situations, such as during power outages in healthcare facilities or data centres.

Maintenance

Old generators typically require more frequent and costly maintenance. The older the generator, the harder it becomes to find replacement parts, leading to longer downtime during repairs. Modern generators come equipped with advanced remote monitoring and control systems, which can help identify and address issues before they become critical. This proactive approach to maintenance reduces downtime and improves overall system reliability.

Environment

Older generators are often less fuel-efficient and emit higher levels of pollutants. Replacing them with newer models can reduce emissions, contributing to a cleaner environment and helping to combat climate change. Modern generators adhere to stricter environmental regulations and are designed with sustainability in mind. With rising fuel prices and a growing emphasis on sustainability, upgrading to a more fuel-efficient generator can lead to substantial long-term benefits.

Safety

Old generators may pose safety risks due to outdated technology and worn-out components. Safety standards and regulations change over time, and newer generators are designed to meet the latest safety requirements. Replacing old generators ensures that safety is not compromised, especially in environments where human lives and critical operations are at stake. 

By embracing the advantages of modern generator technology, businesses and homes can reduce operating costs, minimise downtime, and contribute to a cleaner environment. With special government policies and incentives, it's a no-brainer to buy a new generator in the UK and maintain competitiveness. In the long run, the benefits of periodically replacing old generators far outweigh the outlay costs, ensuring a reliable and efficient power supply for years to come.

Cleaning And Testing An Automatic Transfer Switch: Best Safety Practices

An automatic transfer switch or ATS is a generator accessory that automatically detects power outages and restores power from a secondary source. It is safe to use and convenient, since manual switching is not required. But do you know how to clean an auto-transfer switch and check if it is working in order? Here it is…

How to clean an automatic changeover switch?

First and foremost, you have to de-energise the ATS. If you do not know the correct method, you should hire a professional to do it. Avoid using a blower while cleaning the debris and dust since it can lodge the dirt deeper into the units. This can cause irreversible damage to the equipment. Instead, use a soft bristle brush or a cloth to clean the dust and grime. Once this is done, apply lubrication to the parts that carry current.

 

If you are planning for a deep clean, remove the transfer switch barriers or the arc chutes so you can take a closer look. In case you notice dirt build-up, immediately clean it with a soft and dry cloth. Surface deposits can be hazardous for the auto changeover switch. The most important thing to remember is that cleaning the ATS frequently will lengthen its life and ensure better performance for years.

How to check if the ATS is functioning correctly?

After you have cleaned the ATS, you must check its functioning. One way to do it is by ensuring that all ATS control devices operate perfectly and have the correct settings outlined by the manufacturer. You must also investigate the settings for all connected timers and make the necessary changes.

 

In addition, you can test the transfer switch under different circumstances. For instance-

 

●     a standard total outage situation

●     a complete loss of emergency power

●     and a re-energized normal power source following an outage

 

This test helps you identify the efficiency of the automatic changeover switch under different situations. Here you can investigate any abnormalities and fix them with the help of a certified technician. 

 

Stay backed-up. Stay Productive.

Be it a residential or commercial space, a 24/7 power supply is necessary. Since control power cuts are predicted in current situations, you should be prepared for them with good-quality generators and switches. To experience a wide range of cutting-edge power backup options, visit the nearby electric equipment shop that specialises in generators and automatictransfer switches.

Getting New Generators as Buffer Against Grid Failures

Most businesses today use tremendous amounts of electricity, and a stable power supply is a must for the normal functioning of any business. However, one can not always rely on the mains grid for power 24/7, as there is always the risk of fluctuations, brownouts, blackouts, or some other issue interrupting the supply. 

Therefore, getting a new generator as a backup insurance policy is always safe so that if anything goes wrong with the mains, you can still enjoy a steady supply of electricity. However, there are a few things to consider when buying a new generator. Let us see what those factors are- 

1. Power Output - Each generator model has a different power output, and it is worth checking your power requirements before buying. Too low of a wattage will result in not all your devices working, but too high of output will result in idle capacity, which is a waste of money.
2. Fuel Type - Generators can run on various fuel types, such as kerosene, diesel, natural gas, petrol, etc. You should research the costs and availability of different fuel types in your neighborhood and choose a generator appropriately to ensure cost-effective usage.
3. Portability - Depending on your use case for the generator, you may need one that can be easily moved around to supply power at various events, emergencies etc. While larger new generators are often more fuel efficient, it can still be worthwhile to check out some portable options too. 
4. Noisiness - Some new generators can be extremely noisy, and using them in a residential area might cause problems. Depending on your area and needs, you should test the noise level produced by the generator to ensure it isn’t too noisy. Keep in mind that quieter generators can often cost more.
5. Safety - It is essential to ensure safety when running a generator, so check to make sure that the new generator has all the required safety features, such as a surge protector, circuit breaker, and fire safety mechanisms. Not only will these features protect the generator from damage, but they also ensure that no disaster occurs due to poor handling.
6. Brand - A highly complex machine like a generator should come from a reputable brand with a reputation for safety and efficiency. Research some common brands before buying to make sure you don’t get scammed.

Check all these parameters while buying a new generator. You will be sure to get a machine that is useful, safe, and value for money. 

Care For Your Generator Before It Is Too Late

Are you planning to buy a new generator in the UK? A generator is undoubtedly a worthy investment in an era where 24/7 connectivity is a necessity. However, there are a few maintenance tips you must follow to prolong the life of your generator and keep it functioning for years. 

5 tips for generator maintenance for extended use

1. Change oils and lubricants regularly: It is the first and the most important step of caring for a generator. Just like a car, generators also need oil changes. In the case of a new generator, the first oil change should be done after 20 hours. Then consequently, after every 100 hours, you must change the oil. You can also stock up on oil so you do not run out. 
2. Power up the generator every three months: If the generator is seldom or has not been used in a long time, charge it for 30 minutes every three months. It ensures that the engine is working smoothly. You can also identify minor problems and repair them before an emergency. 
3. Inspect the air filters: Air filters protect a generator from dust and debris that can otherwise get into the combustion chambers. Old and clogged air filters lose their efficiency and can damage the engine. Therefore, it is essential to change the air filters frequently, especially if using the generator daily. 
4. Avoid using stale gasoline: Stale gasoline can damage the engine of a generator. Therefore, always use fresh gasoline. If you seldom use the generator, then drain the gasoline when not in use. You can use a stabiliser to make it last longer; however, that is not a permanent solution. 
5. Allow the generator to cool down before refuelling: Before adding gasoline to the generator, ensure that it has cooled down. Give at least a 15 to 20 minutes window. You can start a fire by pouring gasoline into a hot generator, especially if it spills onto the hot engine parts. The briefest fire incident can damage the generator beyond repair and cause life threats. 

Buy a new generator in the UK with Blades Power Generation:

We are your one-stop destination for finding the best backup power sources and services. Be it for your home or office, restaurant or hospital, we have a solution for everyone. Based on your requirement and budget, Blades Power Generation matches you with your ideal generators.