Yearly Archives: 2024

Operational continuity is non-negotiable in many industries, from manufacturing to medical. The risk of downtime is a constant source of stress. Power supplies fail and outages occur unpredictably - typically striking at the worst times.

The good news is that they don’t have to impact your day-to-day. An uninterruptible power supply (UPS) can keep things running smoothly no matter what life throws at you. These are an investment in productivity and peace of mind.

How does an uninterruptible power supply work, though? These systems bridge the gap between power failures and system reliability. They instantly supply backup energy while regulating voltage to prevent damage to connected equipment.

Learn more about how a UPS can elevate your operation below, or take the next step towards setting yours up with the help of Bravo Electro - where you’ll discover the premier provider of

Size constraints continue to be a challenge across industries, from medical applications to industrial robots. MEAN WELL had previously rolled out its 1” x 1” wide input range DC-DC converters with power supply wattage ranging from 6W to 30W. Now, we’re excited to unveil the latest interaction for higher-wattage use cases: the SKMW40/DKMW40 Series!

These 40W single-output and dual-output converters are small in size but big on reliable power delivery. They feature a 4:1 ultra-wide input range and a variety of protections for even the harshest environments. They’re among the most durable power solutions currently available.

Here at Bravo Electro, we’re proud to be known as a leading MEAN WELL power

Power supply wattage is a crucial factor in the successful and efficient operation of your devices and equipment. In simple terms, it refers to the amount of energy that your power supply unit (PSU) can deliver. 

Choosing the right PSU with adequate wattage is vital, as it directly affects the performance and lifespan of your equipment. A miscalculation or oversight in power supply sizing can lead to inefficiencies, disruptions, or even damage. 

We’re here to help you avoid all that with this guide on how to check PSU wattage. Below, you’ll learn how to find power supply wattage based on your equipment's power requirements. We’ll discuss the importance of considering peak power demands, especially in projects involving motors. 

Then, we’ll help you find a power supply that matches your wattage needs right here at Bravo Electro. Whether

Very few industrial applications are stagnant in their power requirements. It’s a constant evolution between adding devices and removing them as needs change. 

This creates massive headaches for operators who are constantly replacing power supplies. Fortunately, there is a better approach - using a modular power supply, or PSU. But how does a modular power supply work, and what separates it from other types of power supply?

These are a flexible PSU that allows you to connect only necessary cables to different components in a system, and disconnect them as well. These adapt to fluctuating demands and support a neater installation than other styles.

Learn more about the inner workings of these PSUs and whether or not this is the optimal approach for your needs. Regardless,

Powering inductive loads like motors and electronic controls presents a unique challenge for engineers and technicians - the high startup currents can cause inefficiencies, oversized power supplies, and increased costs, all while struggling to maintain reliable operation.

Fortunately, power supply manufacturers like MEAN WELL continuously innovate to help you overcome power supply obstacles. The LRS-N2 and HRP-N3 series are the latest example of this, specifically designed for transient high peak loads without the need for oversized units. 

The LRS-N2 series delivers up to 200% peak power for 5 seconds for robotic arms, motorized equipment, and emergency systems. But if that’s not enough, the HRP-N3 series takes things a step further with up to 350% peak power for

There is always going to be some level of risk when it comes to electrical components, with the primary concerns being fire and shock. But, you can enjoy peace of mind protecting yourself, your employees, and/or your customers by adhering to power supply safety standards.

In fact, modern power supplies are carefully regulated by an array of organizations, from UL to IEC, CSA, CE, and more. There are also power supply safety precautions taken for isolation and insulation.

With all these different PSU standards, though, it can get overwhelming. What power supply do I need? Our power supply standards guide will help you navigate all the nuances at play and understand the safety concerns dealing with power supplies. 

You can make sure you’re staying safe and compliant when sourcing an

In a perfect world, your power supply would never be exposed to harsh conditions and it would run smoothly, enjoying a long, useful power supply lifespan. However, that’s not the reality.

Many applications require power supplies in environments where moisture and dust are commonplace - from powering the lights in greenhouses and grow rooms to protecting your premises with security cameras, keeping your manufacturing equipment running, and more.

That’s why you need to take note of the specific protections your use case demands. This can get complex given the nuances between NEMA and IP ratings, which is why we created this comparison guide. So, what’s the difference between NEMA vs IP ratings? 

These both speak to the level of enclosure protection a power supply has. They’re just different organizations, one being the National Electrical

Of all the different types of power supply, the DIN rail style is one of the most popular for industrial use cases for its space-saving capabilities and ease of use. This translates into lower operating costs, making a quality DIN rail power supply from Bravo Electro a wise investment.

But what are DIN-rail power supplies used for, exactly? Can your operation really benefit from this style? We’re here to help you find out with a comprehensive look at all the common DIN rail uses below.

From industrial automation to factory automation, industrial control systems, semiconductor fabrication, renewable energy systems, telecommunications, IT systems, laboratory equipment, and more - the applications for these PSUs are seemingly endless.

You’ll also learn how to choose the optimal

Your power supply is the heart of your operation, whether you’re powering a manufacturing facility with robots, telecommunications equipment, medical devices, or anything in between. 

No matter the use cases, noticing the signs of power supply failure can be concerning - from unusual noises and overheating to voltage irregularities and even intermittent power loss.

Why the power supply lifespan will eventually come to an end, understanding the power supply failure causes can help you prolong the life of your unit and maximize ROI. So, why do power supplies fail?

We’ll cover all the potential culprits for you below, including environmental factors like heat, debris, moisture, and more along with regular wear and tear. Sometimes, it’s just the simple fact that your PSU is made from low-quality components, or it could be improper