Why Installing a Battery Temperature Monitor on Your UPS is a Game-Changer

When it comes to Uninterruptible Power Supplies (UPS), batteries are the most expensive and critical component. A UPS is only as reliable as its batteries, and temperature fluctuations can significantly impact their lifespan and performance.

Without proper temperature monitoring, you could be wasting thousands on premature battery replacements—all for an issue that can be easily prevented.


The Hidden Cost of Ignoring Battery Temperature

Batteries naturally degrade over time, but excess heat accelerates this process. Here’s what happens when your UPS batteries aren’t monitored for temperature fluctuations:

They overheat and degrade faster – Heat causes chemical reactions inside the battery that reduce its lifespan.

They underperform when you need them most – If the voltage isn’t adjusted based on temperature, your UPS may not deliver the full backup time you expect.

They fail prematurely – Replacing UPS batteries can cost anywhere from a few hundred dollars to over $10,000, depending on the system size.

A Small Investment for Big Savings

Installing a battery temperature monitor is an affordable solution that can extend battery life, improve reliability, and prevent unexpected failures.

Cost of a Battery Temperature Monitor: A few hundred dollars
Cost of Battery Replacement: Up to $10,000

The math is simple—battery temperature monitoring pays for itself.

Battery Monitoring Solutions for Every System

PSS offers a range of battery temperature monitoring solutions that work with different UPS setups:

EP
PMU
PMU+
PMU-T

If you’re using any of these UPS, you can add the SW009 battery temperature sensor for seamless integration and automated voltage adjustments based on battery temperature.

Future-Proof Your Power Backup 

A small investment today in a battery temperature monitor can save you thousands in battery replacement costs and ensure your UPS performs when you need it most.

Don’t wait for battery failure—protect your investment now.

UPS vs Standalone Battery – which would your pick?

In the search for reliable backup power, some companies are offering standalone batteries (often lithium-ion, but also sealed lead acid) as a solution for critical equipment like medical fridges. While these batteries may seem like a simple and cost-effective option, they lack the essential protections, intelligent power management, and long-term reliability that a proper Uninterruptible Power Supply (UPS) provides. If you’re serious about protecting your equipment and ensuring continuous operation, a UPS is the only choice.

A standalone battery alone is not a comprehensive power protection system. Here’s why:


1. No Voltage Regulation or Surge Protection

• A standalone battery only supplies power when the main supply fails, but it does not regulate voltage or protect against spikes and surges.
• Power fluctuations can damage sensitive equipment over time, reducing lifespan and reliability.
• A UPS, like the Medi-X range from PSS, actively conditions power and protects against surges, spikes, and sags.

2. No Automatic Switchover for Seamless Power

• When a power failure occurs, a standalone battery may take time to activate, resulting in an abrupt power loss.
• UPS systems instantly switch over with zero transfer time, ensuring that medical fridges, industrial equipment, and IT systems never experience an outage.

Diagram: UPS vs. Standalone Battery Switchover

Understanding the difference between Standalone Battery Systems, Line-Interactive UPS, and Online UPS is crucial when selecting the right backup power solution. Below, we illustrate how each system handles a power outage.

  1. Standalone Battery System – When mains power fails, the system takes time to switch over, leading to a temporary power loss. This delay can disrupt sensitive equipment.
  2. Line-Interactive UPS – Offers a faster switchover than a standalone battery, but a slight transfer time still occurs when switching to battery mode. Suitable for less critical loads that can handle minor interruptions.
  3. Online UPS (Double Conversion) – Provides seamless power with zero transfer time. The UPS constantly powers the load from the inverter, ensuring uninterrupted operation during power failures. This makes it the best choice for mission-critical applications like medical, industrial, and IT infrastructure.
  • Key Takeaway: A standalone battery system may not be enough if you need instant power switchover. A UPS, especially an online UPS, ensures uninterrupted power delivery, protecting your equipment and data.

3. Limited Battery Management & Runtime Control

  • A standalone battery provides a fixed amount of backup time with no way to extend runtime dynamically.
  • UPS systems with external battery modules (EBMs) allow for scalable backup time, meaning businesses can extend their protection as needed.

4. No Intelligent Monitoring or Alerts

  • Standalone batteries do not provide status updates, alerts, or monitoring tools.
  • A UPS, like those from PSS, comes with advanced monitoring software such as UPSilon2000, allowing users to track battery health, load levels, and power events in real-time.

5. Safety & Reliability Concerns

  • Standalone batteries can overheat or degrade over time, especially in high-demand applications.
  • A UPS is designed with built-in safety features, controlled charging, and regulated discharge cycles to maximize battery life and safety.

Why a UPS is the Best Backup Power Solution

A properly designed UPS doesn’t just provide backup power—it ensures complete power security for your critical equipment. Here’s why PSS UPS systems are the superior choice:

  • Pure sinewave output – Stable, clean power for sensitive medical and industrial applications.
  • Expandable runtime – Need more backup time? Add external battery modules (EBMs) easily.
  • Active power conditioning – Protects against fluctuations, surges, and brownouts.
  • Smart monitoring tools – Real-time insights into power status and battery health.
  • Designed for reliability – Built with over 30 years of expertise and 1, 000,000+ units sold.

The Bottom Line

If you want true protection, not just temporary power, a UPS is the only solution that guarantees safety, reliability, and long-term performance. Don’t risk your critical equipment on a standalone battery—invest in a UPS for real peace of mind.

Need help selecting the right UPS? Contact PSS Distributors today and ensure your business stays powered, protected, and prepared.

What is a Uninterruptible power supply (UPS) & Understanding How a UPS Works

A UPS is more than just a backup battery—it’s a sophisticated power management system designed to bridge the gap between a power failure and a generator or full system shutdown. It provides instantaneous power and voltage regulation to keep equipment running smoothly.

Key Components of a UPS  

  1. Battery – The heart of a UPS, supplying power when the mains power fails.
  2. Inverter – Converts stored DC power from the battery into usable AC power.
  3. Rectifier – Converts incoming AC power into DC to charge the battery.
  4. Bypass Switch – Ensures continuous power flow in case of UPS failure or maintenance (online UPS only).

Types of UPS Systems 

  1. Standby (Offline) UPS
  • Activates only when a power failure occurs.
  • Best suited for personal computers, small office setups, and non-critical loads.
  • At PSS we don’t stock offline UPS
  1. Line-Interactive UPS
  • Regulates minor fluctuations without switching to battery power.
  • Ideal for small businesses, security systems, and network equipment.
  • Example:
    • Eco 600 UPS – ideal for home modems, routers, and small appliances.
    • XL+ Series – perfect for industrial settings, roller doors, CCTV, and medical applications.
  1. Online (Double-Conversion) UPS
  • Provides continuous, clean power with no switchover time.
  • Best suited for critical applications like medical facilities, data centers, and high-end industrial use.
  • Example: Enduro Series – premium protection with extended battery modules (EBM) for longer run times.

Why Does Your Business Need a UPS?

Power outages can be costly. A single power disruption can lead to:

  • Data loss – Sudden shutdowns can corrupt files and damage hard drives.
  • Equipment damage – Surges and spikes shorten the lifespan of electronic devices.
  • Operational downtime – Productivity loss and financial impact due to unexpected shutdowns.

At PSS Distributors, we offer UPS solutions tailored to every project—from small offices to large-scale industrial and medical applications. With over 30 years of experience and more than 1, 000,000 units sold, our expertise ensures that your business remains protected, no matter what.

Choosing the Right UPS for Your Needs

Selecting the correct UPS depends on:

  • Load Capacity – The total wattage of devices that need backup power.
  • Run Time – How long you need backup power to last.
  • Application Type – Home, office, industrial, or medical use.

To simplify this process, PSS provides an easy-to-use UPS, ensuring you get the right fit without the guesswork.

Final Thoughts

A UPS is an essential safeguard against power disruptions, ensuring continuous operation and protecting valuable equipment. Whether you need a small UPS for home use, a scalable solution for business, or a high-reliability system for critical applications, PSS Distributors has the expertise and product range to meet your needs.

Need help finding the right UPS? Contact our team today and get expert advice tailored to your power protection requirements.

What is a Power Supply?

Simple Definition  

A power supply is a device that converts electrical energy from one form to another, ensuring that electronic devices receive the correct voltage and current to function properly. It acts as a bridge between a power source (such as a wall outlet or battery) and the device it powers, regulating and stabilising electricity to prevent damage.

A Real-Life Example  

Think about your laptop charger—it doesn’t just transfer power from the wall to your laptop. The bulky block in the middle is the power supply. It converts high-voltage AC power from the wall into low-voltage DC power that your laptop needs to operate safely.

Now, compare this to a phone charger. A standard wall charger has a built-in power supply that regulates voltage and provides a steady output, typically 5V at 2A or more, ensuring fast charging.

But what happens when you charge your phone in a car using just a simple USB cord plugged into a port? Many car ports only provide 1A of power, meaning your phone charges much slower. This is because it lacks a proper power supply to regulate and boost the output, demonstrating why a dedicated power supply is critical for efficient operation.


A More Technical Definition 

A power supply performs three primary functions:

  1. Voltage Conversion – Converts power from an AC source (like a wall outlet) or a DC source (like a battery) into a usable voltage level for a device.
  2. Regulation – Ensures the output remains stable and within safe operating limits, protecting sensitive electronics from surges, drops, and noise.
  3. Current Limiting & Protection – Prevents excessive current draw, which could damage components or create safety hazards.

There are different types of power supplies, including:

  • Linear Power Supplies – Provide smooth, stable power but tend to be larger and less efficient.
  • Switch-Mode Power Supplies (SMPS) – Highly efficient, compact, and commonly used in modern electronics, including laptops and industrial equipment.

Patriot Power Supplies – Reliable DC & AC Solutions

At PSS Distributors, we provide high-quality Patriot Power Supplies designed for a range of applications. Our range includes:

With over 30 years of expertise, PSS ensures that your devices receive the correct, stable, and reliable power they need to perform at their best.

Looking for the right power supply for your project? Contact PSS Distributors today for expert guidance and high-performance solutions.

 

AVR vs Online UPS: Which Power Solution Is Right for You?

When it comes to protecting your equipment and ensuring uninterrupted operation, choosing the right power solution is essential. Two popular options are Automatic Voltage Regulators (AVR) and Online UPS (Uninterruptible Power Supply) systems. While both offer significant benefits, they serve distinct purposes depending on your needs.



What is an AVR? 

An Automatic Voltage Regulator (AVR) is a device designed to stabilize fluctuating voltage levels by stepping power up or down as needed. It ensures a steady power supply to your equipment when voltage dips or surges occur but doesn’t provide backup power during outages.

Key Features of AVR:  

  • Corrects voltage fluctuations by stepping up or stepping down power.
  • Ideal for environments with unstable power grids or sites where one phase lags behind others.
  • Protects equipment from damage caused by overvoltage or undervoltage.


What is an Online UPS? 

An Online UPS provides the highest level of power protection, delivering a constant, clean power supply regardless of input voltage disturbances or power outages. It maintains uninterrupted power by using batteries to seamlessly support your equipment during fluctuations or outages.

Key Features of Online UPS:

  • Provides uninterrupted, clean power even during sudden power cuts.
  • Handles quick power fluctuations and delivers constant voltage and frequency.
  • Ensures critical equipment stays operational without downtime.
  • Offers the highest level of protection for sensitive equipment.

AVR vs Online UPS: Which Is a Better Fit?

Here’s a quick comparison to help you decide:

Feature AVR (Automatic Voltage Regulator) Online UPS (Uninterruptible Power Supply)
Purpose Stabilises voltage, steps power up or down. Maintains constant power during fluctuations and outages.
Backup Power No Yes – batteries provide uninterrupted power.
Voltage Regulation Corrects under/overvoltage. Provides clean, stable voltage at all times.
Response to Quick Fluctuations Limited Excellent – handles even the fastest fluctuations.
Protection Level Basic – protects against voltage instability. Highest – protects against voltage instability, surges, and power loss.
Best For Sites with fluctuating voltage but no critical need for backup power. Critical applications requiring uninterrupted power.
Examples Office electronics, industrial sites with unstable grids. Data centers, medical equipment, and sensitive electronics.

Which One Should You Choose?

Choose an AVR if:

  • You need to stabilise voltage but don’t require backup power.
  • You’re operating in a location with voltage instability but minimal risk of outages.
  • Protecting equipment from surges and sags is sufficient for your application.

Choose an Online UPS if:

  • You need uninterrupted power for critical systems.
  • Your equipment is sensitive to power fluctuations or outages.
  • Downtime is not an option, such as in data centers, medical facilities, or IT networks.
Fault AVR / UPS
One phase voltage up or down AVR
Sensitive equipment tripping on fast adjustments to voltage Online UPS
High / Low voltage on site and need to increase / decrease AVR
Balance phase voltages when uneven AVR

 



Power Solutions from PSS Distributors

At PSS Distributors, we offer a wide range of AVRs and Online UPS systems to match your specific needs. Our experts can help you determine the best solution for your site, whether it’s voltage stabilization, backup power, or complete protection for critical applications.

Need help deciding?
Contact us today to discuss your requirements and find the perfect power solution for your application.

 

The Power Behind Your Mining Farm—Why Professional Crypto Miners Trust PSS Distributors

When you’re managing a large-scale crypto mining operation, downtime isn’t an inconvenience—it’s a threat to your entire business. To keep your mining farm running at peak efficiency, you need more than just a basic power setup. A reliable, scalable, and robust UPS system is critical to ensuring uninterrupted operations.

The Risks of Power Interruptions in Mining Farms 

A single power outage can cascade into costly problems:

  • Lost Profits: Downtime equals missed mining opportunities and a hit to your bottom line.
  • Equipment Damage: Sudden shutdowns can harm your high-performance ASIC miners and GPUs.
  • Data Corruption: Unstable power can compromise your mining software or transaction logs.

Why Professional Setups Require Advanced UPS Solutions  

For large-scale mining farms, basic power protection just doesn’t cut it. Advanced UPS systems provide the high-level reliability and flexibility these setups demand:

  • N+1 Redundancy: Ensures uninterrupted power, even during maintenance or if one UPS unit fails.
  • 24/7 Technical Support: Our experts are always on hand to resolve issues and keep your operation online.
  • Expandable Runtime: Add external battery modules to increase backup duration, ensuring power continuity during extended outages.
  • Network Management Options: Manage and monitor your UPS remotely with SNMP or relay cards, allowing seamless integration with your server room infrastructure.
  • Tailored Solutions: Customized to meet the power requirements of your mining farm, from power distribution to ventilation.

Scalable Solutions for Every Mining Farm 

Our UPS systems are designed with scalability in mind. Whether you’re running dozens or hundreds of mining rigs, we can provide:

  • High-Capacity UPS Systems: Designed to handle the demands of industrial-grade mining equipment.
  • Efficient PDUs: Ensure reliable power distribution across all racks and devices.
  • Ventilation Support: Optimize cooling and airflow to maintain ideal operating conditions for your hardware.

Don’t Let Power Problems Derail Your Mining Farm

In the fast-paced world of crypto mining, even a brief power interruption can mean significant losses. Protect your investment with a UPS system that offers unmatched reliability, scalability, and support—because your business deserves nothing less.

Let’s Design Your Custom Solution

Your mining farm is unique, and so are its power requirements. Talk to our team about building a tailored UPS solution that meets your needs and ensures you’re always online.

Contact Us Today | Request a Quote

 

Protect Your Mining Setup and Your Profits – Why Every Home Crypto Miner Needs a UPS  

You’ve spent hours perfecting your home crypto mining rig. Carefully choosing your hardware, tweaking settings, monitoring performance—it’s your pride and joy. But running a professional crypto mining operation isn’t just a hobby—it’s a business. And in business, uptime equals profit. To maximize efficiency and protect your investment, having the right power backup strategy isn’t optional; it’s essential.

What Happens When the Power Goes Out?

Imagine this: a sudden power outage strikes. Your rig shuts down. Not only does mining stop, but your hardware is also exposed to the risk of damage from surges or unstable power when it comes back online. Worse still, interrupted power can corrupt your data and disrupt your earnings.

What’s at Stake?

Every second your mining rig is offline equals lost opportunities. Depending on your rig’s hash rate and the cryptocurrency you’re mining, even a brief downtime could cost you hundreds—or even thousands—of dollars in lost earnings over time.

Enter the Hero: An Online UPS 

An online Uninterruptible Power Supply (UPS) is your ultimate safeguard. Here’s why:

  • Instant Backup Power: Keeps your rig running smoothly during outages.
  • Surge Protection: Shields your expensive GPUs, ASICs, and motherboards from power spikes.
  • Clean Power Delivery: Ensures consistent voltage, extending your equipment’s lifespan.

With an online UPS, you’re not just protecting your setup—you’re protecting your profits.

Don’t Let Power Problems Steal Your Profits

Think of a UPS as an investment in your mining operation. It’s the safety net that protects your equipment, secures your data, and keeps your wallet growing—even when the lights go out.

 

 

Power Out? How to Keep Your Garage Door or Boom Gate Open Automatically

Power outages can happen when you least expect them, leaving you stranded and frustrated when trying to get in or out of carparks, boom gates, or garages. Whether you’re managing a residential carpark, a commercial property, or an industrial site, ensuring smooth vehicle access during a power failure is critical.

The solution? The RollUPS range of UPS battery backup systems.

Why Keeping Garage Doors Open Matters During Power Failures 

During an outage, the ideal solution is to use a UPS (Uninterruptible Power Supply) to power garage doors or boom gates, enabling them to open and close as usual. The RollUPS range is more than capable of handling this, providing reliable power to ensure doors or gates operate when needed.

Why Choose RollUPS for Garage Doors and Boom Gates?

The RollUPS range is designed to handle critical motor loads like garage doors and boom gates. Key benefits include:

  1. Single-phase and 3-phase Motors: Suitable for a variety of setups.
  2. Reliable Power: Keeps garage doors or boom gates operational during power failures.
  3. Battery Optimisation: Features like sleep mode (on some models) and the optional relay card help conserve battery life by keeping doors open in busy environments.
  4. Flexibility: Extend battery time with additional battery modules, or add accessories such as an SNMP or relay card for enhanced control.
  5. Built for Inductive Loads: Perfect for heavy-duty, high-demand motor-driven applications.

Optional Relay Card for Enhanced Automation

For customers who want even greater efficiency, the relay card is an optional accessory for the RollUPS range. It’s a smart way to conserve battery life in high-traffic situations by automatically opening the garage door or boom gate when the power goes out.

Here’s how it works:

  1. Power Outage Detection: The UPS detects a power failure instantly.
  2. Signal Transmission: The relay card sends a signal to the garage door or boom gate, triggering it to open automatically.
  3. Staying Open: The system keeps the door or gate open until power is restored, conserving the UPS battery.

This optional upgrade is especially useful for busy carparks.

A Case Study: Keeping Carparks Running with RollUPS

One of our commercial carpark customers recently implemented a RollUPS UPS system with an optional relay card. Here’s what happened:

  • The Problem: During a storm-induced blackout, vehicles were unable to exit because the garage door couldn’t open. Relying on a manual override was slow, causing frustration for tenants and staff.
  • The Solution: They installed the RollUPS system and added the optional relay card to automatically open the garage door during power failures.

The Outcome: The garage door opened instantly when power was lost and stayed open until power was restored. Vehicles exited without issue, and the UPS battery lasted far longer, avoiding unnecessary strain.

A Solution You Can Rely On

Whether you need to power garage doors, boom gates, or other critical systems, the RollUPS range offers a dependable solution. And with the optional relay card, you can take efficiency one step further.

Never get stuck again during a power failure. Explore the RollUPS range today and keep your operations moving seamlessly.

Contact us today or explore the range here: RollUPS UPS Systems.

 

 

What is an Automatic Transfer Switch (ATS), and Where Do You Use It?

In today’s world, ensuring uninterrupted power is critical for businesses, industries, and even residential setups. This is where an Automatic Transfer Switch (ATS) comes into play, offering a reliable solution for seamless power management.

What is an ATS? 

An Automatic Transfer Switch (ATS) is a device designed to automatically switch the power source from a primary supply, like a UPS or mains power, to a backup source in case of a failure. This ensures continuous power delivery, protecting critical systems from downtime or data loss.

For example, when used with a UPS, the ATS monitors power from the UPS and automatically transfers to mains power if the UPS experiences a fault or loses input. This transition happens seamlessly, ensuring your equipment remains operational.

Key Features of ATS

  • Seamless Switching: Transfers power sources without manual intervention, minimizing downtime.
  • Safety and Reliability: Ensures protection for connected devices by eliminating power interruptions.
  • Versatility: Compatible with various setups, from small-scale operations to high-capacity installations.
  • Wall-Mounted or Rack-Mounted Options: Suitable for any setup requirements.
  • PDU and DB (Distribution Board) in One Product: Simplifies power management with a single solution.
  • Inbuilt RCD on Output Circuits and GPOs: Ensures safety and compliance with power regulations.

Where Can You Use an ATS?

  1. Data Centres: Ensure continuous power to servers and IT equipment.
  2. Industrial Applications: Maintain critical operations during maintenance or power failures.
  3. Residential Systems: Keep essential systems like medical equipment or home offices running.
  4. Retail and Commercial Spaces: Prevent disruptions to point-of-sale systems and lighting.
  5. Medical Facilities: Protect vital medical equipment, such as refrigerators for life-support systems, scanners, and CT machines, ensuring patient safety and compliance with healthcare standards.
  6. Generators: Automatically switch equipment (up to 40A) over to a compatible generator, ensuring continuous operation during power outages.

ATS Solutions from PSS Distributors

EMBP-PDU

The EMBP-PDU is a compact, ATS designed for UPS systems 1-3kVA, available in 10A or 15A. Ideal for smaller setups, it ensures uninterrupted power with its seamless transfer capabilities.

Key Features:

  • Wall-mounted or rack-mounted options
  • Integrated PDU and DB
  • Inbuilt RCD on output circuits and GPO

EMBP-DIS-40A-1

For larger applications, the EMBP-DIS-40A-1 offers a higher capacity, supporting up to 40A with single-phase input. This wall-mounted unit features a full wiring input and output distribution on a 40A RCD, 6 Australian Standard 10A GPOs, and up to 5 output circuits. Its combination of manual maintenance bypass and ATS functionality makes it perfect for critical power applications.

  • Supports up to 40A single-phase input
  • Integrated PDU and distribution board
  • Inbuilt RCD for output circuits and GPOs
  • Ideal for switching to compatible generators

 

For any other Bypass or ATS solutions please contact us.

 

 

The Difference Between IP55 and IP65

If you’ve ever purchased anything from controllers and electric instruments to power supplies and desktop electronics, you will have come across the item’s IP rating.

This is an internationally recognised rating that defines the item’s “ingress protection” against dust and liquids.

An item’s level of ingress protection is its resistance to things entering the equipment, or at least its outer casing.

At PSS, we are well-versed in IP ratings, as our products are manufactured to the most robust standards and protect vital systems in healthcare, mining, research and many more applications.

If this blog doesn’t answer all of your questions on IP ratings, get in touch and discuss your needs with our friendly team.

What Do the Numbers Mean?

While IP stands for ingress protection, the meaning of the two numbers that follow isn’t so obvious.

To give you a crash course on IP ratings, the first number represents the ingress protection to solid objects, while the second relates to water resistance.

The larger the number, the more resistant the item is to smaller and smaller items or moisture levels.

The International Electrotechnical Commission provides the official description of each rating, ensuring a global standard when it comes to ingress protection.

For solid foreign objects:

  • 0 indicates there is no protection;
  • 1 protects against objects larger than 50mm such as a hand (not a finger);
  • 2 protects against objects larger than 12.5mm such as a finger;
  • 3 protects against objects larger than 2.5mm;
  • 3 protects against objects larger than 1mm;
  • 5 indicates the object is dust protected;
  • 6 is absolutely dust-tight.

For water resistance:

  • 0 indicates no protection;
  • 1 indicates protection against vertically falling water drops (light rain);
  • 2 protects against vertically falling water drops when the enclosure is tilted up to 15°, or the water falls inwards at 15°.
  • 3 protects against spraying water;
  • 4 protects against splashing water;
  • 5 protects against water jets;
  • 6 protects against powerful water jets;
  • 7 protects against temporary immersion;
  • 8 protects against continuous immersion;
  • 9 protects against high-pressure temperatures and water jets.

For reference, the latest iPhone 14 has an IP rating of IP68, meaning it is absolutely dust-tight and protects against continuous immersion. Manufacturers will often declare the length of time that a user can expect the enclosure to last while immersed, as this can vary.

IP55 vs IP65

Using the above logic, the difference between IP55 and IP65 is in the ingress protection against solid foreign objects.

These ratings are relevant to the PSS range because products with these ratings are most applicable to our clients’ needs in mining, healthcare, research and the like.

IP55 rated items such as the Redback Racks 18RU 600 Depth Weatherproof Outdoor Racks are rated 5 for dust protection and 5 for protection against water jets.

IP65 rated items, however, have the same water resistance with the added bonus of absolute dust-tight protection.

If you’re looking for the best of both worlds in dust and water resistance, Redback Racks’ Weatherproof Enclosures are rated IP66 for the most hard-wearing workplaces that cannot afford to sustain damaged equipment.

Contact PSS to Learn More

Our electrical enclosures are a safe bet to protect your equipment from whatever your line of work throws at it.

Let us know what IP rating you require and we’ll match you with a product to suit your needs.

What’s an IP rating?

IP (or “Ingress Protection”) ratings are defined in international standards. They are used to define levels of sealing effectiveness of electrical enclosures against intrusion from foreign bodies (tools, dirt etc.) and moisture.”

 

ingress protection

IP Ratings

IP (or “Ingress Protection”) ratings are defined in international standard EN 60529 (British BS EN 60529:1992, European IEC 60509:1989). They are used to define levels of sealing effectiveness of electrical enclosures against intrusion from foreign bodies (tools, dirt etc.) and moisture.

First Digit  = Indicates Dust resistance, or intrusion protection i.e. the size of partial that can enter the enclosure – “1” – Being the lowest , having little or no protection and “7” being the highest, totally dust proof.

Second Digit = water or moisture protection i.e.  “1” Being the lowest , having little or no protection and “9” being the highest, protected against prolonged effects of immersion under pressure.

Our UPS App at your fingertips

Our UPS App at your fingertips

We live in an instant world – instant coffee, instant internet, instant shopping and now…

An instant UPS App from PSS Distributors to calculate the correct size UPS you need according to your requirements, and even the pricing. Did we mention it’s free?

To install, scan the QR code in the attached ad, follow the steps to calculate your requirements and then take the right steps towards securing your equipment by purchasing your PSS Distributors UPS and plugging it in.

Using Our UPS Calculator

Today I’ll be talking about our new “UPS calculator” on our website.

At last, a solution designed to make sizing UPS easy!!

A simple solution that offers you the right choice specific to your office or project needs.

User friendly operation i.e.:

  1. You can manually enter the number of devices or;
  2. Use the “+” and “-” icons to fine tune your entry
  3. Once you have selected your equipment, select the runtime requirement in minutes and/or hours.
  4. Once selected, simply press the submit button to see your results.
  5. a tower and/or rack option will be presented that best matches your criteria
  6. From the results screen you can enquire, see more about the product, or come back to the calculator to adjust your input data.

welcome to our UPS calculator.

It’s designed to be simple to use and efficient, both for our channel partners and their customers – in fact anyone who needs to use it!

Being able to “size” PSS UPS efficiently and correctly is a great asset when quoting in the field, no more endless hours searching internet for comparisons – it’s all at the click of a mouse with PSS!