Riddle Answers – November 2025 Newsletter
Witch = 10; Jacko lantern = 5; Bat = 1
Jacko lantern + bat + witch = 16
Spotting Electrical Problems Before they Strike
One of the tricky things about electrical systems is that you often can’t see faults until something fails – and by then, the damage (and cost) can be significant.
That’s where thermal imaging (thermography) comes in. It’s a non-intrusive, non-contact method that helps us spot issues you’d never see with the naked eye.
Using a specialised camera, we capture heat patterns in your electrical equipment. Abnormal heat is often the first sign that something’s not right – like loose connections, overloaded circuits, or failing components.
By detecting these problems early, we can fix them before they snowball into costly breakdowns, unplanned downtime, or even fire hazards.
Why Thermal Imaging Matters:
- Catch hidden faults before they cause equipment failure
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Cut down on expensive reactive repairs
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Extend the lifespan of your electrical assets
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Reduce downtime and keep your business running smoothly
When should you get a thermal imaging check?
Routine checks should be part of your preventative maintenance plan, but they’re especially valuable:
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After major changes or upgrades to your electrical system
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If you notice burning smells, hot spots, or overheating equipment
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After electrical failures or unexplained faults
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Following a power surge or electrical storm
What can we check with thermal imaging?
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Electrical panels – detect hot spots from loose connections or overloads
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Circuit breakers – identify faulty operation before failure or fire risk
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Motors – monitor bearings, windings, and components for wear
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Switches – spot overload issues early
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UPS systems – check battery health and wiring
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Generators – ensure reliability of key components
Why Choose EAS?
The EAS team are trained and experienced in thermal imaging inspections, giving you peace of mind that your electrical systems are safe, efficient, and reliable.
Get in touch to book your thermal imaging check today – Drop us a line or give us a call on 07 834 0505
Are your instruments telling you the truth?
When it comes to running your plant, your measuring devices are the unsung heroes. If they’re even slightly off, product quality, safety and compliance can all take a hit. That’s why regular calibration is so important – and that’s where EAS can make life easier.
Why calibration matters
Your measuring devices don’t stay perfect forever. Even the best ones drift over time. That can mean:
- Wasted product and higher costs
- Safety risks for your team
- Quality issues and unhappy customers
- Trouble meeting regulatory standards
Regular calibration gives you confidence that your readings are spot on, so you can make the right decisions and avoid costly mistakes.
How often should you calibrate?
There’s no one-size-fits-all answer. It depends on things like:
- What the manufacturer recommends
- How critical the device is
- Your past experience with that instrument
- National standards or compliance requirements
We can help you figure out the right schedule for your site, so you stay on top of it without overdoing it.
Device vs Loop Calibration – what’s the difference?
- Device calibration:
- Checks one specific device.
- It’s tested when installed and re-checked at intervals.
- Loop calibration:
- Looks at the entire system – sensors, transmitters, wiring and more – to make sure everything works together accurately.
Not sure which you need? We’ll take care of that too and we handle the paperwork as well!
Every calibration we do comes with an official certificate so your records are always up to date – no chasing, no headaches.
Let EAS make it easy
Our trained, experienced team takes care of the whole process, leaving you with accurate data and fewer worries.
Need a device calibrated or want to set up a simple calibration plan?
Give the EAS team a call today on 07 834 0505 and we’ll get you sorted.
CUT COSTS, NOT CORNERS: HOW TO SLASH ENERGY USE IN YOUR PLANT
Keen to reduce your energy spend and boost the performance of your plant at the same time?
You’re not alone – with power prices constantly on the rise, more and more businesses are looking for ways to run leaner, smarter, and more sustainably. The good news is, with the right projects and a solid plan, you can cut energy use without cutting productivity.
Step One: Set your baseline so you know what you’re working with
Before you can start saving energy, you’ve got to understand how much you’re using – and where it’s going. Think of this as your energy “health check.”
- Pull your power bills
Start with 12 months of electricity bills to get a picture of your seasonal highs and lows. Look at total kWh used, peak demand charges, and time-of-use tariffs. This helps you identify patterns – like spikes during certain times or shifts. - Walk the floor
Do a physical walk-through of your plant to get a feel for what’s running, when, and why. You’ll often find equipment left running unnecessarily, or areas that are over-lit. - Install smart energy meters
This is where the real gold is. We can install sub-meters on different parts of your plant – for example, lighting circuits, air compressors, or specific production lines. This lets you see exactly which areas are guzzling power. - Log it and learn
Once your monitoring is up and running, gather data for a few weeks or months. The longer you track, the clearer the picture. This data forms the benchmark you’ll use to measure improvements against.
Step 2: Set reduction targets
Most sites can realistically aim for 10–20% energy reduction in the first 12–18 months with the right changes in place.
Step 3: Prioritise projects with quick wins & then plan for long-term gains
Start with low-cost, high-impact projects – think lighting, compressed air, or power factor correction.
Bigger upgrades (like automation, motor control, or load management) take longer but can deliver serious savings.
- LED Lighting Upgrades
Lighting can account for up to 30% of your total energy bill. Swapping old halogens or fluorescents for high-efficiency LEDs cuts consumption and improves light quality on-site. - Power Factor Correction (PFC)
Poor power factor means you’re paying for power you’re not even using. A properly sized PFC unit can reduce your demand charges and improve equipment life. - Compressed Air Optimisation
Leaks, poor control, or outdated systems are common culprits for energy waste. Upgrades or simple repairs can have a massive impact. - Automation & Control Systems
Automating equipment to run only when needed can save thousands – particularly on processes that don’t need to run 24/7.
Step 4: Monitor and maintain
Use smart monitoring tools for energy use and load management to track how you’re going with your energy savings.
With a strong focus on energy management you can lower power bills, reduce downtime, improve working conditions with better lighting and smarter systems as well as achieving the environmental wins.
How EAS Can Help
At EAS, we don’t just throw gear at the problem – we take the time to understand your site, your goals, and what success looks like for your team. Whether you want a full plant-wide energy audit or just need help swapping out some lights, we’ve got the know-how and the crew to get it sorted.
Ready to Get Started?
If you’re keen to start trimming your energy bills and future-proofing your plant, get in touch with the EAS team or give us a bell on 07 834 0505 – let’s make your plant work smarter, not harder.
