Beacon lights provide warning, signal and guidance with their powerful light and colour – they play a vital part in providing safety to the world we live in. Their powerful light attracts instant attention to the end-user and even if the end-user does not understand the colour code, they will immediately understand to proceed with caution from the bright light.
Different types of beacon lights and different colours are utilised in different applications and situations to provide warning and guidance to the public. Below are just a few examples of colour and industry requirements:
Colour Requirement:
· Red beacons usually indicate danger, hazards, and emergency situations. The colour red is considered as a powerful signal that can trigger an automatic message to any viewer.
· Amber/Yellow beacons are used to warn people to be cautious and to be aware that a hazard may be upcoming. This colour triggers people to slow down instinctively.
· Green beacons indicate safety, it delivers a message that a particular situation is currently being handled and the area is safe. This colour offers people assurance that everything is under control.
· Blue beacons are most commonly used on emergency vehicles, they provide a clear difference to when red beacons are being used ensuring the viewer can differentiate between the emergency situation at hand.
· Clear beacons are often used alongside other coloured beacons and are often used in offices and schools as an alternative indication left open to the end-users specific requirements.
Industry Requirement:
· Emergency vehicles tend to use rotating beacons. They are extremely effective as they have an extremely high light output and are suitable in vibration atmospheres.
· Aviation industries tend to use a solid red beacon which provide a very specific angle and brightness of light. They are used to guide pilots onto a runway and are also used on tall buildings as a further guide to pilots.
· Railindustries tend to use red wig-wag lights which flash alternatively to help those outside the train to take notice of the approaching vehicle.
· Marine industries require a very high IP rated beacon light and is commonly the colour red as it is mostly used at night and this colour provides an unmistakable warning.
· On roads, traffic management systems use many different types of lights from red cross warning to green walking man, you will most commonly see a red/amber/green traffic light. It provides a simple and effective instruction for the road user and pedestrian alike.
Hand cranked sirens are a simple warning signal, perfect for environments and applications where electricity is not available. They are also the perfect solution to use as a back-up alarm when there is a power failure. So, how simple is simple?! Easy! You hold the siren in one hand whilst using the other hand to turn the crank handle! No power supply is needed, and they are maintenance free! They work by manually turning or cranking the handle a few times to produce a sound, slowly getting louder with every turn. Inside the siren there is a motor that drives the shaft with an attached rotor to both ends. The rotor surround stator has a number of slots that are almost rectangle in shape. Each of the blades draws and forces air through the slots inside the stator whilst the plates at the end of each of the blades stop or interrupt the flow. As a result, it creates rarefied and alternating compressed air pressure that products a sound. We offer a range of hand cranked sirens:
We have several Traffic Light options available, with our IPN range being hugely popular for this particular application. Ideally suited to Loading Bay or Dock Lighting locations, these products are simple to install, long lasting, and maintenance free.
Whether you require a STOP / GO indication, or WAIT / ENTER instruction, our Indicator Panels are the ideal solution!
Here at deegee we pride ourselves on our fabulous team!
Our friendly Sales Team are always on hand to help do the hard work for you! They can help you to choose the correct product for your application, go to onsite visits on your behalf and help you gather all information together you may need to include in your presentations from data sheets to certifications and video’s of your chosen product.
We have an onsite Technical Design Engineer who is always up for a challenge – whether it is re-designing a product to match your specification or creating a whole new product for you, no query is too big for our Matt.
Use our 56 years in the business to your advantage! Contact Lisa, Stacey or Matt with any assistance you may need with your Beacon lights, Warning lights, Safety lights or Sounders; however big or small your enquiry, you can always rely on us!
When choosing an audible warning signal for industrial purposes, there are some aspects you need to consider before choosing the correct signal.
Firstly, you need to consider what type of audible warning signal you require from a range of:
– Electronic Sounders
In today’s world of technology, an electronic sounder is the most versatile product to use as this can be programmed to offer multiple tones and can be volume adjustable, making them suitable for almost every requirement. – – Sirens.
Sirens are a motor-powered device producing a unique sound due to its internal impeller.
– Bells
Bells are suitable for daily signalling use that produces medium db output. Most commonly found in schools and workplaces to alert for lunch breaks.
– Air Horns
Air horns are a good option for industrial & marine areas and hazardous areas. It is a non-electrical device with a high db output and low frequency, making it ideal for noisy environments.
– Buzzers
This is an electro-mechanical type of warning signal in a robust housing. They produce medium-high db output with a low sound frequency
– Hooters
Hooters are a motor-powered warning device with a horn. It has a high db output with low sound frequency, ideal for indoor and outdoor use.
You now need to take into consideration the sound level and frequency rating of your chosen alarm – this needs to be heard instantly and distinctly above any other noise in the area.
Next you need to consider the power consumption, electrical supply and IP rating of your chosen alarm and check with your engineer this will be suitable for your application.
Lastly you need to ensure you choose a quality product that will stand the test of time so to speak. By purchasing a quality product to begin with, it will save you time and money in the long run in maintenance, especially if the alarm is located in a hard to reach area.