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Electric Showers: "Kilowatt ratings explained" video from Triton Showers

Triton Electric Shower Range - https://www.tritonshowers.co.uk/showe... A short video explaining what a Kilowatt rating of an electric shower means in terms of the flow of water from the showerhead. The second part highlights what you need to check before upgrading your electric shower to a higher kilowatt rated unit. Instantaneous Electric showers are still one of the most popular types of shower sold in the UK today, which is why Triton manufactures an extensive range to suit all tastes and budgets. If you haven't already noticed, they come in a variety of different kilowatt ratings from 7.0kW up to as high as 10.5kW. But what does this mean to you? Basically the higher the kW rating -- the higher the flow of water from your showerhead. For example — a 7.5kW shower giving a 40-degree Celsius shower in winter will deliver a flow rate of around 3 litres per minute. That's around this much water. By comparison, a 10.5 kW shower can give 50% more flow from the showerhead than a 7.5kW shower. That's around this much. If you are thinking of upgrading your shower, you will need to check out a few things before you choose a higher kW rating. You will need to check the water pressure and flow rate, the rating of the miniature circuit breaker or fuse in your consumer unit, and the size of electric cable running to your shower. Why? Well, a 7kW shower, for example, is likely to need 1 bar of water pressure delivering 8 litres of water per minute to the shower. an MCB rated at 32A and a cable size of 6mm2 On the other hand a 10.5kW shower will need 1.5 bar water pressure delivering 11 litres per minute to the shower an MCB rated at 45A and a cable size of 10mm2 Therefore you may need to upgrade your shower's electrical system to support a higher kilowatt shower. For more information on this, take a look at our videos detailing the plumbing and electrical requirements for installing an electric shower.