The QETTLE Chiller is a great way to enjoy perfectly chilled, filtered drinking water on tap. The chiller delivers water between 3-6°C, has a 1.2 litre capacity tank, capable of dispensing up to 9 litres of chilled water per hour and can be accommodated alongside a QETTLE boiling water tap's boiler tank in a standard, 600mm wide kitchen base cabinet. The chiller unit can be fitted as part of a completely new QETTLE installation, or it can be easily retrofitted. It's a simple, straightforward install. Watch our step-by-step installation video to learn more. QETTLE is the brilliant, British-designed boiling water tap that won't bust the budget. Safe, affordable and straightforward to install, every kitchen is better with a QETTLE! - True, 100°C boiling water on tap - Cold filtered drinking water, free from unpleasant tastes and odours, e.g. chlorine - Normal hot and cold flows - Instant hot drinks and snacks are just the beginning... - Bring pans of water for rice, pasta, noodles and vegetables to a speedy boil - Make baby milk and sterilise bottles; fill hot water bottles - Degrease tins and trays - Choose from 2, 4 or 7 litre boiler tanks - Add a chiller unit for chilled, filtered drinking water between 3-6°C - Safe. QETTLE taps feature 2-stage safety. There's a safety clip and a handle lock - Easy to install. Simple for an plumber, DIY or book an accredited QETTLE installer - Affordable. Choose from 3, 6 or 10 monthly payments with 0% interest - 2 Year manufacturer's warranty and in-house QETTLE after sales support 0:00 Introduction 0:17 Pre install Considerations 2:03 Supplied in the kit 2:10 Switch off the power to the boiler 2:21 Exhaust the boiling water 2:37 Isolate the water supply 2:50 Remove the filter hose 3:43 Position the boiler 3:52 remove the protector caps 3:57 Screw the hoses into position 4:32 Position the chiller 4:52 Connect the water outlet to the inlet hose 5:09 Connect the inlet hose to the filter 5:25 Turn on the water 5:33 Activate the filtered and boiling side of the tap 5:57 Switch on the power to both units 6:51 The process is now complete