Factory second Wine Cooler - 428 l - Royal Catering - powder-coated steel RC-WC428

1.199,00 GBP

Description

In the free-standing wine cooler RC-WC428 from Royal Catering you can cool and showcase juices, water, soft drinks, spirits and more. Its subtle LED lighting and elegant matte-black design make it ideal for use in restaurants, gas stations, at events, catering, exhibition stands, in bars or in the office. Of course, you can also use the beverage fridge at private parties with friends. With an operating volume of 40 dB, the device is barely audible and one of the quietest commercial drink fridges on the market – perfect for use in the customer area. In darker surroundings, the atmospheric LED lighting ensures a pleasant ambience and an attractive presentation of your wares. The commercial wine cooler with glass door offers has a capacity of 428 L and 16 adjustable height shelves, which is enough space for storing bottles of different sizes. The storage compartments can hold up to 199 standard size beverage bottles. The RC-WC428 masters uneven floors with ease, because the feet can be adjusted by 15 mm and adapted to unevenness. This means that the drinks refrigerator will be on sturdy footing in every room. If there is contamination because of spilled drinks or the like, the stainless steel inner casing is very easy to clean. The outer casing is made of powder-coated steel which not only provides an aesthetic look, but also reliably protects the drinks refrigerator from corrosion. The double-layered tempered glass door puts refreshments and spirits clearly in the limelight and at the same time ensures a constant temperature. Even on hot summer days, the drinks fridge constantly cools refreshments down to 5 - 18 °C. The environmentally friendly coolant R600a (isobutane) is one of the most widely used coolants in the private and commercial sector today due to its low impact on the greenhouse effect. It has no negative effect on the ozone layer. Its characteristic feature is high cooling performance with low power consumption.