A highly reliable pizza, wrap or sandwich prep station, the Polar U-Series three door prep fridge provides dependable refrigeration alongside a sturdy food preparation surface. The fridge itself is powerful and accurate – able to operate in high ambient temperatures of up to 43 deg C, and when service is over, the stainless steel construction ensures that it’s easy to clean. This fridge is specifically designed to use standard bakery sheets, so is not supplied with shelves as standard.
Polar U-Series is the pinnacle of the Polar kitchen refrigeration range, designed to reliably store your most valuable produce. Built to the highest commercial specifications, these units feature powerful forced air cooling – perfect for reducing food waste whilst conserving food taste. If you expect to access the unit very frequently, Polar U-Series refrigeration reliably keeps a consistently cool temperature, even in conditions up to 43 deg C.
Product Details:
- Brand: Polar
- Capacity: 634Ltr
- Dimensions: 1000(H) x 2020(W) x 800(D)mm
- Material: Stainless Steel
- Output: 350W, 1.95A
- Refrigerant: R600a / GWP 3
- Temperature Range: 2 deg C to 5 deg C
- Voltage: 230V
- Warranty: 2 Years Parts & Labour
- Product Weight: 320kg
Further Information:
- Generous 444Ltr usable internal with 7 sets of tray guides per door
- Strong, easy-clean stainless steel construction – interior and exterior
- Automatic defrost maximises efficiency and cooling performance
- Accurate, digital temperature controls and display
- Self-closing doors help reduce running costs and improve kitchen safety
- Powerful forced air refrigeration system keeps consistent temperature throughout unit
- Stay-cool granite work surface – prevents sticking and dough heating
- Bakery sheet compatible storage maximises chiller flexibility
- Maximum ambient temperature: 43 deg C
- Powerful forced air refrigeration system keeps consistent temperature throughout unit
- Please note: designed to fit standard 600x400mm bakery trays – no shelves included
- Automatic defrost maximises efficiency and performance