With an exceptional quality fully stainless steel exterior and interior, including a stainless steel back, the Foster EcoPro G3 double door 1350 litre freezer is ideal for island positioning within commercial kitchen setups. With impressive design throughout the freezer, the Foster G3 is amongst the most modern commercial freezers available. Featuring sturdy insulation and sophisticated smartphone-style touch controls, the Foster EcoPro not only costs less to run, but adds an attractive, modern look to your kitchen. This model uses R290 refrigerant.

Product Specification

• Capacity 1350Ltr
• Dimensions 2080(H) x 1440(W) x 820(D)mm
• Dimensions Int 1506(H) x 1300(W) x 685(D)mm
• Insulation 50mm
• Material Stainless Steel
• Material Ext Stainless Steel
• Material Int Aluminium
• Power 4.1 A
• Refrigerant R290 / GWP 3
• SupplierRef EP1440L 10/184
• Temp Range -21C to -18C
• Voltage 230V
• Warranty 2 Years On-Site Parts & Labour
• Weight 182.5kg
• Heavy-duty / premium stainless steel exterior and interior construction with stainless steel back cover for island positioning
• Unique “Airlines” ventilation system cools the compressor which reduces running time by 15%
• Innovative thermal break and hot gas door heater minimizing temperature loss and condensation
• Smartphone style touch sensitive hidden-until-lit control panel with unique high visibility temperature display combines sophistication with functionality
• Ergonomic and intuitive doors and handles design for ease of opening and cleaning
• 2 self-closing lockable doors with 90 dwell for easy loading/unloading
• Shelves with anti-tilt system for added safety (max. load capacity per shelf: 40kg)
• Supplied on 80 mm castors for added manoeuvrability, front 2 with brakes
• 6 x 2/1 GN Shelves (3 per door)
• EP1440L 1350 litres cabinet freezer (-21C to -18C) running on HFC-Free R290 refrigerant
• Foster Circulair II technology maximises air distribution for efficient operation even when shelves are fully loaded
• Advanced Fuzzy Logic II intelligent controller with ‘e’ mode drives reduced energy consumption