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Energy-Efficient +stayclear Condenser: Reduces energy usage while prolonging product lifespan, maintaining low-energy performance across the G3 range.
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Advanced Temperature Control: Foster Shield system ensures precise cooling and hygienic storage, protecting food safety even at high ambient temperatures.
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Optimised Airflow: CFD-designed air distribution provides consistent cooling throughout the cabinet, even when fully loaded.
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Durable Stainless Steel Construction: High-quality 304 stainless steel on doors and covers ensures long-lasting performance in heavy-use areas.
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Half Door Design for Energy Savings: Keep top section frequently used while minimizing cold air loss from the bottom section; includes 4 adjustable shelves for maximum usable capacity.
Specification
| Brand |
Liebherr & Vestfrost |
| Construction |
304 Stainless Steel doors and unit covers |
| Dimension |
W700 x D855 x H2080 mm
|
| Color |
Stainless Steel |
| Wattage |
230V
|
| Weight |
97.5 kg |
| SKU |
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The Foster EP700H2/41-305 EcoPro G3 Half Door Upright Refrigerated Cabinet delivers market-leading efficiency and performance in a robust, hygienic design. Featuring the innovative +stayclear condenser, this cabinet reduces energy usage while extending product lifespan. The Foster Shield system provides precise temperature control and ensures safe food storage, while CFD-optimised airflow maintains consistent cooling across all shelves, even under full load. Constructed with high-quality 304 stainless steel on doors and unit covers, it withstands heavy usage, and its half-door design allows frequent access to top products while minimizing cold air loss from the lower section. Equipped with PureControl LED display incorporating InGaN technology, the G3 controller offers enhanced resolution, durability, and lower energy consumption, and is gateway-ready for smart connectivity. Supplied with four adjustable shelves and designed for operation in ambient temperatures up to 43°C, this cabinet combines usability, sustainability, and modern refrigeration technology in one high-performance unit.