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Technical data
| Attributes | |
| ARTICLE | BA11H |
| POWER | 0.095 kW |
| SIZE L/W/H | 600/ 520/ 900 mm |
| VOLTAGE | 220-240/50Hz |
| Temperature | +2/ +10 °C |
| VOLUME | 118 l |
| WEIGHT | 47 kg |
| SHELVES | 2 wire shelves chrome 496x350 mm |
| CAPACITY | 330 ml cans - 161 pcs, 500 ml cans - 112 pcs, 330 ml bottles - 96 pcs, 500 ml bottles NET - 96 pcs |
| NOTES | refrigerant R600a/ 55 g |
High-quality bar fridge with low energy consumption, 118 liters
This backbar cooler maintains bottled and canned drinks at serving temperature behind the counter. A fan-driven system circulates air evenly, ensuring every shelf cools quickly and remains consistent. The steady airflow also stops condensation, keeping labels clear and dry.
Two chrome wire shelves support the stock, adjustable to fit different bottle or can heights. The electronic thermostat allows settings between +2 °C and +10 °C. Once connected to a standard electrical supply, LED lighting activates, shining through the double-glazed aluminium door. A lock secures the contents when not in use.
The cabinet is built from durable materials, featuring an aluminium door with tempered double glass for insulation and display. Two chrome-plated wire shelves, each 496 mm wide and 350 mm deep, hold drinks without obstructing airflow. The ventilated cooling system uses refrigerant R600a, chosen for its low environmental impact.
With 118 litres of space, the cooler accommodates 161 standard 330 ml cans, 112 half-litre cans, or 96 bottles of either size. Its 600 mm width fits under most bar counters, while the 47 kg weight allows two people to reposition it easily. Power consumption is 0.095 kW, keeping energy use minimal.
Maintenance is simple: shelves remove for cleaning, and interior surfaces wipe down with a damp cloth. The LED lights need no upkeep, and the refrigeration system requires only occasional dust removal from the rear condenser coil.
The BA11H belongs to TEFCOLD's BA series, known for energy-efficient, ventilated cooling. It meets EU energy class A standards, reflecting improved efficiency over earlier models.