TAP C3 80 Dispenser

Product detailed description

High-capacity and comfortable soda dispenser TAP C3 80 with an elegant dispensing stand featuring three stainless steel taps. The compact soda dispenser can be easily placed under the kitchen counter. Thanks to the high capacity of the device, you have access to 80 l of chilled/room temperature and 80 l of sparkling water per hour. 

ADVANTAGES:

• high capacity of the soda dispenser
• low energy consumption
• compact size of the device
• elegant, minimalist design
• discreet, hygienic control panel
• easy to use

PACKAGE CONTENT:

• cooling unit
• dispensing tap

WATER DISPENSING:

• chilled
• room temperature
• sparkling

TECHNICAL PARAMETERS:

• • Dimensions of the soda dispenser (w x d x h): 320 x 345 x 335 mm
  • Height of the tap: 470 mm
  • Maximum consumption: 0.5 kW
  • Material: stainless steel
  • Direct cooling
  • Voltage: 50 Hz/240 V
  • Temperature of chilled water: Min 2°C/Max 11°C
  • Water dispensing per hour: 80 l/h
  • Maximum water pressure: 4 bar
    • In case of water pressure above 4 bars, it's necessary to equip the unit with a pressure reducing valve; we recommend a pressure reducing valve with a manometer.
    • In case of water pressure above 3 bars, we recommend purchasing a Hunter pressure reducing valve.

You should know:

• The CO2 bottle and CO2 pressure reducing valve are not included with the dispenser. 
• The listed price does not include installation. 
• The drip tray is not included in the package.

CO₂ cylinder specifications:

• 2 kg - dimensions: 540 mm height, 104 mm diameter - approx. 280 L of sparkling water
• 6 kg - dimensions: 560 mm height, 178 mm diameter - approx. 845 L of sparkling water
• 10 kg - dimensions: 670 mm height, 200 mm diameter - approx. 1,410 L of sparkling water

Filtration recommendations (not included with the dispenser):

• Antibacterial carbon filter with silver AQL 88 or carbon filter with scale reduction for hard incoming water AQL 90.

Service changes are performed once every 6 months based on water consumption.