Blue Ice Twin Twist Flavor Ice Cream Machines Servings pr/hr 550 or 570 x 80g T46

Blue Ice Twin Twist Flavor Ice Cream Machines Servings pr/hr 550 or 570 x 80g T46
Blue Ice Twin Twist Flavor Ice Cream Machines Servings pr/hr 550 or 570 x 80g T46 - view 1Blue Ice Twin Twist Flavor Ice Cream Machines Servings pr/hr 550 or 570 x 80g T46 - view 2
£7,248.00 (£8,697.60 Including VAT at 20%)
  ( inc. VAT at 20%)
OUT OF STOCK SKU: T46
Available in 2 Models: Gravity or Pump Fed
Choice

Product Description

Blue Ice Soft Serve Countertop Ice Cream Machines, Ideal for any extremely high capacity outlets.
A well designed soft serve ice cream machine for easy and fast production of ice cream, frozen yoghurt and sorbet.
Twin twist flavor. Independent control system for each flavour. 2 x motors. 2 x Compressors.
Available in 2 Models: Gravity or Pump Fed
T46 - Gravity Fed - Servings pr/hr - 550 x 80g
T46A - Pump Fed - Servings pr/hr - 570 x 80g
Size W553 x D772 x H935mm
Features:
Freeze Down - Patented high efficiency heat exchanger allows fast freeze down with low energy consumption.
Digital Control & Display - Microprocessor control provides access to system settings and additional functions. Digital interface displays critical info - system status, temperatures, dispense count, errors, etc.
Low Mix Indicator - Light turns 'ON' at low mix to alert operator to add mix.
Self Closing Dispense Valve - Automatically prevents product overflow after dispense.
Dispense Speed Control - Provides flexibility in dispense rate control for different applications.
Hopper Agitators - Maintain product consistency and prevent product separation.
Auto Programming - Allows automatic switching of operation modes based on preset schedules.
Standby - Maintains product temperature in both mix hopper and freezing cylinder below 4.4ºC (40ºF) overnight.
Safety Protections - Low temperature and motor overload shutoffs to protect in the event of cylinder freeze up. High pressure switch to prevent compressor overheating. Thermal overload to protect from motor overheating.