Offer all the popular soft serve variations from low or non-fat ice creams to custards, yogurt and sorbet. Serve two separate soft serve flavors, or an equal combination of both in a twist.
Two, 3.4 quart (3.2 liter).
Two, 20 quart (18.9 liter). Separate hopper refrigeration (SHR) maintains mix below 41_F (5_C) during Auto and Standby modes.
Digital readout displays hours since last brush cleaning to assure product safety. Mix Low light alerts operator to add mix. Audible alarm may be enabled to sound when mix is low. When the Mix Out light flashes, the unit shuts down automatically to prevent damage.
Touch Screen Controls:
Microprocessor touch controls are embedded in durable tempered glass
panel. Multiple languages are selectable. Viscosity is continually
measured to dispense consistent quality soft serve desserts. Temperatures in the hoppers or freezing cylinders may be displayed at any point of operation, in either Fahrenheit or Celsius. Draw counter allows operator to view number of servings dispensed.
During long no-use periods, the standby feature maintains safe product
temperatures in the mix hopper and freezing cylinder.
Two Locking Casters:
Front casters have a locking feature for operators to keep equipment in place. The lock can be released to move the equipment for cleaning.
Door Interlock System:
Protects the operator from injury as the beater will not operate without the dispensing door in place.
A specially designed thermo-plastic door allows quick ejection of product with a simple movement of the draw handle. Self closing draw handles are standard.
Two dedicated electrical connection is required. See the Electrical chart
for the proper electrical requirements. Manufactured to be permanently
connected. Consult your local Taylor distributor for cord & receptacle
specifications as local codes allow.
Two, 1.5 HP.
Two, 9,500 BTU/hr. R404A. Separate Hopper Refrigeration (SHR), One,
400 BTU/hr. R134a. (BTUs may vary depending on compressor used.)
Minimum 3_ (76 mm) around all sides. Install the deflector provided to
prevent recirculation of warm air. Minimum air clearances must be met to assure adequate air flow for optimum performance.