| ≥1 piece |
Specifications
1. Model No.:KB30-2DTA
2. Output:25L/H
3. Flavors:2+1 Mixed
4. Refrigerant: R404A, R134a
5. Freezing Cylinder: 2.3L*2
6. Mix Hopper: 6L*2
7. Power: 2.2KW
8. Voltage: 220V/50-60HZ/1PH
9. Dimension: 555*750*760(mm)
10. Net Weight: 128kg
11. Plastic Stirrer, cable performance, easy control
12. Alarm & Count Function
13. Independent Pre-cooling System
14. Night Preservation Function
Product Description
LCD Digital display system
Show the temperature of mix hoppers, the voltage, the hardness of the ice cream, etc.
Microprocessor controls
Microprocessor regulates refrigeration by measuring product viscosity to maintain consistent quality.
Alarm when the mix is not enough or belt slipping
When the inductor in the hopper can't touch the mix for 4 seconds, the low-mix light will turn on and the machine will alert by buzzing. The machine will stop working in case of the belt slipping.
Self-protection in Over-currency and low-voltage
The machine will stop automatically if overload occurs to protect the compressor from over pressure damage.
Freezing cylinder protection
In case a strong frozen happened in cylinder, the machine would shut down automatically to prevent more damage.
Standby function
Keep the temperature of the mix and the freezing cylinders around 4°C during long no-use periods.
Pre-cooling function
Speed up the hopper freezing and keep mix fresh in surrounding with high temperature.
Keep fresh at night
And stay on power-saving status
Hardness of the ice cream can be adjustable
To adjust the electric current to control the hardness of the ice cream.
Main Characteristics:
1. Plastic Stirrer: Stable performance, it is easy to control.
2. Prompt function when need to feed, avoiding being frozen too hard.
3. Have separate pre cooling system, it will keep the ice cream slurry at 4 degree.
4. It will alarm when the belt slip or the cylinder is frozen too hard.
5. Have the count function.
6. Have the night preservation function.
7. It will show voltage in working, the machine will stop automatically with too high and low voltage.