| HRD 5 | |
| Production (pcs/h ) | 200/240 5000/6000 |
| Total absorbed power (k/W) | 30-50 |
| Number of trays inside the cold room (n) | 275 |
| Tray dimentions (mm) | 370 x 240 370 x 290 |
| Products each tray (n) | 5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 16 |
| Evaporator capacity (KW/h) | 50 |
| Compressor capacity (KW/h) | 50 |
| HRD 6 | |
| Production (pcs/h ) | 300/350 6000/7000 |
| Total absorbed power (k/W) | 40-50 |
| Number of trays inside the cold room (n) | 334 |
| Tray dimentions (mm) | 370 x 240 370 x 290 |
| Products each tray (n) | 5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 16 |
| Evaporator capacity (KW/h) | 50-60 |
| Compressor capacity (KW/h) | 50/60 |
| HRD 10 | |
| Production (pcs/h ) | 450/500 8000/9000 |
| Total absorbed power (k/W) | 70-130 |
| Number of trays inside the cold room (n) | 509 |
| Tray dimentions (mm) | 370 x 240 370 x 290 370 x 420 |
| Products each tray (n) | 5+5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 16 |
| Evaporator capacity (KW/h) | 70-110 |
| Compressor capacity (KW/h) | NH 3 60/130 |
| HRD 20 | |
| Production (pcs/h ) | 6000/12000 |
| Total absorbed power (k/W) | 70-130 |
| Number of trays inside the cold room (n) | 610 |
| Tray dimentions (mm) | 370 x 240 370 x 290 370 x 420 |
| Products each tray (n) | 5+5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 17 |
| Evaporator capacity (KW/h) | 70-110 |
| Compressor capacity (KW/h) | NH 3 60/130 |
| HRD 30 | |
| Production (pcs/h ) | 9000/18000 |
| Total absorbed power (k/W) | 70-130 |
| Number of trays inside the cold room (n) | 685 |
| Tray dimentions (mm) | 370 x 240 370 x 290 370 x 420 |
| Products each tray (n) | 5+5+5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 22 |
| Evaporator capacity (KW/h) | 90 - 150 |
| Compressor capacity (KW/h) | NH 3 60/160 |
| HDR5 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | / |
| HDR6 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | / |
| HDR 10 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | 15 |
| HDR20 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | 15 |
| HDR30 | |
| Single line wrapping machine power (k/W) | 15 |
| Multi line wrapping machine power (k/W) | 15 |
| HRD 5 | |
| Production (pcs/h ) | 200/240 5000/6000 |
| Total absorbed power (k/W) | 30-50 |
| Number of trays inside the cold room (n) | 275 |
| Tray dimentions (mm) | 370 x 240 370 x 290 |
| Products each tray (n) | 5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 16 |
| Evaporator capacity (KW/h) | 50 |
| Compressor capacity (KW/h) | 50 |
| HRD 6 | |
| Production (pcs/h ) | 300/350 6000/7000 |
| Total absorbed power (k/W) | 50-80 |
| Number of trays inside the cold room (n) | 334 |
| Tray dimentions (mm) | 370 x 240 370 x 290 |
| Products each tray (n) | 5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 16 |
| Evaporator capacity (KW/h) | 50-60 |
| Compressor capacity (KW/h) | 50/60 |
| HRD 10 | |
| Production (pcs/h ) | 450/500 8000/9000 |
| Total absorbed power (k/W) | 70-130 |
| Number of trays inside the cold room (n) | 509 |
| Tray dimentions (mm) | 370 x 240 370 x 290 370 x 420 |
| Products each tray (n) | 5+5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 16 |
| Evaporator capacity (KW/h) | 70-110 |
| Compressor capacity (KW/h) | NH 3 60/130 |
| HRD 20 | |
| Production (pcs/h ) | 600/1200 |
| Total absorbed power (k/W) | 70-130 |
| Number of trays inside the cold room (n) | 610 |
| Tray dimentions (mm) | 370 x 240 370 x 290 370 x 420 |
| Products each tray (n) | 5+5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 17 |
| Evaporator capacity (KW/h) | 70-110 |
| Compressor capacity (KW/h) | NH 3 60/130 |
| HRD 30 | |
| Production (pcs/h ) | 900/1800 |
| Total absorbed power (k/W) | 70-130 |
| Number of trays inside the cold room (n) | 685 |
| Tray dimentions (mm) | 370 x 240 370 x 290 370 x 420 |
| Products each tray (n) | 5+5+5 |
| Isothermal box thickness (mm) | 150 |
| Isothermal box internal temperature (°C) | -38 |
| Minimum stay (min) | 22 |
| Evaporator capacity (KW/h) | 90 - 150 |
| Compressor capacity (KW/h) | NH 3 60/160 |
| HDR5 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | / |
| HDR6 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | / |
| HDR 10 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | 15 |
| HDR20 | |
| Single line wrapping machine power (k/W) | 6 |
| Multi line wrapping machine power (k/W) | 15 |
| HDR30 | |
| Single line wrapping machine power (k/W) | 15 |
| Multi line wrapping machine power (k/W) | 15 |
The easiest and cheapest solution, simple and convenient suitable for capacity from 300 to 600 l / h.
It allows to increase the production and at the same time the quality of the product itself.
Equipped on a single platform, you will find two vats of cooking space, equipped with powerful agitators, the homogenizer (choose single or double stage) and the cooling plates.
Optional
Second stage, Pmax 200bar, Pmax 250 bar, compensator input /output product.
| 300 | |
| Hourly Production (l/h) | 300 |
| Boiler Power (Kcal/h) | 35.000 |
| Total Installed Power (kW) | 6,00 |
| Town Water Consumption (l/h) | 30 |
| Tower Water Consumption (l/h) | 2.700 |
| Chilled Water Consumption (l/h) | 1.200 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 3.100x1.200x1.850 |
| 600 | |
| Hourly Production (l/h) | 600 |
| Boiler Power (Kcal/h) | 70.000 |
| Total Installed Power (kW) | 10,0 |
| Town Water Consumption (l/h) | 360 |
| Tower Water Consumption (l/h) | 4.500 |
| Chilled Water Consumption (l/h) | 3.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 4.000x1.450x2.100 |
| 1200 | |
| Hourly Production (l/h) | 1200 |
| Boiler Power (Kcal/h) | 140.000 |
| Total Installed Power (kW) | 11,00 |
| Town Water Consumption (l/h) | 720 |
| Tower Water Consumption (l/h) | 3.600 |
| Chilled Water Consumption (l/h) | 5.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 5.000x1.950x2.300 |
| 120 | |
| Hourly Capacity (l/h) | 120 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 2 |
| Total Power (k/w) | 1,2 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 400x525x750 |
| 200 | |
| Hourly Capacity (l/h) | 200 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 2 |
| Total Power (k/w) | 2,2 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 600x700x700 |
| 300 | |
| Hourly Capacity (l/h) | 300 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 2 |
| Total Power (k/w) | 2,2 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 600x700x700 |
| 600 | |
| Hourly Capacity (l/h) | 600 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 3 |
| Total Power (k/w) | 4 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 700x1.100x900 |
| 1200 | |
| Hourly Capacity (l/h) | 1200 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 3 |
| Total Power (k/w) | 7,5 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 1.000x1.280x980 |
| 2000 | |
| Hourly Capacity (l/h) | 2000 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 3 |
| Total Power (k/w) | 11 |
| Lubrification Water Consumption (l) | 250 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 1.000x1.280x980 |
The most suitable solution for capacity starting from 1200 l/h.
Unlike the Batch solution, the pasteurization temperature is reached in the plates and maintained for the necessary time in the coil.
The particular architecture of the heat flows allows to recover more than 40% of the energy needed to heat and cool the mixture.
Optional
Second stage, Pmax 200bar, Pmax 250 bar, compensator input /output product, inlet pressure transducer.
| 600 | |
| Hourly Production (l/h) | 600 |
| Preheating Boiler (Kcal/h) | 60.000 |
| Pasteurization Boiler (Kcal/h) | 23.000 |
| Total Installed Power (kW) | 18 |
| Tower Water Consumption (l/h) | 2.500 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 7.450x1.500x2.200 |
| 1200 | |
| Hourly Production (l/h) | 1.200 |
| Preheating Boiler (Kcal/h) | 170.000 |
| Pasteurization Boiler (Kcal/h) | 27.000 |
| Total Installed Power (kW) | 28 |
| Tower Water Consumption (l/h) | 3.600 |
| Compressed Air Consumption 6 bar (Nl/h) | 120 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 9.500x2.100x2.400 |
| 2.000 | |
| Hourly Production (l/h) | 2.000 |
| Preheating Boiler (Kcal/h) | 145.000 |
| Pasteurization Boiler (Kcal/h) | 27.000 |
| Total Installed Power (kW) | 37 |
| Tower Water Consumption (l/h) | 6.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 250 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 8.250x2.400x2.950 |
| 2.400 | |
| Hourly Production (l/h) | 2.400 |
| Preheating Boiler (Kcal/h) | 160.000 |
| Pasteurization Boiler (Kcal/h) | 35.000 |
| Total Installed Power (kW) | 39 |
| Tower Water Consumption (l/h) | 7.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 250 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 9.800x2.300x2.200 |
| 3000 | |
| Hourly Production (l/h) | 3.000 |
| Preheating Boiler (Kcal/h) | 210.000 |
| Pasteurization Boiler (Kcal/h) | 38.000 |
| Total Installed Power (kW) | 50 |
| Tower Water Consumption (l/h) | 9.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 250 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 9.800x2.300x2.200 |
| 4000 | |
| Hourly Production (l/h) | 4000 |
| Preheating Boiler (Kcal/h) | 300.000 |
| Pasteurization Boiler (Kcal/h) | 50.000 |
| Total Installed Power (kW) | 64 |
| Tower Water Consumption (l/h) | 12.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 250 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 12.000x2.400x3.100 |
| 5000 | |
| Hourly Production (l/h) | 5000 |
| Preheating Boiler (Kcal/h) | 360.000 |
| Pasteurization Boiler (Kcal/h) | 60.000 |
| Total Installed Power (kW) | 68 |
| Tower Water Consumption (l/h) | 15.000 |
| Compressed Air Consumption 6 bar (Nl/h) | 250 |
| Voltage (V/Ph/Hz) | 400/3/50 |
| Dimensions (mm) | 12.000x2.400x3.500 |
| 120 | |
| Hourly Capacity (l/h) | 120 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 2 |
| Total Power (k/w) | 1,2 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 400x525x750 |
| 200 | |
| Hourly Capacity (l/h) | 200 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 2 |
| Total Power (k/w) | 2,2 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 600x700x700 |
| 300 | |
| Hourly Capacity (l/h) | 300 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 2 |
| Total Power (k/w) | 2,2 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 600x700x700 |
| 600 | |
| Hourly Capacity (l/h) | 600 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 3 |
| Total Power (k/w) | 4 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 700x1.100x900 |
| 1200 | |
| Hourly Capacity (l/h) | 1200 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 3 |
| Total Power (k/w) | 7,5 |
| Lubrification Water Consumption (l) | 120 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 1.000x1.280x980 |
| 2000 | |
| Hourly Capacity (l/h) | 2000 |
| Max Pressure (bar) | 180 |
| Pistons (nr) | 3 |
| Total Power (k/w) | 11 |
| Lubrification Water Consumption (l) | 250 |
| Compressed Air Consumption 6 bar (Nl/h) | 60 |
| Dimensions (mm) | 1.000x1.280x980 |
The FREEZMAT - Lobe Pump Ammonia are continuous freezers of industrial ice cream production, suitable for facilities provided with ammonia NH3 centralized system. Thanks to two patented lobe pumps, the first to transfer the mixture even with the solid parts (fruit seeds) and sterile air into the freezing chamber, and the second to transfer the ice-cream, the final product does not compromise the texture to the various uses.
All pumps are equipped with a special and patented architecture which allows the washing cycle (CIP) without having to disassemble the body of the same.
The PLC models are equipped with an integrated microprocessor and touch-screen panel PLC that can control all the parameters of production and:
- Automatically manage up to 99 recipes with different production parameters
- Handle increased volume and viscosity.
All models are equipped with an advanced electronic system wich allow the supply of sterile air, this ensures a steady flow of air and then an increase in the volume of ice cream, also reduces the time to start production of about 20% compared with conventional models and a consequent reduction of wastage of final product.
| PLC 7 NH3 | |
| Hourly Production (l) | 125/750 |
| Beater Power (kW) | 5,5 |
| Feeding Pump Power (kW) | 0,75 |
| Refrigerant Capacity (Kcal/h) | 21.000 |
| Refrigerant Fluid | NH 3 |
| Dimensions (mm) | 700x1.950x2.050 |
| PLC 15 NH3 | |
| Hourly Production (l) | 250-1.500 |
| Beater Power (kW) | 11,2 |
| Feeding Pump Power (kW) | 0,75 |
| Refrigerant Capacity (Kcal/h) | 42.000 |
| Refrigerant Fluid | NH 3 |
| Dimensions (mm) | 700x2.300x2.050 |
| PLC 20 NH3 | |
| Hourly Production (l) | 350-2.000 |
| Beater Power (kW) | 15 |
| Feeding Pump Power (kW) | 0,75 |
| Refrigerant Capacity (Kcal/h) | 56.000 |
| Refrigerant Fluid | NH 3 |
| Dimensions (mm) | 800x2.700x2.150 |
| PLC 30 NH3 | |
| Hourly Production (l) | 500/3.000 |
| Dasher Power (kW) | 22 |
| Feeding Pump Power (kW) | 0,75 |
| Refrigerant Capacity (Kcal) | 84.000 |
| Refrigerant Fluid | NH 3 |
| Dimensions (mm) | 900x3.000x2.250 |
The FREEZMAT PLC 1-2L are Catta 27 continuous freezers equipped with lobe pumps for the production of industrial ice cream with Freon refrigeration unit incorporated. Thanks to two patented lobe pumps, the first to transfer the mixture even with the solid parts (fruit seeds) and sterile air into the freezing chamber, and the second to transfer the ice-cream, the final product does not compromise the texture to the various uses. All pumps are equipped with a special and patented architecture which allows the washing cycle (CIP) without having to disassemble the body of the same.
The PLC models are equipped with an integrated microprocessor and touch-screen panel PLC that can control all the parameters of production and:
- Automatically manage up to 99 recipes with different production parameters
- Handle increased volume and viscosity.
All models are equipped with an advanced electronic system which allow the supply of sterile air, this ensures a steady flow of air and then an increase in the volume of ice cream, also reduces the time to start production of about 20% less compared with conventional models and a consequent reduction of wastage of final product.
VARIO optional
Catta 27 continuous freezers are engineered to offer you the technical advantage to achieve the best ice cream out of your mixture.
Vario optional can grant you extra control over your product and include:
-Reduction hourly output of ice cream 1:2 and 1:4
-Control over beater velocity
-Possibility to create Ice Cream or Cream with 0% overrun.
| PLC2 | |
| Hourly Production (l) | 100/200 |
| Beater Power (kW) | 3 |
| Compressor Power (kW) | 4 |
| Inlet Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.200x1.450 |
| PLC4 | |
| Hourly Production (l) | 200/400 |
| Dasher Power (kW) | 5,5 |
| Compressor Power (kW) | 5,5 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid |
R 404A |
| Dimensions (mm) | 750x1.800x1.700 |
| PLC7 | |
| Hourly Production (l) | 300/600 |
| Dasher Power (kW) | 7,5 |
| Compressor Power (kW) | 11,2 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x1.800x1.700 |
| PLC14 | |
| Hourly Production (l) | 600/1.200 |
| Dasher Power (kW) | 11 |
| Compressor Power (kW) | 22,4 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x2.300x2.000 |
| PLC20 | |
| Hourly Production (l) | 750/1500 |
| Dasher Power (kW) | 15 |
| Compressor Power (kW) | 30 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x2.600x2.000 |
The FREEZMAT lobe pump are Catta 27 continuous freezers equipped with lobe pumps for the production of industrial ice cream with Freon refrigeration unit incorporated.
Thanks to two patented lobe pumps, the first to transfer the mixture even with the solid parts (fruit seeds) and sterile air into the freezing chamber, and the second to transfer the ice-cream, the final product does not compromise the texture to the various uses.
All pumps are equipped with a special and patented architecture which allows the washing cycle (CIP) without having to disassemble the body of the same. All pumps are manifactured with a special and patented architecture which allows the washing cycle (CIP) without having to disassemble the body of the same.
The models (PLC) differ from model semi-automatic (KSR) for the application of an automatic system PLC and operator panel can handle automatically up to 99 recipes with production parameters, increase in volume and viscosity. All models are equipped with an advanced electronic system also supply sterile air that guarantees a steady increase in the volume of ice cream.
| SR2 | |
| Hourly Production (l) | 100/200 |
| Beater Power (kW) | 3 |
| Compressor Power (kW) | 4 |
| Inlet Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x1.800x1.1700 |
| SR4 | |
| Hourly Production (l) | 200/400 |
| Dasher Power (kW) | 5,5 |
| Compressor Power (kW) | 5,5 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x1.800x1.700 |
| SR7 | |
| Hourly Production (l) | 300/600 |
| Dasher Power (kW) | 7,5 |
| Compressor Power (kW) | 11,2 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x1.800x1.700 |
| PLC14 | |
| Hourly Production (l) | 600/1.200 |
| Dasher Power (kW) | 11 |
| Compressor Power (kW) | 22,4 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x2.300x2.000 |
| SR20 | |
| Hourly Production (l) | 750/1.500 |
| Dasher Power (kW) | 15 |
| Compressor Power (kW) | 30 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x2.600x2.000 |
FREEZMAT - KEL AC 1 are Catta 27 continuous freezers with piston pump for industrial ice cream production, with integrated Freon compressor. Equipped with a micro processor Siemens that manages the production cycle and the operator interface, help also maintaining a constant overrun by injecting compressed air into the piston.
With a digital display with touch screen you can manage:
- Hourly production ice cream
- Viscosity
- Increase in volume
- Storing various recipes
The refrigerant gas, the materials in contact with the product and the manufacturing characteristics, reflect the most demanding regulations.
| KEL2 AC1 | |
| Hourly Production (l) | 100/200 |
| Beater Power (kW) | 3 |
| Compressor Power (kW) | 4 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid |
R 404A |
| Dimensions (mm) | 650x1.200x1.450 |
| KEL4 AC1 | |
| Hourly Production (l) | 200/400 |
| Beater Power (kW) | 5,5 |
| Compressor Power (kW) | 5,5 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.600x1.450 |
| KEL7 AC1 | |
| Hourly Production (l) | 300/600 |
| Beater Power (kW) | 7,5 |
| Compressor Power (kW) | 11 |
| Feeding Pump Power (kW) | 1,10 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.600x1.450 |
| KEL14 AC1 | |
| Hourly Production (l) | 600/1200 |
| Beater Power (kW) | 11 |
| Compressor Power (kW) | 22,4 |
| Feeding Pump Power (kW) | 1,10 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x1.850x2.000 |
FREEZMAT - CPS are Catta 27 continuous freezers with piston pump for industrial ice cream production, with integrated Freon compressor.
FREEZMAT CPS: are manufacturers of industrial ice cream with continuous refrigeration unit and piston pump incorporated, suitable for transfer-cream mixture and air in the freezing chamber.
| K200 CPS | |
| Hourly Production (l) | 100/200 |
| Beater Power (kW) | 3 |
| Compressor Power (kW) | 4 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.200x1.450 |
| K400 | |
| Hourly Production (l) | 200/400 |
| Beater Power (kW) | 4 |
| Compressor Power (kW) | 5,5 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid |
R 404A |
| Dimensions (mm) | 650x1.600x1.450 |
| 7 AC1 | |
| Hourly Production (l) | 300/600 |
| Beater Power (kW) | 7,5 |
| Compressor Power (kW) | 15 |
| Feeding Pump Power (kW) | 1,10 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.600x1.450 |
Freezmat - AC 1 are Catta 27 continuous freezers with piston pump for industrial ice cream production, with integrated compressor in Freon.
FREEZMAT AC1: are manufacturers of industrial ice cream with continuous refrigeration unit and piston pump incorporated, suitable for transfer-cream mixture and air in the freezing chamber.
The refrigerant gas, the materials in contact with the product and the manufacturing characteristics, reflect the most demanding regulations.
| 2 AC1 | |
| Hourly Production (l) | 100/200 |
| Beater Power (kW) | 3 |
| Compressor Power (kW) | 4 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.200x1.450 |
| 4 AC1 | |
| Hourly Production (l) | 200/400 |
| Beater Power (kW) | 5,5 |
| Compressor Power (kW) | 5,5 |
| Feeding Pump Power (kW) | 0,75 |
| Condensation | water |
| Refrigerant Fluid |
R 404A |
| Dimensions (mm) | 650x1.600x1.450 |
| 7 AC1 | |
| Hourly Production (l) | 300/600 |
| Beater Power (kW) | 7,5 |
| Compressor Power (kW) | 11 |
| Feeding Pump Power (kW) | 1,10 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 650x1.600x1.450 |
| 14 AC1 | |
| Hourly Production (l) | 600/1.200 |
| Beater Power (kW) | 11 |
| Compressor Power (kW) | 22,4 |
| Feeding Pump Power (kW) | 1,10 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507A R 449A |
| Dimensions (mm) | 750x1.850x2.000 |
| K60 | |
| Cycle Production (l) | 200 |
| Total Power (kW) | 23 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507 |
| Electrical Features (V/Ph/Hz) | 400/3/50 |
| Compressed Air Consumption 6 bar (Nl/min) | 60 |
| Weight (kg) | 1.600 |
| Dimensions (mm) | 2.485x1.300x1.300 |
| K120 | |
| Cycle Production (l) | 300 |
| Total Power (kW) | 40 |
| Condensation | water |
| Refrigerant Fluid | R 404A R 507 |
| Electrical Features (V/Ph/Hz) | 400/3/50 |
| Compressed Air Consumption 6 bar (Nl/min) | 60 |
| Weight (kg) | 2.200 |
| Dimensions (mm) | 3.300x1.500x1.600 |
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