Comparator
CoolingCare CP
| CP CASE | CP1 | CP2 | |
| Mode of operation | manual | ||
| Power supply | compressed air | 230 V AC | |
| Controls/touchscreen | pneumatic | 3,5″ | |
| number of circuits | 1 | 2 | |
| tank for cleaning medium | – | 80L | 80L |
| tank for diagnostic medium | – | ||
| Diaphragm pumps (L/min) | 25 | ||
| Cavitation generator (L/min) | 25 | 2×25 | |
| flow heater | – | ||
| filter on suction | – | yes | |
| filter on the return | – | yes | |
| CLEANING | |||
| Hydromechanical hybrid cleaning process based on the phenomenon of cavitation | yes | ||
| cleaning process based on single-state pulsed feeding of cleaning liquid into the system | – | ||
| diversion | – | ||
| Autonomous cleaning mode until stable reference expenditures are reached | – | ||
| The cleaning time for each channel is defined independently. The process takes as long as necessary. | – | ||
| Drying the channel after cleaning, | manual | ||
| Possible export of mold cleaning results | – | ||
| Record of mold cleaning history in the machine database | – | ||
| Modular design for easy component replacement | |||
| DIAGNOSTICS | |||
| Leakage test using compressed air | yes | ||
| Compressed air patency test | yes | ||
| Automatic diagnostics with maintenance-free transition to cleaning mode | – | ||
| Measurement of flow expenditure with the possibility of reference to reference expenditures stored in the database | – | ||
| Real-time flow rate measurement | – | ||
| Drying the ducts with compressed air after the diagnostics are completed | – | ||
| CONSERVATION | |||
| Flushing the sewers with mains water | – | yes | |
| Neutralization of cleaning agent residue in channels after cleaning | option (CMS module) | ||
| Possibility of additional protection of channels with corrosion inhibitor | option (CMS module) | ||
| ADDITIONAL FUNCTIONS | |||
| Tank filling and emptying function | – | ||
| Modular design for easy component replacement | yes | ||
| suction filter clogging sensors | – | ||
| ability to calibrate parameters and work algorithms | – | ||
| Record of the number of operating hours for individual pumps and pulsators | – | ||
| Monitoring the number of operating hours for the cleaning medium | – | ||
| Remote software update | – | ||
| Ability to create user accounts with different levels of access to machine functions | – | ||
| Choice of language version | – | ||
| Built-in sink drain for emergency emptying of tanks | – | yes | |
| control of the efficiency of the compressed air source | – | ||
| measurement of pH and conductivity of the cleaning medium | manual | ||
| OPC UA module | not | ||
| SECURITY | |||
| a system of sensors and algorithms to ensure stable and safe operation | – | ||
| Monitoring of cleaning fluid leakage during cleaning | – | ||
| Controlling the level of solution in the tank | – | ||
| Temperature control of the solution in the tank | – | ||
| Inspection of damage to heating elements | – | ||
| Control of faulty phase connection | – | ||
| Control of the continuity of the medium flow through the heater system | – | ||
| additional protection against tank damage and leakage | – | ||
| air system moisture sensor | – | ||
| SERVICE | |||
| Modular design for easy component replacement | yes | ||
| Ability to remotely assess the cause of equipment failure at the customer's site | – | ||
| Evaluation of the correct operation of the filter clogging sensors | – | ||
CoolingCare CS
| CS2 | |
| Mode of operation | semi-automatic |
| Power supply | 3x400V AC |
| Controls/touchscreen | 7″ |
| number of circuits | 2 |
| tank for cleaning medium | 80L |
| tank for diagnostic medium | 25L |
| Diaphragm pumps (L/min) | 25 |
| Cavitation generator (L/min) | 2×25 |
| flow heater | 6kW |
| filter on suction | yes |
| filter on the return | yes |
| CLEANING | |
| Hydromechanical hybrid cleaning process based on the phenomenon of cavitation | yes |
| cleaning process based on single-state pulsed feeding of cleaning liquid into the system | – |
| diversion | yes |
| Autonomous cleaning mode until stable reference expenditures are reached | – |
| The cleaning time for each channel is defined independently. The process takes as long as necessary. | – |
| Drying the channel after cleaning, | manual |
| Possible export of mold cleaning results | yes |
| Record of mold cleaning history in the machine database | – |
| Modular design for easy component replacement | |
| DIAGNOSTICS | |
| Leakage test using compressed air | yes |
| Compressed air patency test | yes |
| Automatic diagnostics with maintenance-free transition to cleaning mode | – |
| Measurement of flow expenditure with the possibility of reference to reference expenditures stored in the database | – |
| Real-time flow rate measurement | – |
| Drying the ducts with compressed air after the diagnostics are completed | yes |
| CONSERVATION | |
| Flushing the sewers with mains water | yes |
| Neutralization of cleaning agent residue in channels after cleaning | yes |
| Possibility of additional protection of channels with corrosion inhibitor | yes |
| ADDITIONAL FUNCTIONS | |
| Tank filling and emptying function | yes |
| Modular design for easy component replacement | yes |
| suction filter clogging sensors | yes |
| ability to calibrate parameters and work algorithms | – |
| Record of the number of operating hours for individual pumps and pulsators | yes |
| Monitoring the number of operating hours for the cleaning medium | yes |
| Remote software update | – |
| Ability to create user accounts with different levels of access to machine functions | – |
| Choice of language version | yes |
| Built-in sink drain for emergency emptying of tanks | yes |
| control of the efficiency of the compressed air source | yes |
| measurement of pH and conductivity of the cleaning medium | manual |
| OPC UA module | not |
| SECURITY | |
| a system of sensors and algorithms to ensure stable and safe operation | |
| Monitoring of cleaning fluid leakage during cleaning | yes |
| Controlling the level of solution in the tank | yes |
| Temperature control of the solution in the tank | yes |
| Inspection of damage to heating elements | yes |
| Control of faulty phase connection | yes |
| Control of the continuity of the medium flow through the heater system | yes |
| additional protection against tank damage and leakage | – |
| air system moisture sensor | yes |
| SERVICE | |
| Modular design for easy component replacement | yes |
| Ability to remotely assess the cause of equipment failure at the customer's site | – |
| Evaluation of the correct operation of the filter clogging sensors | yes |
CoolingCare CM
| CM4 | CM6 | |
| Mode of operation | manual | |
| Power supply | 230 V AC | |
| Controls/touchscreen | 7″ | |
| number of circuits | 4 | 6 |
| tank for cleaning medium | 80L | |
| tank for diagnostic medium | option (CMS module) | |
| Diaphragm pumps (L/min) | 70 | 70 (option 125) |
| Cavitation generator (L/min) | optional, 5 or7 section with cavitation generator | |
| flow heater | 6kW (optional) | |
| filter on suction | yes | |
| filter on the return | yes | |
| CLEANING | ||
| Hydromechanical hybrid cleaning process based on the phenomenon of cavitation | – | |
| cleaning process based on single-state pulsed feeding of cleaning liquid into the system | yes | |
| diversion | yes | |
| Autonomous cleaning mode until stable reference expenditures are reached | – | |
| The cleaning time for each channel is defined independently. The process takes as long as necessary. | – | |
| Drying the channel after cleaning, | manual | |
| Possible export of mold cleaning results | yes | |
| Record of mold cleaning history in the machine database | – | |
| Modular design for easy component replacement | ||
| DIAGNOSTICS | ||
| Leakage test using compressed air | yes | |
| Compressed air patency test | yes | |
| Automatic diagnostics with maintenance-free transition to cleaning mode | – | |
| Measurement of flow expenditure with the possibility of reference to reference expenditures stored in the database | – | |
| Real-time flow rate measurement | yes | |
| Drying the ducts with compressed air after the diagnostics are completed | yes | |
| CONSERVATION | ||
| Flushing the sewers with mains water | yes | |
| Neutralization of cleaning agent residue in channels after cleaning | option (CMS module) | |
| Possibility of additional protection of channels with corrosion inhibitor | option (CMS module) | |
| ADDITIONAL FUNCTIONS | ||
| Tank filling and emptying function | yes | |
| Modular design for easy component replacement | yes | |
| suction filter clogging sensors | – | |
| ability to calibrate parameters and work algorithms | – | |
| Record of the number of operating hours for individual pumps and pulsators | – | |
| Monitoring the number of operating hours for the cleaning medium | – | |
| Remote software update | – | |
| Ability to create user accounts with different levels of access to machine functions | – | |
| Choice of language version | yes | |
| Built-in sink drain for emergency emptying of tanks | yes | |
| control of the efficiency of the compressed air source | – | |
| measurement of pH and conductivity of the cleaning medium | manual | |
| OPC UA module | not | |
| SECURITY | ||
| a system of sensors and algorithms to ensure stable and safe operation | – | |
| Monitoring of cleaning fluid leakage during cleaning | – | |
| Controlling the level of solution in the tank | – | |
| Temperature control of the solution in the tank | – | |
| Inspection of damage to heating elements | – | |
| Control of faulty phase connection | – | |
| Control of the continuity of the medium flow through the heater system | – | |
| additional protection against tank damage and leakage | – | |
| air system moisture sensor | – | |
| SERVICE | ||
| Modular design for easy component replacement | ||
| Ability to remotely assess the cause of equipment failure at the customer's site | ||
| Evaluation of the correct operation of the filter clogging sensors | ||
CoolingCare CA
| CA2 | CA6 | |
| Mode of operation | automat | |
| Power supply | 3x400V AC | |
| Controls/touchscreen | 10″ | |
| number of circuits | 2 | 6 |
| tank for cleaning medium | 100L | |
| tank for diagnostic medium | 55L | |
| Diaphragm pumps (L/min) | 2×25 | 4×25 |
| Cavitation generator (L/min) | 2×25 | 6×25 |
| flow heater | 6kW | |
| filter on suction | yes | |
| filter on the return | yes | |
| CLEANING | ||
| Hydromechanical hybrid cleaning process based on the phenomenon of cavitation | yes | |
| cleaning process based on single-state pulsed feeding of cleaning liquid into the system | – | |
| diversion | – | |
| Autonomous cleaning mode until stable reference expenditures are reached | yes | |
| The cleaning time for each channel is defined independently. The process takes as long as necessary. | yes | |
| Drying the channel after cleaning, | automatic | |
| Possible export of mold cleaning results | yes | |
| Record of mold cleaning history in the machine database | yes | |
| Modular design for easy component replacement | ||
| DIAGNOSTICS | ||
| Leakage test using compressed air | yes | |
| Compressed air patency test | yes | |
| Automatic diagnostics with maintenance-free transition to cleaning mode | yes | |
| Measurement of flow expenditure with the possibility of reference to reference expenditures stored in the database | yes | |
| Real-time flow rate measurement | – | |
| Drying the ducts with compressed air after the diagnostics are completed | yes | |
| CONSERVATION | ||
| Flushing the sewers with mains water | yes | |
| Neutralization of cleaning agent residue in channels after cleaning | yes | |
| Possibility of additional protection of channels with corrosion inhibitor | yes | |
| ADDITIONAL FUNCTIONS | ||
| Tank filling and emptying function | yes | |
| Modular design for easy component replacement | yes | |
| suction filter clogging sensors | yes | |
| ability to calibrate parameters and work algorithms | yes | |
| Record of the number of operating hours for individual pumps and pulsators | yes | |
| Monitoring the number of operating hours for the cleaning medium | yes | |
| Remote software update | yes | |
| Ability to create user accounts with different levels of access to machine functions | yes | |
| Choice of language version | yes | |
| Built-in sink drain for emergency emptying of tanks | yes | |
| control of the efficiency of the compressed air source | yes | |
| measurement of pH and conductivity of the cleaning medium | manual | |
| OPC UA module | yes | |
| SECURITY | ||
| a system of sensors and algorithms to ensure stable and safe operation | yes | |
| Monitoring of cleaning fluid leakage during cleaning | yes | |
| Controlling the level of solution in the tank | yes | |
| Temperature control of the solution in the tank | yes | |
| Inspection of damage to heating elements | yes | |
| Control of faulty phase connection | yes | |
| Control of the continuity of the medium flow through the heater system | yes | |
| additional protection against tank damage and leakage | yes | |
| air system moisture sensor | yes | |
| SERVICE | ||
| Modular design for easy component replacement | yes | |
| Ability to remotely assess the cause of equipment failure at the customer's site | yes | |
| Evaluation of the correct operation of the filter clogging sensors | yes | |
