The fluid refrigeration systems are able to control the fluid temperature up to 7°C, on request these equipment can be added with a heating system up to 90°C and cold water collected tank. Systems designed to work even into extreme environmental conditions. Water refrigeration system are distinguished in function of cooling method system and design temperature. These units are provided with cooling system, circulating pump, heating system if requested, power cabinet, control panel, cold water collected tank, certificated regulation and safety system. The product is offered in mono-bloc version with a durable powder coated steel frame, easy to install and start up, minimizing any interference with the adjacent supplied machine.

Water refrigeration system with air condenser
Fluid cooled with a chiller system with gas condenser battery cooled with environmental air. These systems are used to regulate the temperature of normal water or added with glycol.
Water refrigeration system with water condenser
Fluid cooled with a chiller system with gas condenser battery cooled with water. These systems are used to regulate the temperature of normal water or added with glycol.
Water cooling through secondary circuit
Cooling and thermoregulation by mixing fluids of the same nature. These units use a cold primary fluid, coming from a pipeline already available in the factory, to cooling and control a secondary fluid that goes to the user machine. Secondary circuits bring benefits when you want to take advantage of a pre existing thermal power to heat one or more user machines.
Water cooling through Combined system
These units combine in the same equipment both the primary fluid cooling and secondary fluid thermoregulation (with mixing group or indirect system). The secondary fluid temperature modulation is guaranteed from a 4-20 mA control system. Combined systems bring benefits when you want to heat one or more user machines without available thermal power from a pre existing pipeline.
Water cooling through Indirect system
Cooling and thermoregulation by heat exchangers. These units use a cold primary fluid (from an already available pipeline) that goes through a heat exchanger to cool and control a secondary one (so various fluids can be operated). The secondary fluid temperature regulation is guaranteed from a 4-20 mA control system. Indirect systems bring benefits when you want to take advantage of a pre existing cooling power to cool one or more user machines (especially when chosen fluid is different from the one available in factory).