Split the cooling solutions for severe conditions. ISA Air Cooled Split Type units are designed for areas with no infrastructure for a cooling solution. ISA brings full independence for the operation and doesn’t need the resources of your premises except for the electricity. Split units consist of two parts: indoor and outdoor, so these two parts are not affected by the environmental conditions of each other. Thus, the solution is optimized by necessary updates against harsh environmental conditions such as dust, humidity, corrosive and high ambient temperatures. These units can be used in steel and metallurgy, mining, cement, oil&gas, machinery, energy, marine and defense industries. The refrigerants are fully compliant with environmental restrictions. Various compressor and refrigerant type usages bring trouble-free operation with high ambient temperatures up to 60 °C. Four (4) different indoor units are applicable to be connected to the outdoor units, and the quantities of connected units would vary to keep homogenized air balance in the cooled rooms. Each indoor unit brings an advantage depending on your project: ceiling type, wall type, duct type or without, slim type, and interchangeable wall/ceiling type. Two (2) fully independent refrigeration circuits are located in one body with components such as compressor, condenser coils, and auxiliary parts; thus, it takes less space and keeps redundancy.
ISA Air Cooled Split Type
Engineered to operate in severe environmental conditions
Auto switchover function, which would be added optionally once one of the units fails, switches the other in the pack and functions to have equal operating time to cut maintenance costs. Do you have different environmental conditions between indoor and outdoor environments? Don’t you evaluate infrastructure for your existing areas for cooling systems? Never considered at the beginning? Well, this is the solution for perfect optimizations for your projects.
Cooling capacity 3 – 33 KW || Air flow 898 – 7290 m³h
Cooling capacity 3 – 33 KW || Air flow 961 – 8545 m³h
Cooling capacity 8 – 33 KW || Air flow 2500 – 5000 m³h
Cooling capacity 4 – 41 KW || Air flow 1500 – 7000 m³h