SEE Cooler is a third generation unit with over 1500 units in operation. The product allows 100% free cooling up to about +15ºC outside temperature. Low internal power consumption and high cooling effect compared to conventional technology.
Built in redundancy and a minimum of moving parts make it optimal for high cooling effects W/m². SEE Cooler is designed to work in a free cooling solution at coolant temperatures between +5 and 20°C.
Specific features are
Maximum inlet velocity of about 0.8 m/s.
Equipped with EC fans
Power consumption kW / kW, about 0.8% at 24ºC, 50% humidity in the room
Coolant at 10ºC gives a COP of approximately 136.
Available in four variants, Standard, Low Noise, Computer Floor and High Density Zones; the latter with increased capacity and redundancy. Capacity ranges are from 5-56 kW/unit at 20°C coolant temperature.
SEE Cooler S
Telecom & Data Center Standard Product
SEE Cooler S is a patented extremely energy efficient Tele & Datacom cooler to be connected directly to the coolant. This is our standard product to be used in premises with data equipment, telecom equipment and other open spaces like factories. …
High Density Zone Data Center Product
SEE Cooler HDZ is a patented extremely energy efficient Datacom cooler is designed for high density cooling of blade server racks and other equipment with high heat dissipation. SEE Cooler HDZ can be connected to three separate mains with or without UPS s…
SEE Cooler LN is a patented extremely energy efficient Low Noise cooler to be connected directly to the coolant. Built in noise reduction and filters make it optimal for shopping malls and open plan offices.
Capacity range 5 – 15 KW
SEE Cooler CF is a patented extremely energy efficient Tele & Datacom cooler to be connected directly to the coolant. The SEE Cooler CF is a special variant of our product optimized to Computer floors with under floor cooling.
Capacity range 5 – 34 KW
- “Chimneys” in different modules to adopt air inlet to ceiling height.
- Control Modules with different set of sensors and interfaces to centralized maintenance
- Filter modules