Precision air conditioners
Telecommunications cooling units
Split air conditioners for telecommunication shelters 4,94-16,8 kW
Series
SPLIT EVO in 0011 - 0061

The split air conditioners for telecommunication shelters are direct expansion systems consisting of motoroperated condensers HCAT (BASIC or LT low temperature versions are available) combined with indoor units HED. Suitable for horizontal installation fixed on a ceiling or vertical installation fixed on a wall, they are fitted with external panels in electrogalvanized steel sheet with powder-coated paint finish. 

The units can be fitted with a module Free Cooling with damper (optional), which ensures 30% annual energy savings compared to standard systems. The evaporating section fan could work on a direct current at 48 Volt to ensure operation in an emergency (optional). Mitsubishi Electric Hydronics & IT Cooling Systems S.p.A. units are also made to ensure a standard level of operation even under extreme environmental conditions.

Controls

EVOLUTION
Semi-graphic display 132 x 64 pixel, 6 backlit buttons, Programmable software, Record storage of 100 alarms, General alarm, Automatic reset after blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, 6 configurable Output alarm.

Features

Characteristics

VERSION
BASIC      Basic
LT             Low temperature

Maximum resistance to rust thanks to galvanised sheet metal structures and panels with powder-coated paint finish.
The panels are lined with sound-insulating material to limit noise levels.
The reliability and functionality of the all parts are guaranteed by partners who are world leaders in their sector.
Condensing control for lower noise levels.
Condensing coil protection grill.
User terminal supplied as standard.
Contacts for alarms and working state signal plots.
EU3 air filter or EU4 as option.
Capillary Pre and After sales service.

Accessory

  • Electric heating coil
  • Emergency mode with UPS
  • Interface electronic board
  • Plenum with free cooling damper