McQuay MFU-C Product Manual page 3

VERTICAL FLOW FAN COIL VERTICAL FLOW FAN COIL
VERTICAL FLOW FAN COIL VERTICAL FLOW FAN COIL
THE NEW SHAPE OF WELLNESS
The new series F of fan coil with vertical air flow is characterised by flexibility in performance and quiet
operation to offer a total wellness. It represents one of the most cost-effective solutions to provide a
comfortable environment for both commercial and residential applications.
The series features 8 sizes, with cabinet for floor or wall installation and
chassis for concealed installations.
The units are available in the 2-pipes version with 3 or 4-rows coil –
nominal cooling capacity from 1.3 to 8.0kW; nominal heating capacity from
2.2 to 12.0kW – or in the 4-pipes version – nominal cooling capacity from
1.2 to 8.0kW; nominal heating capacity from 2.3 to 13.0kW. 2-pipes version
models can also be equipped with electrical heaters, from 0.8 to 3.0kW.
The AC2800/AC2800B controllers have been set according to the unit
configuration:
- cooling or heating for 2-pipes application (without auxiliary electrical heater)
cooling or heating for 2-pipes application (with auxiliary electrical heater)
-
- cooling or heating for 4-pipes application
2-way or 3-way valve with ON/OFF control
-
Activating all parameters and routines of regulation which optimise the operation of the unit.
Through AC2800 units can also be directly integrated with Smart Manager, McQuay solution for the
supervision of hydronic systems. With reference to fan coils, Smart Manager run up to 50 mini-chillers and
120 fan coils.
NOMENCLATURE
McQuay McQuay
Fan Coil type Fan Coil type
F = Vertical Air Flow F = Vertical Air Flow
Configuration Configuration
U = with Cabinet U = with Cabinet
C = Concealed C = Concealed
Cooling Coil Cooling Coil
0 = 3 rows 0 = 3 rows
4 = 4 rows 4 = 4 rows
CHILLED WATER FAN COILS – McQuay
M M F F U U
0 12 0 12
C C
H H
Electric Heaters Electric Heaters
0 = without El.Heaters 0 = without El.Heaters
H = with El.Heaters H = with El.Heaters
Version Version
C = 2-pipes C = 2-pipes
H = 4-pipes H = 4-pipes
Size Size
Air Flow [CFM] x 10 Air Flow [CFM] x 10
2