HIdRos GH50 - Technical Data

Rev. B 08-2017
17
25
50 100 200
R134a R407C R407C R407C
Kg 0,25 0,7 1,0 1,7
1430 1774 1774 1774
t 0,36 1,24 1,77 3,02
l/24h 20,1 48,5 87,2 164
V/Ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50
W --- --- --- ---
W 340 700 1450 2450
A 2,5 4,6 7 13,5
W 450 800 1600 2950
A 2,8 4,9 8,8 15
l/h 150 500 600 900
kPa 8 17 32 48
l/h --- --- --- ---
kPa --- --- --- ---
m3/h 250 600 1000 1850
Pa 43 60 75 120
dB(A)45505764
dB(A)37424956
25WZ
50WZ 100WZ 200WZ
R134a R407C R407C R407C
Kg 0,62 0,9 1.6 2,0
1430 1774 1774 1774
t 0,89 1,57 2,79 3,55
l/24h 20,1 48,5 87,2 164
V/Ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50
W 1250 3500 6000 11300
W 340 700 1450 2450
A 2,5 4,6 7 13,5
W 450 800 1600 2950
A 2,8 4,9 8,8 15
l/h --- --- --- ---
kPa --- --- --- ---
l/h 150 500 600 900
kPa 7,8 22 39,5 64
m3/h 250 600 1000 1850
Pa 43 60 75 120
dB(A)45505764
dB(A)37424956
MTEC.4680.GB-B-1 Operation and maintenance manual GH serie English
GH Dehumidifiers for radiant cooling system
Performances refer to the following conditions:
(1) Room Temperature 26 °C relative humidity 65%, with cold water coil water inlet temperature 15°C.
(2) Sound power level measured in accordino to ISO 9614.
(3) Sound pressure level measured at 1 mt from the unit in free field conditions direction factor Q=2 according to ISO 9614, minimum fan speed.
(4) Room Temperature 35°C relative humidity 80%.
3.6 Technical data
Model GH
Refrigerant
Refrigerant charge
Global warming potential (GWP)
Equivalent CO
2
charge
Dehumidification capacity
(1)
Power supply
Cooling capacity
(1)
Nominal input power
(1)
Nominal input current
(1)
Maximum input power
(4)
Maximum input current
(4)
Pre+Post nominal water flow
Pressure drops
Pre+Condenser nominal water flow
Pressure drops
Air Flow
Available static pressure (max speed)
Sound power level
(2)
Sound pressure level
(3)
Model GH
Refrigerant
Refrigerant charge
Global warming potential (GWP)
Equivalent CO
2
charge
Dehumidification capacity
(1)
Power supply
Cooling capacity
(1)
Nominal input power
(1)
Nominal input current
(1)
Maximum input power
(4)
Maximum input current
(4)
Pre+Post nominal water flow
Pressure drops
Pre+Condenser nominal water flow
Pressure drops
Air Flow
Available static pressure (max speed)
Sound power level
(2)
Sound pressure level
(3)