AHU Selection Form
Project Name
*
Your Company Name
*
Your Name
*
Name
Surname
Email
*
mail@domain.com
Phone
-
Code
Number
Fans data
*
Rows
Air flow
Available Static Presure
Supply Fan
Exhaust Fan
Ambient conditions data:
*
Rows
Winter mode
Summer mode
Ambient air temperature, °С
Ambient air humidity, % RH
Room air temperature, °С
Room air humidity, % RH
AHU Type:
*
A - linear for supply air
В - linear for exhaust air
С - linear for supply/exhaust air
S - vertical for supply/exhaust air
*SМ - vertical for supply/exhaust air with mixing
*SR - vertical for supply/exhaust air with heat recovery
N - horizontal for supply/exhaust air
*NМ - horizontal for supply/exhaust air with mixing
*NR - horizontal for supply/exhaust air with heat recovery
Installation:
*
RT - Outside
ST - Inside
Recommended dimensions. Ataro Clime doesn't guarantee they will be met.
Rows
Width
Height
Length
Size, mm
Panels thickness:
*
Р60 - 60mm
Р40 - 40mm
Heating section:
H1 - water/glycol heating section
H2 - water/glycol heating/cooling section
H3 - electrical
H4 - steam
H5 - refrigerant circuit
H1 - water/glycol heating section
*
Rows
Value
Temperature of air leaving the AHU, °С
Heat exchanger capacity, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Water concentration in the heat transfer medium (1-100)
Glycol concentration in the heat transfer medium (1-50)
Inlet temperature, °С
Outlet temperature °С
H2 - water/glycol heating/cooling section
*
Rows
Value
Temperature of air leaving the AHU in heating mode
, °С
Heat exchanger capacity in heating mode, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Temperature of air leaving the AHU in cooling mode
, °С
Heat exchanger capacity in cooling mode, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Water concentration in the heat transfer medium (1-100)
Glycol concentration in the heat transfer medium (1-50)
Inlet temperature in heating mode
, °С
Outlet temperature in heating mode
, °С
Inlet temperature in cooling mode
, °С
Outlet temperature in cooling mode
, °С
H3 - electrical heating section
*
Rows
Value
Temperature of air leaving the AHU
, °С
Heater capacity, kW (
DO NOT FILL IF ABOVE ROW IS FILLED)
Number of stages
H4 - steam heating section:
*
Rows
Value
Temperature of air leaving the AHU
, °С
Heat exchanger capacity, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Steam temperature, °С
Steam pressure, bar
H5 - Refrigerant circuit heating section:
*
Rows
Value
Temperature of air leaving the AHU
, °С
Heat exchanger capacity, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Condensation temperature, °С
Evaporation temperature, °С
Refrigerant type
Number of refrigerant circuits
Cooling section
С1 - Water/Glycol cooling section
С2 - Direct expansion cooling section
No cooling section
С1 - Water/Glycol cooling section:
*
Rows
Value
Temperature of air leaving the AHU
, °С
Heat exchanger capacity, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Water concentration in the heat transfer medium (1-100)
Glycol concentration in the heat transfer medium (1-50)
Inlet temperature, °С
Outlet temperature, °С
С2 - Direct expansion cooling section
*
Rows
Value
Temperature of air leaving the AHU
, °С
Heat exchanger capacity, kW
(DO NOT FILL IF ABOVE ROW IS FILLED)
Condensation temperature, °С
Evaporation temperature, °С
Refrigerant type
Number of refrigerant circuits
Filter sections:
*
Rows
G4
M5
M6
F7
F8
F9
E10
E11
E12
H13
H14
Fresh air
Exhaust air
Humidifying section:
HUM1 - steam humidification
HUM2 - humidification by high-pressure water
No humidification
HUM1 - steam humidification:
*
Rows
Value
Inlet air temperature, °С
Inlet air RH, %RH
Outlet air RH, %RH
HUM2 - humidification by high-pressure water:
*
Rows
Value
Inlet air temperature, °С
Inlet air RH, %RH
Outlet air temperature, °С
Outlet air RH, %RH
Sound attenuating sections:
SOU1 - Supply air attenuating
SOU2 - Extract air attenuating
Do you want the AHU to come with built-in control:
*
Yes
No
Control board possition:
*
On AHU
Separated:
distance from AHU:
*
in meters
Fans frequency inverters:
*
Yes
No
Inverters possition:
*
In the control board
On the AHU
Inside the fan sections
Remote control:
*
No
Yes
Control and monitoring by BMS
Remote control type:
*
Monochrome display
Room controller with display
7" touchscreen
Distance between remote control and control board:
*
in meters
BMS Protocol:
*
Modbus RTU
BacNet
MBus
LonWorks
Other
AHU to be controled based on:
*
Room temperature
Supply air temperature
Room humidity
Room temperature:
*
in C
Supply air temperature:
*
in C
Room humidity:
*
in %RH
Supply air temperature limit:
*
Rows
From:
To:
Temperature,
°С
Supply air RH limit:
Rows
From:
To:
Humidity, % RH
Air quality sensors:
*
Yes, VOC
Yes, СО2
No
Free cooling:
*
Yes
No
Time schedule:
*
Yes
No
Air flow sustainability in case of dirty filters:
*
Yes
No
Other requirements:
describe them as detailed as you can
Submit
Should be Empty: