Intelligent
Recirculating Chillers
Air-to-Water Heat Exchanger System
AirCool Ventus ACVE 010
Cooling capacity 10.6 to 42.4 kW
Standard design
- Single circuit system including tank open to atmosphere
- Without active refrigeration
- Heat discharged into ambient air
- Plastic tank with water level indicator
- Electronic microprocessor-controlled thermostat with digital display
- Error messages dislpayed as individual codes by controller
- Remote control
- Control cabinet with main switch
- Built-in Pump (see pump characteristics)
- Housing powder coated, colour RAL 7043 (traffic grey B)
- Due to process employed, the exit temperature of the cooling medium is always above the ambient temperature
- Suitable for industrial use
- Absolutely reliable design
- Contains all the components required for the fully automatic cooling process
Technical data:
Model AirCool Ventus
Cooling capacity * at ΔT = 5 K / 20 K
Cooling medium
Rated coolant flow
Pump type
Pump pressure **
Tank capacity
Water connection, female
Required flow of cooling air
Power input max.
Operating voltage
Weight
Dimensions (W × D × H)
Catalogue number
kW :
:
m³/h :
:
bar :
L :
:
m³/h :
kW :
:
kg :
mm :
:
ACVE010
10.6 / 42.4
Wasser / water
1.8
P6-BR12B
2.8
70
G¾"
6000
1.2
3/N/PE ~ 400 V 50 Hz
129
760 × 760 × 1380
GUACVE010-NEB
* Above the current ambient temperature.
** Pump pressure at rated coolant flow.
Additional options and accessories
AirCool Ventus options / accessories |
Cat.No. |
Pump P7-BR17B instead of P6-BR12B (3/N/PE ~ 400V 50Hz) |
MACVE6-P7-BR17B-010 |
Pump P9-AM26B instead of P6-BR12B (3/N/PE ~ 400V 50Hz) |
MACVE6-P9-AM26B-010 |
Water flow switch |
ZACVE6-008-010 |
Continuous-flow system without tank |
on request |
4 swivel castors, 2 with brakes |
ZACVE5-021-010 |
Export version with special voltages / frequencies |
on request |
Additional options and accessories . . .
. . . as well as pump alternatives on
⇒ request
Pump characteristics
Dimensions and connections
Download Data sheet 6E03
All rights reserved. Changes without notification © National Lab GmbH 2013