Features & Benefits
Higher Efficiency Cyclonic vacuum degassing
Significantly higher efficiency than most other vacuum degassing systems.
Compact design for floor and wall hanging installation
Easy Commissioning, Remote Access and Trouble-shooting
Integrated standard connections to our IMI Webserver and to BMS.
Optional sound absorbing wall bracket
For Vento Compact in installations particularly sensitive to structure-borne sound.
Plug & Play installation and start-up
Connect unit to the installation
Plug in power supply
Follow the instructions displayed on the BrainCube
Heating systems. For systems according to EN 12828, SWKI HE301-01, EN 12976, ENV 12977, EN 12952, EN 12953
Non-aggressive and non-toxic system media.
Addition of antifreeze agent up to 50%.
Min. admissible pressure, PSmin: -1 bar
Max. admissible pressure, PS: 10 bar
Min. admissible temperature, TSmin: 0°C
Max. admissible temperature, TS: 90°C
Max. admissible ambient temperature, TA: 40°C
Min. admissible ambient temperature, TAmin: 0°C
1 x 230 V (± 10 %) / 50 Hz
Onsite fuses according to power demand and local norms
4 (V/VI) or 3 (VF) potential-free outputs (NO) for external alarm indication (230V max. 2A)
1 RS 485 In/Output
1 Ethernet RJ45 plug socket
1 USB Hub plug socket
IP54 according to EN 60529
Sin1: inlet from the system G1/2"
Sout: outlet to the system G1/2"
Metal components with medium contact: carbon steel, cast iron, stainless steel, AMETAL®, brass, gun metal.
Transportation and storage:
In frostless, dry places.
Constructed according to
Cyclonic vacuum degassing unit. 1 pump, cyclonic vacuum degassing unit and BrainCube Connect control.
2 connection hoses with ball valves. Connections G1/2"
10 bar (PS)
V 2.1 S
0,5 - 2,5
T = Depth of the device
VNd = Water capacity for which a device is rated
Pel = Electric load
dpu = Working pressure range
*) Pump operation
Wall bracket WB VSF
Sound-absorbing wall bracket for Simply Vento Connect and Vento Compact Connect.
Reliably reduces the transmission of structure-borne sound from the unit to the mounting wall to a minimum.
V 2.1 S
B = Centre-to-centre distance for optimum mounting