Negative Pressure Units smart dec
Version 230 V
S 50 / S 55
|S 50||S 55||S 200||S300|
|Dimensions in mm (LxWxH)||530 x 386 x 397||745 x 410 x 790||845 x 718 x 790|
|Weight incl. Filter||21,5 kg||45 kg||66 kg|
|Power consumption||1,2 A||2,6 A||5,5 A|
|Motor power in||0,21 kW||0,385 kW||0,75 kW|
|Volume flow without filter||1700 m³/h||3000 m³/h||6000 m³/h|
|Volume flow with filter||900 m³/h *||2300 m³/h *||4200 m³/h *|
|HEPA filter dimensions in mm||284x284x150||305x305x150||305x610x292||610x610x292|
|Hose connection suction (mm)||Option|
|Hose connection exhaust air (mm)||Option||NW 300||NW 450|
|Control options||SE||SE **, SRE connect|
|Chassis with wheels||No||Integrated|
* Only original deconta HEPA filters H13 and H14 ensure machine safety!
** Without connect package, the S 200 and S 300 can be controlled manually via the touch display (SE version)
2 control options
For power regulation, the NPU is supplied with manual stepless speed control via the touch display (S 50 / S 55 manual speed control only). For a fee, the connect function can be unlocked at any time.
IoT (Internet of Things) => Devices with SRE connect control can be remotely controlled and monitored with any Internet-enabled PC, mobile phone or tablet.
For power regulation, the NPU is supplied with a control via a touch display to measure and regulate the negative pressure and / or the flow rate.
The negative pressure is measured between the work area and a reference point to be defined (adjacent rooms) and kept at the set point value by continuous speed control of the electric fan.
The volume flow is measured in the device and kept at the set point value by continuous speed control of the electric fan.
Likewise, a manual control is possible.
A filter sensor (option with connect BASIC) monitors the particle concentration in the exhaust air and triggers an optical and acoustic alarm if a value of 100 particles per liter is permanently exceeded.
2 connect packages
All connect functions are free for 6 months, then for a fee
Use passive features
Benefit from active features