Low-turbulence displacement flow Installation along a wall or row of pillars; supply air intake through connection spigot positioned at the top or at the back, rectangular or circular For applications with permanent cooling Discharge direction from horizontal flow to vertical downflow Discharge height 3 to 4 m Downloads E1.5.3.2_VA-TH_Semi-trapezoidal …

Low-turbulence displacement flow Placement above the occupied zone, in front of walls or galleries Discharge height 3 to 5 m Discharge direction adjustable from +10° to -35° to horizontal, manually or with servomotor Placement at side of main supply air duct, singly or several in a row Downloads E1.5.4_VA-S_Swivel displacement outlet D1.5.4_VA-S_Schwenkbarer …

Low-turbulence displacement flow Placement above the occupied zone at a height of 4 to 10 m, freely suspended Jet direction more or less spread, vertical downflow When heating, higher jet momentum downwards by opening of core tube Well suited for cooling and heating Adjustment via thermostatic control unit; advantages: no wiring, no auxiliary energy …

Low-turbulence displacement flow Placement at a height of 10 to 30 m Umbrella-shaped, radial supply air downflow When heating, greater penetration depth of warm supply air by opening the centrical core tube and the rotating ring slot Well suited for cooling and heating Adjustment with built-in servomotor Connection from above Downloads E1.5.6_VA-K_Conical …

Placement above workplace to be protected Vertical supply air flow with extremely low turbulence Stable jet pattern at discharge velocities as low as 0.15 m/s Effective and economical protection of individual workplaces against pollutants Optional lateral shields to protect against cross convections Connection from above or at a side Downloads E1.5.7_VA-L_Laminar …