GSBmbH

Saganer Straße 26
90475 Nürnberg

+49 (0)911 97911-0
info@gsbmbh.com

LH-SYSTEM incoming air

The LH-SYSTEM for treatment of incoming air is constructed in modules and can therefore be adjusted in order to fit the individual features of multiple types of RLT-systems.

lh mag 1000

LH - MAG 1000

size: 75 x 50 x 26 mm (LxBxH)
weight: ca. 0,2 kg
air performance*: bis zu 1.000 m³/h
ionisation performance: > 5.000.000 Ionen/cm³ (direkt an der Entladung)
electrical power: 1 W
power consumption: 1,5 mA
electrical connection: 230 V / 50 Hz

 

lh lkl 1000

LH - LKL 1000

size: 185 x 105 x 66 mm (LxBxH)
weight: ca. 1,1 kg
air performance*: bis zu 1.000 m³/h
ionisation performance: > 5.000.000 Ionen/cm³ (direkt an der Entladung)
electrical power: 30 mg/h
el. Leistung: 9 W
power consumption: 40 mA
electrical connection: 230 V / 50 Hz

 

lh abb

LH - ABB

size: 335 x 185 x 96 mm (LxBxH)
weight: ca. 2,8 kg
air performance*: bis zu 6.000 m³/h
ionisation performance: > 5.000.000 Ionen/cm³ (direkt an der Entladung)
electrical power: 180 mg/h
el. Leistung: 18 - 54 W (je nach Konfektionierung)
power consumption: 80 - 230 mA
electrical connection: 230 V / 50 Hz

the amount of air to be treated depends on channel assembly and conduct of air pipes

 

Functioning

Making its way inside a closed space the outside air's natural oxygen is discharged by the ventilation system and the building structure itself. This process can be imagined as grounding.

 

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farbscala10
active oxygen
passive oxygen

 

The LH-System makes it possible to (re)activate room air via RLT-system. Cleaning and vitalization effects directly cause the room air's quality to improve. The improved air quality allows for efficient utilization of circulating air and/or a great reduction in outside air supply. Therefore, energy expenses for heating or cooling of rooms can be lowered significantly.

 

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farbscala10
active oxygen
passive oxygen