Application possibilities Application possibilities are within laboratories, hospitals, chemical and medical industries as well as in the food industry. ALSIDENT® SYSTEM 100 is available in a choise of three different materials and can therefore be used in both non-aggressive areas, aggressive areas and in sensitive ESD-environments.
The concentration of hazardous substances quantifies the volume of air to be extracted from the work station. ALSIDENT® SYSTEM 100 works with air volumes between 140-400 m³/h and is available with a working range of up to 2.630 mm.
ALSIDENT® SYSTEM 100 ALSIDENT® SYSTEM 100 extraction arms is constructed in a way that leaves only the threaded stay, the damper and for the short arm a spring inside the extraction arm. On the longer arms the internal spring is replaced with 1-2 external gas springs. The springs give these extraction arms a self suspending construction that, together with the movable joints, offers the possibility of adjusting the arm in many different positions with one hand to suit a variety of purposes.
An extraction arm from ALSIDENT® SYSTEM is available in three different mounting models - table, wall or ceiling mounted. The extraction arms consists of three basic parts - the arm itself, a hood and a bracket for mounting. The range of hoods and brackets can be found under "Accessories".
ALSIDENT® SYSTEM 100 in three versions
Aluminium - Anodized aluminium pipes with white Polypropylene (PP) joints.
Antistatic - Pipes and joints in conductive, shatterproof, chemical resistant Polypropylene (PP). This version of ALSIDENT® SYSTEM 100 has been specially developed for sensitive ESD-areas and is therefore mounted with an earthing wire with a resistance of 1MΩ. The Antistatic version also is useable in explosive atmospheres. Approved for ESD-areas according to IEC 61340-5-1, DIN VDE 0303 Part 30 IEC 61340-4-1. Also approved for EX-areas according to EN 13463-1:2001 and IEC 61340-4-1:2003 according to ATEX directive 94/9/EC labelled EX II 1 GD.
Chemical Resistant - Pipes and joints of Polypropylene (PP). Polypropylene (PP) is a material that is resistant to most aggressive chemicals and is therefore especially suited in agressive environments.
