Larger Containers

See full description of larger containers below.

Suction hose 152, std
2010
Suction hose 102, std
2011
Suction hose 102 extra abrasion resistant
2033
Suction hose 152 extra abrasion resistant
2045
Suction hose 76 extra abrasion resistant
2046
Suction hose 76 PU
2056
Joint Ø 76
3007
Joint 108
3031
Joint 160
3045
Pipe fitting 108/102
3300
Wheel set, 4 wheels
7404
HD hose clamp 76
7419
HD hose clamp 102
7420
HD hose clamp 160
7421
Wheel set 2,5 m3
7422
Pipe fitting 160/152
742301
Hose fitting 76/X160
7436
Hose fitting 102/X160
7437
Hose fitting 152/X160
7438
Cyclone top
7448

Central vacuum system connected to a containerBy installing inlet/outlet connections on larger containers (4-8 m3) an efficient inertial separator is built. Separation and containment of extracted waste directly in a closed container is a desirable handling method for a variety of reasons. Among these is that the system remains closed and that the handling of the waste can be done both rationally and economically.  

These containers can also be used as discharge arrangements for cyclones – direct connection from the separator mounted over the container. A vacuum waste container is an integral part of the extraction system and must be designed for the negative pressure.  

Different regions and waste handlers will have different handling systems, the illustrations above show several different prevalent variations.

The exact type and dimensions of that type are often determined in cooperation with the contracted waste handler. The following factors will have a bearing on the selection of container type:

1) Tipping cost.
2) Tipping in a packer truck or removal.
3)  Distance to tipping site.
4)  Density and weight of the separated material.
5)  Permits required for dumping of collected material (degree of hazard classification).
6)  Time for removal of container and the need for two containers.
7)  Physical placement of the container, is it accessible for the handling truck?