Metro® M73
The M73-series consists of a family of underground containers suitable for the collection of various fractions of household waste. The M73 insert column is characterized by the central location of the intake system and thus the central position of the column on the pedestrian platform. This benefits the filling rate of the container.
Different types of waste fractions can be used within the inlets. In this way, any fraction can be easily collected.
The M73 can be used for the following waste fractions:
- Waste and plastic
- Waste paper and cardboard
- Glass
- Incontinence material and textiles
The M73 insert column is standard available in 80 cm width. There is also an extra wide column available of 110 cm wide for waste paper and cardboard.
Two different hoisting systems can be used for this container, via hook or Kinshofer system.
The column is powder-coated and has a high-quality anti-graffiti coating, making it easy to clean. In addition, the streamlined design ensures that no water remains on the column.
On customer specification, the columns can be provided with stickers. Group indications, yes/no texts or (municipal) logos are permanently applied to the column.
Access Control
To lock the insertion column, the VConsyst Chiplock system can be used. By presenting a waste card to the card reader, the electronic lock is unlocked and the user can dispose of waste. Or prepare the Chiplock system with a Pin Pad for paid transactions directly at the underground container.
By integrating the Chiplock with our VConsyst Dynamics management software, it is possible to monitor citizen waste disposal behavior at any location. In addition, the system can also be paired with a fill level sensor and a solar cell.
VConsyst Safetyfloor
The safety floor is one of the most important safety components. It prevents anyone from falling into the concrete pit when the underground container is lifted. VConsyst safety floors meet the requirements of the NEN-EN 13071-2 standards and are characterized by their operational reliability, durability and minimum maintenance requirements.
Rudi van der Weerd
Bas Timmer
Erwin Rollema
