Kit for sewer systems: ready for installation!
How water lifting systems work?
Schemes for sewer systems:
Schema number 1:
Simplified scheme for the choice of the right components of your waste water lifting system with one (single-phase or three-phase) submersible pump, controlled by an integred electric float switch and equipped with a luminous acoustic (remotable) alarm - Minimatic float switch
Water lifting systems for waste designed for pumping dirty waters with solid and particularly fibrous particless. The flow of drain-waste water depends on gravity: plumbing systems in which the fixtures are located below the level of the main sewer line, require some means of elevating for a proper flow. The plant shown is the layout of a professional sewage system with a submersible electric pump. The sub electric pump is equipped with a special impeller that allows the passage of the wastewater avoiding possible blockages.
In this kind of systems, it is often essential to add a device to signal anomalies and prevent flooding. The OP100 alarms can be operated via a minimatic float for clean water (in the case of an emergency signal, the float switch must not necessarily be for black water).
The submersible electric pump is driven by an electric float built into the pump and it is equipped with a special check valve.
This specific non-return valve for sewers is very professional: its inside sphere blocks the return of the wastewater in the tank, but it allows water to pass.










Schema number 2:
Simplified scheme for the choice of the right components of your waste water lifting system with one (single-phase or three-phase) submersible pump, controlled by an integred electric float switch and equipped with a luminous acoustic (remotable) alarm - Multicontact float switch
Water lifting systems for waste designed for pumping dirty waters with detergents and surfactant products. The flow of drain-waste water depends on gravity: plumbing systems in which the fixtures are located below the level of the main sewer line, require some means of elevating for a proper flow. The plant shown is the layout of a professional sewage system with a submersible electric pump. The sub electric pump is equipped with a special impeller that allows the passage of the wastewater avoiding possible blockages.
In this kind of systems, it is often essential to add a device to signal anomalies and prevent flooding. The OP100 alarms are operated by mercury MC multicontact float, after a sudden rise in the sludge level.in the tank.
The submersible electric pump is driven by an electric float built into the pump and it is equipped with a special check valve.
This specific non-return valve for sewers is very professional: its inside sphere blocks the return of the wastewater in the tank, but it allows water to pass.
Schema number 3:
Simplified scheme for the choice of the right components of your waste water lifting system with one (single-phase or three-phase) submersible pump, controlled by an integred electric float switch and equipped with a luminous acoustic (remotable) alarm and lifting and lowering locking device- Multicontact float switch
Water lifting systems for waste designed for pumping dirty waters with detergents and surfactant products. The flow of drain-waste water depends on gravity: plumbing systems in which the fixtures are located below the level of the main sewer line, require some means of elevating for a proper flow. The plant shown is the layout of a professional sewage system with a submersible electric pump. The sub electric pump is equipped with a special impeller that allows the passage of the wastewater avoiding possible blockages.
In this kind of systems, it is often essential to add a device to signal anomalies and prevent flooding. The OP100 alarms are operated by mercury MC multicontact float, after a sudden rise in the sludge level in the tank.
The submersible electric pump is driven by an electric float built into the pump and it is equipped with a special check valve.
This specific non-return valve for sewers is very professional: its inside sphere blocks the return of the wastewater in the tank, but it allows water to pass.
Schema number 4:
Simplified scheme for the choice of the right components of your waste water lifting system with two (single-phase or three-phase) submersible pumps, controlled by an integred electric float switch and equipped with a luminous acoustic (remotable) alarm and a lifting and lowering locking device - Multicontact float switch

Water lifting systems for waste designed for pumping dirty waters with detergents and surfactant products. The flow of drain-waste water depends on gravity: plumbing systems in which the fixtures are located below the level of the main sewer line, require some means of elevating for a proper flow. The plant shown is the layout of a professional sewage system with two submersible pumps. The system is equipped with two pumps with special impellers that allows the passage of the wastewater avoiding possible blockages.
In this kind of systems, it is often essential to add a device to signal anomalies and prevent flooding. The OP100 alarms are operated by two mercury float swiches, after a sudden rise in the sludge level in the tank.
The submersible electric pumps are driven by three electric float swiches. The system is equipped with a special check valve for sewers.









































