The submersible sewage pumps type ABS XFP are the best choice for ensuring efficient and reliable pumping in any wastewater pumping station. The submersible pumps are equipped with Premium Efficiency IE3 motors as standard and with the Contrablock Plus impellers.

The AS range features robust, reliable submersible pumps from 1 to 3 kW for pumping clear water, wastewater, and sewage from buildings and sites in both domestic and commercial areas.

Designed for pumping raw water, wastewater, and sewage from buildings and sites in both domestic and commercial areas. Free solids passage up to 50 mm.

Designed for pumping raw water, wastewater, and sewage from buildings and sites in both domestic and commercial areas. Free solids passage up to 65 mm.

The Sanimat 1000 is a flood-proof single lifting station for the removal of wastewater and sewage from areas below the sewer level in accordance with EN 12050-1.

The Sanimat 1002 is a flood-proof double lifting station for automatic sewage pumping from areas below the backwash level in accordance with EN 12050-1.

The Sanimat 2002 is a flood-proof double lifting station ideal for effective sewage removal from apartments, large buildings and for both new and renovated structures.

The Sanimat 4002 is a flood-proof double lifting station for automatic sewage pumping from areas below the backwash level in accordance with EN 12050-1.

The Synconta is a prefabricated polyethelyne sump designed as a single pumping station for the effective dewatering of buildings and areas below the sewer level.

The Synconta 901B and 902B is a single or double pumping station, ideal for automatic pumping of wastewater and sewage from locations and areas below the backwash level.

Our pumps and lifting stations come in standard versions and with optional features. Accessories to the pumps and lifting stations are also available and can be found on these pages.

Our pumps and lifting stations come in standard versions and with optional features. Accessories to the pumps and lifting stations are also available and can be found on these pages.

The CP 112 and CP 212 are compact control panels for one or two pumps. They directly connect to pumps up to 5.5 kW (12A), and feature three-phase and single-phase versions. Ex-versions are also available.

A wide range of control panels are available to enable a strong and flexible product offering. New panels are added continuously to match market needs and demands.

A wide range of measuring devices is available to enable a strong and flexible product offering. New devices are added continuously to match market needs and demands.

The MD 124 is a 4-20 mA loop-powered pressure sensor. It has a robust construction and is easily mounted on a standard 35 mm DIN rail. MD 124 is ideal for measuring liquid levels using the ”bubble tube” principle.

The MD 126 is a high-accuracy submersible hydrostatic level sensor. Encapsulated in stainless steel and resistant to sewage water, it is designed to measure levels in liquids such as storm water and wastewater in sump pumps.

MD 127 is a sewage water resistant, stainless steel encapsulated, submersible, hydrostatic level sensor of very high accuracy and over pressure capability. It is designed for level measurement in liquids like stormwater and wastewater in pump sumps. When connecting the 2-wire loop powered sensor in series with a DC power supply, the MD 127 gives a 4 to 20 mA output signal which is proportional to the level of the liquid.

CA 461 is designed to spy and detect leakage in pumps and mixers. The amplifier is housed in a norm enclosure fitted for DIN-rail mounting. The unit is available in two executions, 24 VDC or 110-230 VAC supply.

The CA 441 performs leakage monitoring on submersible pumps. With four signal inputs, it monitors up to four individual pumps or one pump with separate alarms. The unit can be mounted either in the cabinet or up to 250 meters away from the pump (when using the same earth potential). CA 441 can only be used in combination with the PC 441 monitoring/controller unit.

The CA 443 is an electrical property measuring device used either for a complete station or for a single pump. It can be connected to the PC 441 via a galvanic-isolated CAN-bus interface and can only be used in combination with the PC 441 monitoring/controller unit.

With output expansion module CA 781 you can control an extended number of pumps with your existing PC 441 system.

A wide range of accessories is available. This to enable a flexible and strong product offering. New accessories are added continuously to match market needs and demands.

Communication module type ABS CA 622 allows you to send and receive information to your peripheral products via your existing pump controller PC 441 using a RS 485 Modbus interface.

CA 462 is designed to spy and detect temperature and leakage in pumps and mixers. The amplifier is housed in a norm enclosure fitted for DIN-rail mounting. The unit is available in two executions, 24 VDC or 110-230 VAC supply.

The CA 442 is a temperature monitoring unit with four signal inputs. It can monitor one to four pumps with combined alarms (one alarm per pump) or up to four separate alarms using one unit per pump. The CA 442 can be connected to the PC 441 via a CAN-bus interface and can only be used in combination with the PC 441 monitoring/controller unit.

The PC 111 is a single-pump controller designed mainly for use in either gravitation or pressurized municipal wastewater pumping stations. Its many simple-to-use features improve pumping station functionality and reliability throughout its life-cycle.

The PC 211 is an easy-to-use dual-pump controller designed mainly for use in either gravitation or pressurized municipal wastewater pumping stations. Its numerous features improve pumping station functionality and reliability throughout its life-cycle.

The PC 441 is a monitor and controller for one to four pumps, designed mainly for use in municipal wastewater pumping stations. The PC 441 has many advanced features to minimize operating costs and increase the availability of the pumping station throughout its life cycle.

In order to achieve optimal operation of different kinds of pumping stations, Sulzer designs pump controllers with powerful unique features. There is a wide range of controllers available to match different needs.