The WATER series vacuum pumps embody the most elevated standards in technology of liquid cooled suction pumps. They are designed to be used in industrial applications that have varying capability requirements. Moro offers two separate WATER Series pumps to meet these differing application needs. These pumps are crafted with a cast iron body to guarantee maximum reliability. These pumps also come with a cooling jacket to maximize heat dissipation.

The WATER Series is designed with air intake and discharge ports which have been fine-tuned to reduce both noise and heat production. The cooling jacket greatly increases heat dissipation and improves the time of pump usage under deep vacuum. These liquid cooled vacuum pumps are available with an optional water recirculating pump. These pumps are equipped with a special inspection port in the pump body allowing a visual check of the equipment’s wear.

The vanes of this pump are made of a high-heat-resistant Kevlar material. The pump comes with the non-return and four-way valves integrated into the pump. The hose connection elbows are flanged and can be moved in any desired direction in accordance with the requirements of the vacuum pump usage.

Moro PM80W liquid cooled vacuum pump produces a flow of 424 CFM.

The WATER series vacuum pumps embody the most elevated standards in technology of liquid cooled suction pumps. They are designed to be used in industrial applications that have varying capability requirements. Moro offers two separate WATER Series pumps to meet these differing application needs. These pumps are crafted with a cast iron body to guarantee maximum reliability. These pumps also come with a cooling jacket to maximize heat dissipation.

The WATER Series is designed with air intake and discharge ports which have been fine-tuned to reduce both noise and heat production. The cooling jacket greatly increases heat dissipation and improves the time of pump usage under deep vacuum. These liquid cooled vacuum pumps are available with an optional water -recirculating pump. These pumps are equipped with a special inspection port in the pump body allowing a visual check of the equipment’s wear.

The vanes of this pump are made of a high-heat-resistant Kevlar material. The pump comes with the non-return and four-way valves integrated into the pump. The hose connection elbows are flanged and can be moved in any desired direction in accordance with the requirements of the vacuum pump usage.

Moro PM110W liquid cooled vacuum pump produces a flow of 630 CFM.

The Moro Kaiser KWP 900i Liquid Ring Pump is a low weight liquid ring vacuum pump for suction and pneumatic conveyance of wet and dry material. This pump features 530 CFM and 14.5 PSI.

A water ring is built up inside the KWP housing by the centrifugal force generated by an offset impeller. Changes in volume cause air to be drawn into the impeller cells and compressed. This design ensures a low level of sensitivity to dirt particles. The non-contacting impeller ensures smooth running and a long service life. Our KWP does not produce any contamination caused by lubricants or oil in the air discharged by the pump.

The light-weight construction of this equipment increases the vehicle’s useful load. Hosting an integrated intercooling system ensures a consistently low temperature for the service water. Even if this equipment is operating during high exterior temperatures, continuous operation is possible.

The Moro Kaiser KWP 2000i Liquid Ring Pump is a low weight liquid ring vacuum pump for suction and pneumatic conveyance of wet and dry material. This pump features 1177 CFM and 14.5 PSI.

A water ring is built up inside the KWP housing by the centrifugal force generated by an offset impeller. Changes in volume cause air to be drawn into the impeller cells and compressed. This design ensures a low level of sensitivity to dirt particles. The non-contacting impeller ensures smooth running and a long service life. Our KWP does not produce any contamination caused by lubricants or oil in the air discharged by the pump.

The light-weight construction of this equipment increases the vehicle’s useful load. Hosting an integrated intercooling system ensures a consistently low temperature for the service water. Even if this equipment is operating during high exterior temperatures, continuous operation is possible.

The Moro Kaiser KWP 3100i Liquid Ring Pump is a low weight liquid ring vacuum pump for suction and pneumatic conveyance of wet and dry material. This pump features 1825 CFM and 14.5 PSI.

A water ring is built up inside the KWP housing by the centrifugal force generated by an offset impeller. Changes in volume cause air to be drawn into the impeller cells and compressed. This design ensures a low level of sensitivity to dirt particles. The non-contacting impeller ensures smooth running and a long service life. Our KWP does not produce any contamination caused by lubricants or oil in the air discharged by the pump.

The light-weight construction of this equipment increases the vehicle’s useful load. Hosting an integrated intercooling system ensures a consistently low temperature for the service water. Even if this equipment is operating during high exterior temperatures, continuous operation is possible.

The Moro Kaiser KWP 4000i Liquid Ring Pump is a low weight liquid ring vacuum pump for suction and pneumatic conveyance of wet and dry material. This pump features 2354 CFM and 14.5 PSI.

A water ring is built up inside the KWP housing by the centrifugal force generated by an offset impeller. Changes in volume cause air to be drawn into the impeller cells and compressed. This design ensures a low level of sensitivity to dirt particles. The non-contacting impeller ensures smooth running and a long service life. Our KWP does not produce any contamination caused by lubricants or oil in the air discharged by the pump.

The light-weight construction of this equipment increases the vehicle’s useful load. Hosting an integrated intercooling system ensures a consistently low temperature for the service water. Even if this equipment is operating during high exterior temperatures, continuous operation is possible.