Dickow Pump Company, Inc. Datasheets for Centrifugal Pumps
Centrifugal pumps consist of a set of rotating vanes, enclosed within a housing or casing, that are used to impart energy to a fluid through centrifugal force.
Centrifugal Pumps: Learn more
| Product Name | Notes |
|---|---|
| General, field of application The DICKOW® vertical submersible long shaft pump is a one or multistage centrifugal pump. The performance range covers capacities up to 500 m³/h (2200 US gpm)... | |
| General The DICKOW® submersible pump, type NCT, for the chemical industry is a vertical pump with separate discharge pipe. The maximum capacity goes up to 700 m³/h. Higher capacities are... | |
| General DICKOW pumps the series KM are sealless centrifugal pumps. The static containment shell forms a closed system with hermetically sealed liquid end. Applications Magnetic driven KM-pumps are designed to... | |
| General Magnetic coupled DICKOW-Pumps of series HZSM / HZSMA are of sealless design. The containment shell forms a closed system with hermetically sealed liquid end. The properties of the integrated... | |
| General Magnetic coupled DICKOW-Pumps of series NMB/NML are of sealless design. The containment shell forms a closed system with hermetically sealed liquid end. Applications Magnetic driven NM-pumps are designed to... | |
| General Magnetic coupled DICKOW-Pumps of series NMR are of sealless design. The containment shell forms a closed system with hermetically sealed liquid end. The NMR pumps are designed for the... | |
| General Magnetic coupled DICKOW-pumps of the series NMW/PRMW are of sealless design. The containment shell forms a closed system with hermetically sealed liquid end. Applications The magnetic driven NMW/PRMW-pumps are... | |
| General Magnetic coupled DICKOW-pumps of the series PRM according to API 685 are heavy duty sealless pumps. The containment shell forms a closed system to separate the pumped liquid from... | |
| GENERAL The DICKOW-pumps, type NCR, are heavy duty centrifugal pumps for petroleum, petrochemical and natural gas industries. The pumps are designed and manufactured according to API 610, 10th ed. /... | |
| General The DICKOW-Standard pumps, series NKLs according to EN 733, are designed as centrifugal pumps of light duty for handling heat transfer media. Dimensions and performance range comply with the... | |
| DICKOW® hot water circulation pumps, type NHL, HPL, HPR and NHM, have been developed for medium and large size heating plants, for heating calendars, presses, large buildings and similar applications... | |
| DICKOW®-pumps of series HZMR are sealless multistage horizontal centrifugal pumps, driven by a synchronous permanent magnetic coupling. The containment shell is sealed by a confined gasket and separates the pumped... | |
| HZ / HZA-Pumps are applicated in the industrial and municipal water supply, in pressure increas ing plants, for handling condensates, for boiler feeding, as firefighting pumps and for various other... | |
| The DICKOW® medium duty pump is designed for handling liquids in the chemical and petrochemical industry, in refineries, for heat transfer liquids etc. Dimensions and performance range are developed in... | |
| The DICKOW® submersible pump, type NCT, for the chemical industry is a vertical pump with separate discharge pipe. The maximum capacity goes up to 700 m³/h. Higher capacities are available... | |
| The DICKOW®-Inline-Pumps , series NCV / NCVL, have been developed for the chemical, petrochemical and related industries. Since the pumps are installed inline, only a minimum of space is required... | |
| The DICKOW-pump, type SC, is a one or multi-stage, selfpriming horizontal side-channel pump. The side-channel pump with its high differential head - also at low speed - has the advantage... | |
| The DICKOW-pump, type SCM, is a one or multistage, self-priming horizontal side-channel pump with magnet coupling. The side-channel pump with its high differential head has the advantage of operating more... | |
| The side-channel pumps are self-priming and operate more economically (better efficiency) than normal centrifugal pumps, when handling low flows and high heads. Due to these facts, the side-channel pumps are... |