IRG / Clean-water circulation range
IRG is a single-suction centrifugal pump range for clean-water service. Its catalogue spans multiple discharge sizes and motor speeds and describes vertical and horizontal installation designs. Cast-iron casing construction and model-specific impeller options make it a separate choice from the CDLF multistage family.
Range bounds are a catalogue overview. Check flow and head together on the selected model curve; maximum values are not a guaranteed combined duty point.
Series catalogue ↗Series overview
The IRG catalogue describes a broad single-suction centrifugal series for domestic, civil and industrial clean-water applications. It gives performance tables, model codes and construction information, including a cast-iron casing with protective coating and impeller materials that vary by configuration. The range includes both vertical and horizontal designs.
The appropriate layout, motor version and hydraulic duty should be selected from the relevant model data; the series name alone does not define a common connection or impeller material. IRG suits circulation and transfer where the liquid is compatible with the documented construction. The documented application is clean-water circulation and transfer.
Cast-iron pump casing and connection, SS304/cast-iron impeller, SS304/45# steel shaft and SiC/carbon/SS304 mechanical seal as listed; confirm the selected construction.
Clean-water applications are listed. Single-phase supply is shown up to 3 kW; three-phase supply is also listed. Check the series catalogue for the selected configuration.
The material table lists SS304/cast iron. Confirm the impeller material of the selected configuration.
The model code identifies the -4 suffix as a four-pole motor. Use its corresponding performance data when selecting the duty point.
Technical documents
3 pages · 188,6 KB
Choose the pump by the liquid, required flow and total head, electrical supply and installation conditions.
CDLF is a vertical, non-self-priming multistage centrifugal series for water supply and pressure duties. Its staged hydraulic design supports different flow and head combinations, with component materials specified separately for each subrange.
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