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fluidity.nonstop fluidity

APV PUMA+10

Description

APV PUMA+10 is used where hygienic liquids must be transferred reliably between tanks, process stages and treatment equipment. Selection should reflect the required duty point, liquid properties, suction conditions and cleaning regime so the pump supports product quality as well as production continuity.Its centrifugal operating principle converts rotational energy into flow and pressure, providing smooth transfer in a compact process arrangement. Hygienic product-contact construction supports integration with process and CIP routines, while the final motor, seal, connection and impeller configuration should be matched to the actual service.For this model, the available performance data specifies a stated maximum capacity of 35 m³/h, a stated maximum pressure of 2.5 bar. These values must be checked together with the complete operating point and the selected execution before final specification.APV PUMA+10 belongs to an older APV generation and is best treated as installed-base equipment rather than assumed to be a current new-build model. AxFlow can support service and spare-parts planning and can assess the appropriate current APV alternative without claiming drop-in compatibility until dimensions, duty point and process requirements have been checked.

Price offered

Amount
Estimated delivery time

Construction

Categories
Pumps
Product groups
Centrifugal Pumps

Performance

Max Temperature
100 Celsius
Max differential pressure
2.5 bar
Max capacity
35 m³/h
2900

APV PUMA+10 belongs to an older APV generation. It should be treated primarily as installed-base equipment rather than assumed to be a current new-build model. Contact AxFlow to confirm service, spare-parts and replacement options.
AxFlow can support identification of the installed APV PUMA+10 configuration and relevant service requirements. Spare-parts availability depends on the exact build and component. Provide the nameplate and operating data so the correct support path can be checked.
Replacement selection should verify duty point, dimensions, connections, materials, seals and process conditions. A newer APV model should not be assumed to be a drop-in replacement. AxFlow can compare the installed unit with current options.
Provide flow, pressure, temperature, medium, viscosity and connection data where applicable. Hygienic duty, cleaning regime and material requirements should also be included. This allows AxFlow to assess the model and any replacement more accurately.
AxFlow can assess current APV equipment against the installed APV PUMA+10 duty. The correct alternative depends on both process performance and mechanical fit. Request a review before ordering replacement equipment.
UAB AxFlow