Circulation pump WILO MAXO 40/0.5-16 PN6/10 flange
The WILO MOXO 40/0,5-16 PN6/10 circulation pump is the most powerful model in the MOXO DN40 range, designed for large, complex, and high-pressure HVAC systems. With a maximum head of 16 meters, the pump ensures stable water circulation even under significant hydraulic resistance.
The ECM motor with automatic speed adaptation provides top-level energy efficiency (EEI ≤ 0.20), reduces operating costs, and extends the pump’s lifespan. The LED display simplifies operation monitoring, while the green control button allows quick switching between regulation modes and speed settings.
The PN6/10 flanged connection ensures high reliability in technical and industrial installations.
Technical features:
▪️ Highest performance and head among WILO MOXO DN40 models.
▪️ Electronically commutated motor with automatic power regulation.
▪️ LED display showing all operating parameters.
▪️ Three control modes: ∆p-v, ∆p-c, fixed speed.
▪️ Corrosion-resistant cataphoretic coating on the hydraulics.
▪️ Quick and safe electrical connection via Wilo plug.
▪️ Integrated functions: soft start, unlocking, full motor protection.
▪️ Optional integration into BMS via Wilo-Connect Yonos MAXO.
▪️ SSM system — centralized fault signalling.
Advantages of the 0,5–16 model:
▪️ Suitable for tall buildings, large boiler rooms, and industrial HVAC systems.
▪️ Ensures stable pressure and water circulation over long distances.
▪️ Maximum reliability and energy efficiency under heavy loads.
Applications:
Industrial and commercial heating systems, main cooling and air-conditioning circuits, large boiler rooms, heat supply systems for business centers, shopping malls, and industrial facilities.
*The information about the product, its specifications, and price is provided for reference purposes only and may differ from the actual details. Before purchasing, we recommend confirming availability, parameters, the current price, as well as instalment terms and active promotions with a consultant to ensure all information is accurate.