Wilo-Stratos MAXO 32/0,5-16 PN6/10 circulation pump 2164581

Wilo-Stratos MAXO circulation pump – an intelligent solution for modern installations

The Wilo-Stratos MAXO 32/0,5-16 PN6/10 pump is a technologically advanced circulation pump designed for efficient and reliable operation in various heating, air conditioning and industrial systems. Equipped with an EC motor and an electronic performance adjustment system, it ensures optimal operating parameters and minimizes energy consumption. This intelligent device comes with a 5-year warranty and is designed for easy installation and intuitive operation.

Construction and functionality

The pump is characterized by a solid construction with a cast iron GG 25 (GJL-250) housing, which guarantees durability and corrosion resistance. Thanks to the use of a wet-rotor design, the pump is quiet in operation and requires less frequent servicing. The built-in motor speed controller allows for precise adjustment of the performance to the current system needs. The DN 32 flanged connection facilitates integration with existing hydraulic infrastructure.

It is worth noting the wide range of applications – from single-family homes to large industrial facilities. The pump will work in heating, air conditioning, closed cooling circuits and industrial circulation installations. The ability to pump heating water or water-glycol mixtures (up to a concentration of 1:1) increases its versatility.

Intelligent control and communication

Wilo-Stratos MAXO offers advanced control functions such as Dynamic Adapt Plus, Multi-Flow Adaptation, T-const and ΔT-const., which optimize system performance and minimize operating costs. The built-in RS-485 and Bluetooth communication interface allows the pump to be connected to BMS (Building Management System) and remotely controlled via mobile devices through the Wilo Net application. Additionally, a potential-free switching contact is available for fault signaling and analog and digital inputs for external control. The No-Flow Stop function automatically switches off the pump in the event of a lack of flow, which further saves energy.