TacoFlow3 DUO
A family of products that lets you choose the right circulator for each hydronic heating application
Benefits
- Easy to install and precise output control through choice of operating modes, performance and connectivity options
- Flexible commissioning with internal (Δp-v, Δp-c) and/or external (PWM / LIN bus) control schemes
- Highly reliable and robust with superb anti-jamming protection against dry starts and dirt
- Exceptionally compact to fit in tightest spaces
- Reach comfort temperatures faster and save energy with the patented TacoAdapt™ function
- Special noise-reduction and energy-saving function for surface (e.g. underfloor) heating
- Pin-to-pin connection options to reduce supply chain complexity
- Compliance with flammable refrigerants (e.g., R290, R32)

TacoFlow3 DUO | Simply smart: flexible essentials
TacoFlow3 for heating and TacoFlow3 DUO for solar/heating are the flexible entry-level models. With three standard control modes (constant speed, proportional pump head, constant pump head), two performance levels (6 m or 8.5 m pump head) and flexible installation options (Plug & Play or TacoSmart with pre-installed cable), the TacoFlow3 DUO offers versatile flexibility for all regular applications in heating systems.

TacoFlow3 DUO ADAPT | Simply smart: flexible intelligence
TacoFlow3 DUO ADAPT (solar/heating) circulation pumps are designed to detect hydraulic changes in systems with radiators or zone valves and dynamically adjust the flow to achieve a comfortable temperature faster, while also saving energy.

TacoFlow3 DUO HYBRID | Simply smart: all-in-one Taco options
This circulator offers versatile control modes – self-regulation with additional TacoAdapt™ intelligence, PWM (heating/solar profiles) and constant speed – and effortlessly controls the flow in almost any hydronic system. Thanks to third-generation Taco technology, it can be seamlessly integrated into various installations, from radiators and underfloor heating systems to heat transfer stations and thermal solar systems with PWM control.