Circulation pump Grundfos Alpha2 GO 32-75 180
ALPHA2 GO is a high-efficiency circulator pump designed for heating and air conditioning systems. Connect to the Grundfos GO app via the built-in Bluetooth for guided setup and additional features.
ALPHA2 GO is a high-efficiency circulator pump fitted with an electronically commutated motor and designed for circulating liquids in heating and air conditioning systems.
The Grundfos GO app offers a range of digital features that simplify the setup process for both new and replacement installations.
By using Grundfos GO, you can easily verify compatibility when replacing integrated and stand-alone circulator pumps, including replicating exact pump curves.
ALPHA2 GO is designed with intelligent controls modes: constant pressure, proportional pressure, constant flow and constant curve. Each mode has adjustable setpoints. The AUTOADAPT setting, available for constant and proportional pressure, removes the need to manually select the pump setpoint.
The PWM input allows for precise control of the speed, better enabling complete system optimization.
The toolless installer plug results in fast and easy electrical connection.
The automatic self-venting ability and dry-running protection ensure quiet operation and reliability of the pump.
The product features robust startup which reduces the risk of blockages from dirt, magnetite and limescale build-up. In the unlikely case of a blocked pump, the motor attempts to continuously start at the highest possible torque, ensuring startup in tough conditions.
The ceramic shaft and bearings experience minimal wear, resulting in a longer lifespan and a reduced likelihood of noise in the system due to increased bearing clearance from wear.
When the system air detection and venting feature detects air in the system, the circulator pump pulsates to more effectively push air to the closest air removal device.
Grundfos GO also provides the ability to conveniently fault-find the system through the event log and historical trend data for flow, head, estimated media temperature and on-cycle durations.