Electronic flowmeter 60L male thread 3/4" X female thread 3/4" HAF060P034B

Precise measurement in solar systems

The HAF060P034B electronic flow meter is a professional measuring device designed specifically for solar installations. By utilizing a Hall sensor and a pulse transmitter, it enables accurate monitoring of the heat carrier flow in heating systems utilizing solar energy.

Measuring technology and construction

The heart of the device is a Hall sensor, which measures the flow velocity of the heating medium without mechanical contact. This non-contact measurement method eliminates problems related to the wear of moving parts, resulting in long-term measurement stability.

The pulse transmitter generates a signal proportional to the flow rate, enabling integration with automation and monitoring systems of the solar installation. A capacity of 60 liters per minute makes the device suitable for both smaller domestic installations and larger commercial systems.

Connection parameters and compatibility

The flow meter is equipped with male (M) and female (F) connections with a diameter of 3/4 inch, ensuring versatility of mounting in various installation configurations. The external thread allows for direct screwing onto the pipeline, while the internal thread allows for connection using standard fittings.

This connection flexibility eliminates the need for additional adapters, simplifying the installation process and reducing the risk of leaks. The standard thread size 3/4" guarantees compatibility with most pipes and fittings available on the market.

Practical application

In solar installations, the flow meter plays a key role in optimizing the operation of solar collectors. Monitoring the heat carrier flow allows for automatic regulation of the circulation pump efficiency, which translates into maximum utilization of solar energy.

The device is used both in new installations and when modernizing existing heating systems. Thanks to its compact design and simple installation, it can be installed on both the supply and return pipelines, adapting to the specifics of a particular solar installation.