Products

Vertical expansion pressure vessel SOLAR with replaceable EPDM HT membrane, operating temperature -10°C to +140°C.

X2-601-E exterior, 6 sections, 230V wifi, int. transf., network cable X2-601-E exterior, 6 sections, 230V, Wi-Fi, internal transformer is a modern controller with network connection; it allows remote management and updates.

Vertical expansion pressure vessel for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

Vertical expansion pressure vessel for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

Vertical expansion pressure vessel for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

Vertical expansion pressure vessel for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

Vertical expansion pressure vessel for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

Vertical expansion pressure vessel for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

Vertical expansion pressure vessel with feet for heating systems with replaceable EPDM membrane, operating temperature -10°C to +100°C.

The level switch for electrically conductive liquids, which is used to automatically switch circuits when the level changes, for example to control pumps for filling or draining, operates with low electrode voltage (12V) and is powered by 230V, uses three electrodes and is intended for water tanks, where it monitors the water level.

The level switch for electrically conductive liquids, which is used to automatically switch circuits when the level changes, for example to control pumps for filling or draining, operates with low electrode voltage (12V) and is powered by 230V, uses three electrodes and is intended for water tanks, where it monitors the water level.

AMG P603 1" insert large, max. working temperature +80°C. Filter cartridge for civil and industrial use. Suitable for the treatment of drinking and non-drinking primary water. High ability to retain pollutants. High flow rates with minimal pressure drop.